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航空缩略语词典 [复制链接]

帅哥

Rank: 9Rank: 9Rank: 9
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发表于 2008-12-25 20:05:33 |显示全部楼层
ELPRS Enhanced Position Location Reporting System.1 F8 t- p% A% K$ M8 u ELS Earth Limb Sensor. ) X+ ~ L$ }/ @! g, Q2 c8 K3 @ELSEC Electronics Security./ U' f. X- N- \$ p5 O6 w ELSI Enhanced Longwave Spectrometer Imager. 1 v! P2 D: j1 T: t8 ?ELV Expendable Launch Vehicle.7 q- E* K) t' x( Y2 y+ _# {! D Emanations! K, b/ P2 N4 J+ ~' e) b Security( t+ U# p! [- Q2 ]' r- c (EMSEC)2 S2 G5 W3 v; F6 S8 W The protection that results from all measures designed to deny unauthorized $ O5 s" h3 p8 |4 ?' P) o! cpersons information of value that might be derived from intercept and analysis of f' A! \' a# I- n5 N# K7 Icompromising emanations. 9 j5 c+ v7 L! k4 fEMC (1) Electromagnetic Compatibility. (2) Early Midcourse.3 L+ ?2 m3 H" v8 H: B, h. i$ U6 I EMCON Emission Control 3 D* f) h8 B" C2 @' [; R& YEMD Engineering and Manufacturing Development (previously referred to as FSD).2 D+ s5 ?1 a, {! C3 S: B EMDCT Expanded Memory DCT., q( z- L1 h5 G EME Electromagnetic Environment. 6 W! o7 s( {& C6 L* p( c; OMDA GLOSSARY, VER. 4.0 E( b& u$ g- v) S) V& H5 \$ k: l 938 p3 b9 G5 l- d. l! r Emergency2 J% J: X$ y; P! O: }- ] Capability0 N3 T7 e2 T6 S* _! I (replaces 3 L5 `2 X! a/ v0 P2 h k" F& ^+ FContingency 0 h" _+ A5 v i! C1 hCapability) # ^+ p, ^$ }8 U& y; O# n% \BMDS elements or components that are still in development or testing that ! W1 @3 j7 H2 X, uprovide limited ballistic missile defense capabilities. MDA, working with the" A. u: X: f) K# d Services, will develop plans, which cover the potential use of prototypes and test% G/ ~+ `! e' G7 t2 H( Y8 @! E assets for contingency deployment should the SECDEF determine that an- K7 l c# M: P+ o emerging BMD threat requires emergency fielding of a BMDS capability., N! P4 ^/ x, i5 O3 T EMF Electromagnetic Field. 5 x1 F: W# l' d! A- \EMG Electromagnetic Gun. % v7 b3 _$ s$ b* L8 E, l- gEMI Electromagnetic Interference.1 X* i+ Y% u* j4 @5 f' M EMIP See Exoatmospheric Midcourse Interceptor Program. w5 g* } @ Y5 \: t2 X Emission Control # \$ R# e$ U: X# g3 q' E, ?2 X, [! v(EMCON) 1 [" i9 d; Z- H; v% bThe selective and controlled use of electromagnetic, acoustic, or other emitters $ c+ ], y/ `2 Q2 Tto optimize command and control capabilities while minimizing: a) detection by8 H& I* A Z5 o4 l [, \" Q1 U, n3 N enemy sensors, and b) mutual interference among friendly systems. EMCON& ]# s% [; t2 Z7 [& ~1 q$ R can also be involved in military deception plans. Also called EMCON./ C6 M8 V! ]( h: R! V/ c EML Electromagnetic Launcher. A device used to launch hypervelocity particles." e6 h+ G+ Z, ^3 e! v EMP Electromagnetic Pulse.0 C& Q9 D4 \6 [# S' S) n EMPSKD Employment Scheduling (USN term). ) I' {- r) K. Z# K( S& oEMR Electromagnetic Radiation.2 L" g ?: p: I, }* m! I EMRLD Excimer Moderate Power Raman-Shifted Laser Device. $ m8 T8 X1 Y% S( R9 U' hEMSEC Emanations Security.: N" z! N5 V- ?) A) c EMSP Enhanced Modular Signal Processor.5 ~- P* N# I! L9 e EMT Engineering Management Team. ( D% A! m6 W* N$ p3 H6 b6 e4 ^ TEMV Electromagnetic Vulnerability., n! F' h' d& Q7 H ENA Engineering: Architecture and Analysis.0 k" U- b" N. _7 f' k9 [ ENCATT Engineer CATT (US Army term). . `" \& z4 @1 ]; _1 E, C" BEnclave Isolated resource – an SDS asset that has lost connectivity with other SDS ) y& {( z2 E( _- T* o& H. G( Z% {) nassets with which it normally has connectivity, but is still capable of coordinating 8 T; {& T" h5 Ywith SDS assets to conduct ballistic missile defense. Various combinations of ' b* |" u2 z7 Z* Hconnectivity losses are possible; for example, (1) an operations center has lost3 m! r; o& c: g4 n5 A% d! s connectivity with Higher Authority, yet can still provide sufficient C2 and can still ; v4 G v* N0 L/ y! Z% econnect with sufficient weapons and sensors to conduct an engagement and (2) ) Z* I' B: Q4 z! ian operations center has loss of connectivity with another operations center with8 T9 {* S1 ~1 \5 i; H+ z# b which it normally shares data, but can still conduct an engagement. / L: A" G- M3 P t( E8 d: x$ W) i1 _Endgame FOV The field of view of the interceptor’s sensor during its final maneuvers after target 5 H% o1 h& {2 \1 q. r- Racquisition to intercept the target. May be less than the acquisition FOV. 2 Y9 e' i) k% W# {2 z; eEnd Item The final production product when assembled, or completed, and ready for ' B. V- y, `9 A1 y% ]issue/deployment. * c2 ~0 \7 A! Q0 b' h U G2 M, hMDA GLOSSARY, VER. 4.0 E f+ l5 x( B) q2 ]) [94 / }$ K& ~) P1 w( GEndoatmospheric Within the earth’s atmosphere; generally considered to be altitudes below 1004 [1 b! H' l* Q3 |% J* K3 l: a( j& f km. An endoatmospheric interceptor reaches its target within the atmosphere.9 G4 [6 ?# P1 H' Y; t0 \# @ Endo- 3 Y# \, f, A wExoatmospheric * @" j% q8 b) x: N; a/ s# xInterceptor (E2 I) * L( @7 o/ \) b; E s. u; I6 |2 YA ground-based interceptor capable of engaging RVs either endoatmospheric or , C! ?, S; @. A% @; Qexoatmospheric. (Successor to High Endoatmospheric Defense Interceptor0 _; q ]& L/ M6 s9 Q (HEDI).)* Z$ Q# M3 e6 {: ]7 f3 a3 h: ? ENDOSIM Endoatmospheric Simulation. ) q+ }+ [) }" q; EEndurance The time an aircraft can continue flying, or a ground vehicle or ship can continue " g0 S# ^! Z/ s6 G' t/ h+ @! C9 Boperating, under specified conditions, e.g. without refueling. - n5 `+ e# Y. \/ kENG Engineering.) t) _ P6 U5 z1 J }. D3 B ENGAG’T Engagement., v4 v. |( N$ b Engage (1) In air defense, a fire control order used to direct or authorize units and/or9 L# j/ K o1 k0 p weapon systems to fire on a designated target. / [% Q0 T+ F- T7 Y$ S% f4 n( f, _' O(2) In air intercept, a code meaning, “Attack designated contact.” - S! A" V. b8 H, C4 oEngagement (1) A period of hostilities beginning when the first ballistic missile target 7 O6 W1 L" K# q4 m2 r$ I9 h$ tundergoes fire from the first defensive weapon. . l+ o8 [, c- `- I7 q(2) A period beginning whenever any hostile object is identified (designated)* ]/ h5 t/ B5 q9 j as hostile and ending after the last hostile object has been attacked. + W! O% V' v! K9 L! Z$ z(3) In air defense, an attack with guns or air-to-air missiles by an interceptor # h7 t1 p [1 z; ~. N5 yaircraft, or the launch of an air defense missile by air defense artillery and$ d% j2 q! s9 |* \, v- [2 G- h5 } the missile’s subsequent travel to intercept., g5 R8 r4 F' B) J Engagement / y$ m G9 o8 gAuthorization! h9 q& W, G: n! a) Z1 V, B) ` The authorization given to USSPACECOM to use weapon and sensor systems# r$ M7 |5 ^* \* [6 O7 t, [' z under previously coordinated and authorized rules, procedures, and conditions.+ {+ k- B3 B8 H. T% T7 s Engagement 6 t& y y2 n7 a t8 \2 PControl8 n* ]' S6 v! A' K; n' { (1) That set of coordination, assessment, decision, and direction functions4 g+ N |' A& ^; I8 ]5 a7 w o2 \ normally implemented automatically to execute the selected battle plan, ! c9 R. M7 h$ O \9 _* C0 j6 cmilitary strategy and tactics within partitioned battle spaces (i.e., a # P/ Y8 ?& n1 r) \, sspatial/functional subdivision of battle management). Includes the * v0 N2 V0 s# b* m7 J' C. v3 sdetermination of: what specific objects to intercept in order to implement 7 n) t S3 e6 c: Vthe selected military strategy, and which specific interceptors to assign to ! q. ]& u* ~. p7 v) h3 U; Keach attacker to implement the selected tactics within the rules of- u6 O" _2 p# Y5 d engagement.! m3 W1 r2 V! J6 U1 W- B (2) In air defense, that degree of control exercised over the operational ?6 f6 X. n) B2 D* d: { functions of an air defense unit that are related to detection," ~( d/ e+ Q/ b# \3 K+ M; A W identification, engagement, and destruction of hostile targets.

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发表于 2008-12-25 20:05:49 |显示全部楼层
Engagement, U" s7 _4 M2 v. g6 h8 D# ` Planning 6 n% G6 c9 t& z; }4 r3 D6 Z) XA set of rules and parameters to be used in developing weapon-target 5 e4 s/ N" @1 X2 d0 l4 ?/ q& ]assignments and for sensor resource management. (USSPACECOM) * o# h0 \( ~% b) i ZEngagement, c" G8 \) o8 C0 i; T& C. V0 V- i Surveillance7 T# K, F5 Y: o ?3 o) s The surveillance required to support RV negation in the midcourse tier. # r/ A0 `1 F1 X, e8 D. _Engagement ( t! z) h$ S8 L3 XTime9 O. N5 {! r: Q- u. Y) i3 O5 ~7 { The time that a weapon takes while engaging a given target. This includes not2 W& F# G2 k+ y/ M only firing at the target but all other necessary weapon functions involved that ) @- z* j G, \are unique to that particular target.$ o; G4 d* C8 u3 G/ d) E MDA GLOSSARY, VER. 4.0 E * }1 m- m" b: l+ [# c, m95 " ?* h' l3 q- z* p: V- w( v& }7 NEngineering and - ^6 b" z" B+ g1 B$ }4 DManufacturing, H- v m3 _* O3 z; u9 X Development; ?7 J! s m0 W6 l, L5 I/ ]1 w) p (EMD) ! i8 E. x5 I/ b3 a; ?2 TThe third phase in the acquisition process, following Milestone II. The system % _4 K' q/ j; U0 |% C. P- ]+ X' J+ Yand its supporting items are fully developed, engineered, designed, fabricated,6 P* ~- @$ c; P. ]% J/ i+ g tested, and evaluated. The intended output is a pre-production system that4 e* e5 k/ }5 `2 i closely approximates the final product; the documentation necessary to enter the 5 Z' y) ~/ o; [1 A, O; x, Sproduction phase, and the test results demonstrating that the production product* z, @, \, \- B0 l! V will meet stated requirements. ! b7 c+ O% ~) c0 {Engineering0 I/ k: C7 G- W8 |( e" Z4 r Change Proposal / X/ t- K$ G' _% {(ECP)& r& D1 B) q9 h# Q A proposal to the responsible authority recommending that a change to an ! Z4 V' x$ `& L3 x1 b- Woriginal item of equipment be considered, and the design or engineering change, r4 _5 B% a& w1 r. B be incorporated into the article to modify, add to, delete, or supersede original2 k7 m; E6 a. v- t7 G parts.& R- D3 j6 m2 l( D" P( _5 c Engineering! T% I' E" {7 ^ p, j5 X/ T- B Development9 A; ~0 K5 M' s A funding category including those development programs being engineered for 8 a! n: L# b# e% ]service use but which have not yet been approved for procurement or operation.4 p3 l& X$ P. X* l Money under budget activity 6.4. ( x6 @4 K5 J/ B6 b: K3 ~2 `Engineering3 y4 L% C% y4 ~, q. ^6 ^ Development/ @9 b0 h4 p$ _# Y- C7 p+ e, [' b Model" |8 S3 X4 v7 ~5 K: w L$ K Enhanced Target U z4 _3 j0 r# E$ K2 i6 t Delivery System- T4 [. ]) ?0 _9 g8 o) g (ETDS)3 r0 g9 {: \9 m3 C2 \! ^# b9 | An advanced prototype used during the Engineering and Manufacturing ! f' y- f1 K. k2 c mDevelopment phase (EMD) to resolve design deficiencies, demonstrate maturing4 r0 p* x( o5 Y G& ]& n# R2 Q performance, and develop proposed production specifications and drawings.% J, s2 s6 M* i Target delivery system being developed for future GMD testing that will / E+ X! v: P# h8 _complement existing systems, provide flexible, modular configurations, and will+ G2 z: L4 b/ a8 \+ N+ r9 Y be launchable from land, air, or sea modes+ m* g9 X' d$ h- s+ n. t ENNK Endoatmospheric Non-Nuclear Kill." K0 @, _- Q$ K2 Y/ w6 n ENSCD Enemy Situation and Correlation Division (JFACC term).# L- s* W4 e4 I0 N Environmental' r) B7 B% ?6 e3 t G Assessment (EA)" _) Y+ `( q* L; P4 F: t `' d A concise public document whose primary purpose is to provide sufficient 0 G5 ]! T0 h1 I4 v& ]. Sanalysis of environmental effects of an action to determine whether to prepare , j4 m# f ]+ r# b% Q- D; _an environmental impact statement or a finding of no significant impact.$ A# C0 W, J. z' N' M3 U Environmental ( B; Z9 o d3 ?. p- w8 ^Impact Statement$ X: D" @6 l) E0 K2 M* N& m+ t (EIS) / g2 O6 [2 Q" s. q5 PA detailed written statement analyzing the environmental effects of a major+ A4 }: a7 j9 y0 ` Federal action. : b+ g- `$ t* EEnvironmental 5 G! C$ q2 j; ]& W* m0 B8 M4 vSecurity - E$ d/ g* I8 D5 ~/ k" H, qA specialized form of physical security that prevents technical penetration, e.g.,6 e; ^7 ^: n( }9 q penetration by waves of electron beams. 3 I0 H9 u+ h* U: x% c& bEnvironments The media, conditions, and/or physical objects in which a BMD asset is immersed & S* X+ Q6 J' m3 Ror surrounded. For BMD systems and elements, the comprehensive 4 n6 T3 {& J) p+ L4 {/ A. Menvironments definition consists of natural, hostile, induced, and storage, ) z2 p; m" r' `6 a& w: qtransportation and handling categories. 6 s6 E( e p% ?3 s4 a' w: @EO (1) Electro-Optical.9 R" V! B8 m: _5 C! J (2) Engagement Operations.5 b0 [ [4 R+ c+ G. A R5 ~5 p (3) End Office./ i. B6 f: Y& s8 R (4) Eyes Only.6 p0 k0 x; V9 e) L EOA Early Operational Assessment.4 i. l/ ^* I, c& S0 c6 H EOB (1) Enemy Order of Battle.; Y3 g; v: o/ y4 L (2) Electronic Order of Battle. 4 s" M2 Y" I0 {. w+ S8 U" y8 ]! }EOC (1) See Element Operations Center.4 J) _ W1 {* C* @$ O5 e. Q (2) Emergency Operations Center9 B3 a6 t2 @& C! J8 ~8 ~( F' T MDA GLOSSARY, VER. 4.0 E3 v) E# @% X7 S O6 a/ R% M; Y7 h 96. V' F: }' y% U) u0 p8 t' r EOCM Electro-Optic Countermeasure. . T" ~, z0 s0 _4 HEOCT Element Operations Center Test Bed." k: m) Z: L7 q* S EOD Explosive Ordnance Detail+ q7 D. F1 j) o" l EO/IR See Electro-Optics Infrared. $ [3 {, P" A, n! uEOM End of Message.; K& C/ D8 p& ]. ~4 g5 B H0 O0 H EOP Executive Office of the President6 Z0 E7 \4 D l& ]$ r; m# r EORSAT ELINT Ocean Reconnaissance Satellite (US). 5 x+ d' A2 Y6 K x" b+ z, iEOS Earth Orbiting System (NASA term). . ~/ k5 [2 I1 X5 D6 b, \EOSH Environmental Operational Safety and Health.3 N! D( S( n( P0 `+ l EP (1) Engagement Planning. (2) Evaluation Plan 3 a9 ^) I% W. `" i+ \& f. PEP Cycle Engagement Planner Cycle (NMD BMC2 term).( g3 p" r: ^5 C( \6 o8 f EPA Environmental Protection Agency.! ]8 j& L; F0 d5 |0 l, }' } EPD Engineering Product and Development3 F6 L: q: V4 w! n* K Ephemeris/1 M) n! P" J7 L" X Ephemerides % @5 H y, @/ P) a! V; a) r(1) A table showing the positions of an object in space at regular intervals of 0 y# ~) y, J" h( c6 Etime. 7 c, }# S" I$ s" R/ | j(2) A publication giving the computed places of the celestial bodies for each, m4 [" y' G+ {9 @6 W0 l. p1 c day of the year or for other regular intervals. % Z" |2 q# F* k: M( iEPITS Essential Program Information Technology and Systems.+ ]! K& L* {9 m7 } EPL Emitter Parameter Listing (USN term)." J2 \9 q# O, Z EPLRS Enhanced Position Locator Reporting System.; @' O$ b( ^% B6 o5 x EPO (1) OBSOLETE - ERINT Project Office (US Army term). (2) Element Program / ^% f% B! j' W% ^" @Office. ) k- c* k! z( p7 gEPP Electric Power Plant (PATRIOT).$ h- I o5 j+ d EPROM Electrically Programmable Read-Only Memory.( Y/ D6 c. b" _$ Z* t EQEC EurQuantum Electronics Conference (See CLEO). * }8 r2 ^! }% D8 E; |- W7 M* n% ^7 mEquipment 2 g7 Z6 l1 N4 ~Operationally- H# d1 v$ |. } Ready7 P( f4 i8 I0 x! t The status of an item of equipment in the possession of an operating unit that w% Q3 J! @" E. e! ^7 d indicates it is capable of fulfilling its intended mission and in a system, u" ~5 h$ @7 l; q" J3 ~8 | configuration that offers a high assurance of an effective, reliable, and safe' ^* X: u' c0 \7 D performance. 6 [+ L$ O- j' l; X% eER (1) Enhanced Radiation (“neutron bomb”). (2) Extended Range. & Y( b( V2 P( r T2 _% t* c* }ERA Explosive Reactive Armor5 z: e/ J) B6 _1 [. \9 U ERADCOM OBSOLETE. Army Electronics Research and Development Command. (Now) [# \1 N8 G4 m1 t: ^ Laboratory Command (LABCOM), Adelphi, MD.)( s2 B5 N5 o) Q* a5 q MDA GLOSSARY, VER. 4.0 E ( S' R1 T Z: N) h97, p3 n3 T& o- g `, ^: M ERCS Emergency Rocket Communications System (US). 2 Z; P3 C- a: vERD Element Requirements Document. 3 l" _3 F. e7 N/ G4 w7 }: UERG Executive Review Group. % i; W/ C9 {- gERINT OBSOLETE. Extended Range Interceptor. Now referred to as PAC-3. ; M& T% d* B, s; }5 E# R" EERIS OBSOLETE. Exoatmospheric Reentry Vehicle Interceptor Subsystem.! l- u9 I+ k. j; v, i% Z (Predecessor to Ground-Based Interceptor (GBI).)8 }- D9 y8 u. l* o8 r& [/ O ERIS(F) OBSOLETE. ERIS Farm. ! A8 g8 G" O: d% G, l6 L7 NERP Emitted Radiative Power.8 x* R5 I% u5 ~. K$ r ERR (1) Element Requirements Review. (2) Engineering Release Record., U7 j' l! L( D2 e* a- F; _2 W6 d ERS (1) Early Release of Submunitions. (2) Emergency Response System. n' \" t9 b. ~- K) qESA Electronically Scanned Array.( r) E [- n& P9 ~ ESAD Electronic Safe and Arm Device. 0 d& f( c. A9 s" G) Z! KESAR Extended Subsequent Application Review. ' z0 N; L1 G+ x# gESC Electronic System Center (AFMC), Hanscom AFB, MA.; _: V& A9 F' r4 q1 I- f* z ESCN Existing Systems and Center Notebook.1 U5 d3 {3 F$ L" ^ ESD OBSOLETE. Electronic Systems Division. (Now Electronic Systems Center,8 O- g: o& x9 x( d- X1 |9 f; K- j Hanscom AFB, MA.) 7 ]( m2 p6 p+ a1 qESH Environmental, Safety and Health! e6 }2 a. Y' D7 A ESI External Systems Integration. * U# q8 X8 K2 J, a; LESI ICD External Systems Integration Interface Control Document.1 S: M8 L) g. y; |7 R1 r ESM (1) Electronic Warfare Support Measures. (2) Electronic Support Measures.: O# }! d5 O; `/ B7 q1 ~) ~8 S3 R# o$ F ESMC Eastern Space and Missile Center, Patrick AFB, FL.$ a0 s$ J9 Y7 F6 H ESNet Energy Sciences Network. ' X; D: }1 J9 ?# SESPRIT European Strategic Program of Research in Information Technology. # Y; t9 [' s% ~ESQD Explosive Safety Quantity Distance. - c5 x) l [6 O3 Z# f/ t5 z4 O9 v. MESSM Evolved (Enhanced) Sea Sparrow Missile. 1 v4 f8 v4 n; O# u$ k; JET&C Extended Tracking and Control.8 D& d7 ]4 V0 o* Y0 F ETA Estimated Time of Arrival. " y2 Z _% M! X/ Y3 c, ^ETC (1) Electro-Thermal Chemical. (2) Estimated Time-to-Completion.6 ]. r4 A# o) u. V" ]1 B ETD (1) Estimated Time of Departure. (2) Electronic Transfer Device. ; _: E, k! v' |MDA GLOSSARY, VER. 4.0 E 4 S4 N( h1 X3 q/ F- P98 ) i! n' Y$ g9 `. v; ^, V6 XETERTS End-to-End Real Time Simulator. ! ^6 x! S' G" f7 \; i+ S& C7 O/ \& FETESD End-to-End Sensor Demonstration. 4 J0 _% I/ e8 l Y CETI Estimated Time of Intercept. ' z2 ^% ?8 ~8 xETIC Estimated Time for Completion. # \. L1 ^0 F+ p6 @ETM Engineering Test Model ; N( l' g+ b) r$ T7 O; ]! @ C% l; V/ UETR (1) Extended Test Range (Pacific Test Bed) (2) See Eastern Test Range. (3). Q3 t; C+ q* x Environmental Test Round. (4) Estimated Time to Repair. . n! V# q+ s$ D/ m Y! E% B3 nETS (1) Experimental Test System. (2) Experimental Test Site. - i; P- H) J( p5 b3 F! @0 REU European Union [formerly European Community (ECI)] ) J# m! w+ k" |% O6 v( U2 \- U4 ZEUCOM European Command. See USEUCOM.- I7 Y2 s2 v r9 H EURATOM European Atomic Energy Agency.6 [8 A5 n4 C4 \6 e- c0 ~ EUREKA European Research and Coordinating Agency. 0 Q1 o( B( x% B* q( CEUT Early User Test. 0 @9 D- N' l& l* j! Y3 I! O( pEV Experimental Version ! L, |0 l: J- c7 cEVA Extravehicular Activity. ( p( \- @% J" D% X: A. v+ t5 _Evasive MRV A reentry vehicle, which maneuvers for the purpose of evading defensive & g8 r# c' z" q+ cweapons. & i, F4 W; P% [+ Q7 IEvent Based M8 t; _% }. }% X& ^ Contracting 0 M; c4 r% ~" o4 {; cSupport “event driven acquisition strategy” by linking specific contractual events, W+ S/ U- K0 Z9 z8 @ to the “exit criteria” for the acquisition phase, or to intermediate development ! L! [( G- F( j/ A1 @% Pevents established for the acquisition strategy. 3 d6 F$ I' \, j+ E5 F4 jEvent Driven # S6 Q+ Q' B( ^, k' q {. X) T' g' tAcquisition ( z$ J2 l' t3 J& x. d' JStrategy 0 o" P4 o2 M# \ IAn acquisition strategy that links program decisions to demonstrated, H1 s* T+ i; l3 @1 M& Y! h' ~1 f1 m2 Z accomplishments in development, testing, and production. * u/ u6 e! _9 A A$ a: |Event Validation A sensor element internal process that results in a determination by the operator( F$ M2 m. l7 u$ Y% i that the sensor is healthy and the event reported is real.

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发表于 2008-12-25 20:06:02 |显示全部楼层
Event 7 p' H5 m# |- {3 R/ _' n) qVerification % p' Z2 d; Y0 H% q- J1 ? qThe process by which it is decided, from SDS external data, that the event$ }& p5 X, q* r# ?, T" N/ u reported is real. ( Z% w. \: g$ i2 }MDA GLOSSARY, VER. 4.0 E+ [! B9 v( \" ]) ]# q1 W% P 991 c0 n# ~2 D9 Y) y' p Evolutionary/ g+ O- ]; j( Z, ~ Acquisition " G" [5 {- g( M- `(1) An approach in which a core capability is fielded, and the system design has6 k' a: Q# r+ i a modular structure and provisions for future upgrades and changes as" j0 m; R) I$ C$ C8 } requirements are refined. An evolutionary acquisition strategy is well suited to) ^: d, R Z. w, ?2 Z high technology and software intensive programs where requirements beyond a ; X- d& _2 k' ^ Z$ V ~core capability can be generally, but not specifically, be defined.% c6 z3 f$ N4 ^- h (2) An acquisition strategy that defines, develops, produces or acquires, and # H/ O; Q4 m; Dfields an initial hardware or software increment (or block) of operational capability. / A2 T" |4 R6 XIt is based on technologies demonstrated in relevant environments, time-phased; H- i5 m {9 a requirements, and demonstrated manufacturing or software deployment 6 {8 H0 W+ E- Ucapabilities. These capabilities can be provided in a shorter period of time, 3 ^9 ?4 j7 g% I0 w1 A; `6 ofollowed by subsequent increments of capability over time that accommodate / e6 g+ A' [; gimproved technology and allowing for full and adaptable systems over time. Each 3 W; ~4 i, r* @, g3 E' Qincrement will meet a militarily useful capability specified by the user (i.e., at least 9 N9 q V; j# r( a9 i! Ethe thresholds set by the user for that increment); however, the first increment8 J. ^! I1 u% f& L" \. Y8 N may represent only 60% to 80% of the desired final capability. (MDA Lexicon) ) @9 X3 X% O6 y4 q1 N# h( bEvolutionary 7 a' W( I7 P( Z& R/ T0 dRequirements8 G$ R* X8 S# ?/ y( { Definition/ Q1 U$ Y; \7 X+ t Mission needs are first expressed in broad operational capability terms, and then 0 R5 a9 N9 M( T2 K- \5 p" z; a! Tprogressively evolved to system specific performance requirements. . l5 c2 m2 n- c8 ]% ?) K3 PEVPA Experimental Version Performance Assessment.5 W% }2 K' Q1 I4 z7 u' ?' @: i EVPA/TEVS Experimental Version Performance Assessment Test Environment System. 1 {' d/ }2 d" k+ J: h/ b# O( NEVS Enhanced Verdin System.8 \6 {& v) g% Q. I: S% i( V EW (1) Electronic Warfare. (2) Early Warning. & Y; L4 {. R& h3 y: N D* s+ bEW/AA Early Warning and Attack Assessment. ; M1 S0 z. w. c+ g) sEWCC Expanded Weapons Control Computer (PATRIOT).: z5 w5 d% L+ c0 I, v0 h EWDA Energy and Water Development Appropriations (US)./ }' ?8 M# u( u% e- r! E, u' a3 P" j EWG Event Working Group. 5 I3 v8 P2 U+ ^3 dEWN Early Warning Net.8 |5 t1 {. \9 U+ e" x+ |) M. O EWO Electronic Warfare Officer. $ P0 E* U; n/ b+ b1 Z) g1 zEWPE Electronic Warfare Pre-Processing Element. 7 v8 Y! i. W; t" B" N0 OEWR Early Warning Radar. % e) F8 |. v! x7 @ o, nEWS Early Warning System.& L, P& l8 @, u7 t! p1 G# `$ I; d EXCEDE Electron Accelerator Experiment." Y+ F% E* a% B; G( `& ?1 j Excimer A contraction for “excited dimer”; a type of lasant. A dimer is a molecule 4 O5 m: B5 K. b oconsisting of two atoms. Some dimers (e.g., xenon chloride and krypton fluoride)1 e) ] G/ C( | are molecules, which cannot exist under ordinary conditions of approximate D0 J$ P4 B q( }7 o) X) @thermal equilibrium but must be created in an “excited” (e.g., energized) condition " ? x+ i5 D9 c! {/ G2 {: V$ T" nby special “pumping” processes in a laser.7 |! u* A7 \: r Excimer Laser ; h3 K6 \$ w; u5 V8 |, i0 c(EXL)# [. |1 n* x4 U L/ Q+ }$ _$ f1 u A laser in which emission is stimulated when a gas is shocked with electrical% K7 ^; D3 T$ ~2 o7 M( V4 k% s9 E energy and the excited medium emits light when returning to a ground state.- X5 y) M3 O# R; H MDA GLOSSARY, VER. 4.0 E $ y' g) [. |2 o9 ]100 + v; |! I8 I5 J R- q8 [0 zEXCOM Executive Committee.1 P9 g) n: j! _# T0 Q7 k Executable ' N+ \! z2 b8 Z2 |& N _) I4 @; MProgram + C N- F2 L! [; c- W2 \A program is executable if the PM has adequate near-term approved funding. , L1 Z* f# G$ P' w/ n& ~Executing Agent The individual within the executing element assigned responsibility for managing4 _* B S5 \+ a9 j6 \ MDA funded programs. - H( }' i! D2 X: b7 CExecuting4 {6 Z. {4 x0 p3 {1 u( ]/ ~9 g6 o Elements+ w: ~# E5 i R9 C( z) Z- D Agencies or organizations (DoD or non-DoD) that are managing BMD-related- K s! O# ?6 u programs.* h" q8 F V( Q( C) A0 Y3 ^# z. d Executing/ v& Q% u4 G+ j' e- S/ `+ `+ Z Responsibility" N) W0 z* Y" C/ W" L* z f7 j+ M% J Program Manager responsibility. U" `8 P9 A7 w) v0 m Exercise A military maneuver or simulated wartime operation involving planning, 8 @, C. Z; x/ Xpreparation, and execution. It is carried out for the purpose of training and9 I9 L9 [4 V5 f9 P$ B evaluation. It may be a combined, joint, or single-Service exercise, depending, ]& S/ t/ \" o- F on participating organizations. See also Command Post Exercise.2 f+ T) G# S- g% `; Z" o Exit Criteria Program specific accomplishments that must be satisfactorily demonstrated # z/ q0 |( o5 z; m7 m# Wbefore an effort or program can progress further in the current acquisition phase2 ~# h; s/ G2 W s9 b( ?1 d' Z or transition to the next acquisition phase. Exit criteria may include such factors : o2 b; h& @ L' g( N% tas critical test issues, the attainment of projected growth curves and baseline/ t8 I6 [8 K7 r8 G2 T# n! O6 o9 _ parameters, and the results of risk reduction efforts deemed critical to the0 j# Y: g5 A7 O9 z' g# s decision to proceed further. Exit criteria supplement minimum required 4 r0 B+ g5 D8 jaccomplishments and are specific to each acquisition phase.! i1 B. K$ u% h) \: p EXL Excimer Laser. " W. ^) e: ]0 uExoatmospheric Outside the Earth’s atmosphere; generally considered to be altitudes above 100 $ I* h( p* e& y; o' Fkm. " A# @* T5 v! P2 k2 e6 |Exoatmospheric# b+ h1 }( ]" i- R, z/ }7 H Reentry Vehicle" h. }% v) f. b Interceptor , K8 K% u d3 c( H2 iSubsystem / M j2 u$ C, n8 _( b% @(ERIS)% m( A" h. F+ b& o OBSOLETE. Interceptor designed to provide functional test validation of GBI. }/ F0 c/ V" }Exoatmospheric/ [* t6 }5 b# L' f7 f& b Test Bed (XTB)* l5 Y* s- @3 g* T8 S) M+ k Flight qualified and range integrated vehicle to support other programs such as D' c* S3 f; VGBI-X.! J& D+ P g0 d- p& R8 P4 u. H Exo Decoy A decoy that matches RV signature exoatmospherically. Exo decoys can use 6 ?. o# F2 \. [1 t4 e, lradar and/or optical means to deceive sensors.; o9 U$ a$ g2 {7 U1 L: J# V) B Expert Systems Software programs, which use artificial intelligence techniques to capture and - ~* M% J3 a7 S3 h" japply the non-algorithmic knowledge and procedures of human experts.# k7 T* e% Z0 z Expired$ Z! D" \9 H5 } f3 \3 Y# O* W Appropriation! A' D/ o* F, v2 F2 \! u An appropriation that is no longer available for new obligation but is still available 9 Y; Y- z) Y$ K0 Q4 {0 m# W6 a) ^for disbursement to liquidate existing obligations. Under current legislation no+ V! P: t1 A) n. _; ]2 `: }; p disbursement may be recorded or paid after a five-year expiration period./ {+ {6 m: M( } Maintains all original accounting identity, e.g. FY, appropriation, PE, etc. # d1 \3 E! E# u+ UEXPLAN Exercise Plan. 5 e! l) `7 f2 K3 G4 [, UExplicit . {3 t) y# J0 u, k: g( C5 UCoordination" Z' h& T0 p) X' u4 h A battle management technique which communicates results, decisions or G/ i- p& a- D/ G2 c$ d; a8 N. G2 A command from one battle manager to another, usually from a higher command0 F9 R+ |( A9 p: d8 l5 }% Q to a lower command.. }' ]/ U- t I9 Q MDA GLOSSARY, VER. 4.0 E $ O) Y& f9 |* c- F% h& j. ]101 ; q$ f( g$ Z( F- {# t) G: jExtended* ~9 g" B, L, M Planning Annex & Q% Q8 p$ n+ y# O! H! I2 kA document providing program guidance for an additional 10 years beyond the % y8 S+ t# p4 J+ `& _POM. 1 ^8 j* Q$ G: S7 t$ a( h3 @; eMDA GLOSSARY, VER. 4.0 F 0 r4 j6 i. G' m3 F4 e/ ~1035 x0 `, }1 i2 \ F (1) Fluoride. (2) Fahrenheit. 7 _& n$ f# e3 `% O5 x: O1 _& pF/O (1) Fiber Optic. (2) Follow-On.3 A8 G& C/ u+ ~ r9 @3 G# { FA (1) Field Artillery. (2) Feasibility Assessment. ) P; H( J5 \! mFA/RD Functional Analysis/Requirements Definition. / e2 d% O U' g6 ]' z$ iFAA Federal Aviation Administration. ( Y @0 U$ K( NFAAD Forward Area Air Defense (US Army).' Z5 \! O, x s FAAD C2I Forward Area Air Defense Command, Control and Intelligence. " d9 v) F. p9 ^1 vFAADS Forward Area Air Defense System (JCS term). 2 O( O; y5 q+ }2 B: h& W1 g4 C0 |FAAWC Fleet/Force Anti-Air Warfare Commander.: }' X2 J- a. l( ]' }7 r! B' ]4 B FAB Fly Along Probe. + ], e! t- Y4 a( h2 AFac Facility (MILCON term).8 Q9 O8 @- J5 r/ V FACP Forward Area Control Post (JFACC term). . \2 \/ F( O. V* r* m( W! eFACSPMF Federal Agency Computer Security Program Manager’s Forum. 9 i; @& @3 @5 y$ Z7 v& v: QFAD (1) Force Activity Designator. (2) Feasible Test Date.+ Y) Z7 @/ {" a6 i2 e FADEC Full-Authority Electronic Controls.( t$ I: F6 x. j/ }2 V1 t FAFB Falcon AFB, CO. # y Q9 @' U, S6 p# bFAFBR Falcon AFB Regulation8 O8 F8 V' D9 a2 C Fairing Structure to protect the payload during ascent phase. " x( [4 h* r B z: qFAIT Fabrication Assembly, Inspection/Integration, and Test.: w! N: Y p# K1 T& a2 A FALCON Fission-Activated Light Concept. , N8 ?6 {; c$ H. A, K( M% O- mFAM Functional Area Management.& C% K0 F/ b: g FAMIS Financial Accounting Management Information System. % o$ m# J) o+ s) j- P! ZFAMP Facilities Acquisition Management Plan.& R/ j% I+ s; y6 _/ H FAMSIM Family of Simulations (USA term)." ?/ f1 o5 h6 \ FAR See Federal Acquisition Regulation.& h& d- K, L- R2 K' g& u Far Field The region far from an antenna compared to the dimensions of the antenna and5 f4 w: O6 v5 I& U$ M the wavelength of the radiation.$ t* B& Z4 s6 _" A FAS (1) Fly Away Sensor (TCMP).3 y3 A+ q- D9 z6 ^: ^: L: Z (2) Federation of American Scientists. M6 X* S1 k+ l8 Y2 d6 t FAST Facility Allocation Study Team. 6 m) G+ Q p& e# U: d3 ~MDA GLOSSARY, VER. 4.0 F, _' w$ M. c* D) |: F4 O, Q+ g 1040 A" m3 x/ `% \) ^8 Z Fast-Burn+ ]" K1 r$ Y5 z Booster (FBB)5 K4 Z9 u) d- s5 C5 m A ballistic missile that burns out much more quickly than current versions,7 x3 C8 j. i$ q) { possibly before exiting the atmosphere entirely. Such rapid burnout complicates $ M1 d# h, V5 h& X0 [3 _a boost-phase defense. : g* a9 G9 W6 I: z% v6 TFAT (1) First Article Testing. (2) Factory Acceptance Test.' g( G! \* V0 _8 D# [4 V% Y$ {! q! _ Fault Tolerance The ability of a processor to maintain mission effectiveness after some , c* c! S ~; z! `" J+ ]4 Rsubsystems failed. + K" g9 g3 A" c5 }Fax Facsimile. 9 j6 I# ?1 h- ^& }5 DFBB Fast-Burn Booster. 7 _, E# l; }9 I8 i WFBIS Foreign Broadcast Information Service (US). + P, v( v4 y" k( [; YFBM Fleet Ballistic Missile. : U9 {# {4 _% l4 I- L, k: nFBMS Fleet Ballistic Missile System (USN term). : e8 X: T# d- D! ^. T0 vFBP Forward Based Probe./ ?5 M; T. z/ M* z" d* L7 D8 ] FBR Forward-Based Radar (US Army term). & A" Y9 G2 Y; s! k* I3 s7 ?% xFBS Forward-Based System.' p( j$ s# _0 r( T! r FBXR Forward-Based X-band Radar. " m6 o5 U5 a3 e: n! u3 CFC (1) Fire Control [of weapons]. ! {1 D9 b$ R" ^8 L1 R(2) Fund Code. S& j3 V: D, h( {# @. J0 T. P' [ FCA Functional Configuration Audit.! d4 R- @, U' w: l: l9 [ FCC Federal Communications Commission.: f% u1 J+ ^4 g/ _. L ` FCCM Facilities Capital Cost of Money.5 @$ D) K( L7 c1 U0 A/ ?# v3 d& m FCN Fully Connected Network.8 ]% N. w% X4 l, f FCO Field Change Order.# t6 H/ ^( Z$ ~# h0 k FCRC OBSOLETE. Federal Contract Research Center. 6 ~5 Y# j& U" c; R5 x% W" Y5 oFCS Fire Control Section.

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FCT Foreign comparative testing. q$ H g- d# c Y9 xFD First Deployment.! u. G. z- Y* i3 e, b9 R! R FDA Food and Drug Administration. 5 E! s! V3 s" c# G4 o MFDC Fire [of weapons] Direction Center. # C4 f+ o4 m( `2 y; E* i9 sFDG Foreign Disclosure Guide. ( X) w% r: I; D1 mFDM Function Description Manual. 4 g0 U+ S: o! ^FDO Fee Determining Official. - g6 X4 G/ ]0 z! I# k: ^6 |MDA GLOSSARY, VER. 4.0 F+ j: i$ m1 z% F 105# @( Q5 h1 u" r* W4 u* s FDP Flight Demonstration Program.& b$ ~8 \+ `0 y4 s) @, m+ r8 { FDR Final/Formal Design Review.8 t$ o J i n0 w3 d FDRU Final Design Review Update (MDA PAC term). 4 F' X- G" C' n' F1 C8 }/ B: L1 hFDS (1) Flight Demonstration System. (2) Fault Detection System.0 H- }8 x( h' d3 J FDSV Flight Demonstration Space Vehicle., p {: R: E8 _2 |, n' v FDT&E See Force Development Test and Experimentation (US Army).) [4 e/ t- o1 z( O, q FDX Full Duplex (Telecomm/Computer term).2 `* s) u$ @" d0 y& _ FEA Functional Economic Analysis. n7 h& m; g _6 M. J. [2 z0 A3 A Feasibility Study A study of the applicability or desirability of any management or procedural + s H! ~0 D* {system from the standpoint of advantages versus disadvantages in any given6 r8 U0 y7 |/ ]: \ case. 8 m i: q7 C2 C: v h( T/ }8 \FEBA Forward Edge of the Battle Area.3 r! D/ g8 v5 J( G" `8 { FECA Front-End Cost Analysis / O" |" i( D; J$ F! g$ XFED Federal. " K( L/ H: J) u9 ]3 R7 i) OFEDAC Federal Computer Acquisition Center.+ Y9 |- r0 N Z- w Federal * A9 U0 L1 Z( w% d4 |Acquisition ' o6 B( _$ \7 Q: FRegulation2 |: w0 l5 g# Y The primary regulation for use by federal executive agencies for acquisition of # v" i. f0 P! Hsupplies and services with appropriated funds. It directs the defense program0 p, [0 e8 M' A4 s# d6 x0 m0 w manager in many ways, including contract award procedures, acquisition 6 b9 `/ u3 x* Fplanning, warranties, and establishing guidelines for competition. The Military 6 R2 A( p9 J- O6 Z7 x% K3 YDepartments and DoD issue supplements to the FAR. The DoD supplement is* c4 W: _$ y& f: \9 {8 L called DFARS (Defense FAR Supplement).6 g2 ?2 y/ C, B FEDSIM Federal System Integration and Management.0 _& l5 U1 {1 n* \! ^* x4 _3 J* z FEL Free Electron Laser.4 W* h; h, K- ^* m FEMA Federal Emergency Management Agency.) r7 \$ E" y9 f8 k/ v Fenced Funding An identified aggregation of resources reviewed, approved, and managed as a ( R% Y! X* V. F3 q. \distinct entity. The proposed program must be implemented within specified a2 J" }7 `6 H4 \: V7 wresources. Examples of fences areas are: Intelligence and Security, Support to5 d/ k, G. j: V0 e E1 j% k4 q6 F Other Nations. 7 {) I- j7 {- Q5 d+ z/ Q |" PFER Financial Execution Review. 8 e u2 M5 ~9 c# @1 y; p8 fFES Facility Engineering Surveillance Plan.8 P/ E4 N7 }3 G, K' I. U: M FET Field Effect Transistor. 5 o5 \& ~& m/ K0 l2 H" z6 S7 @% f5 jFEU Flight Evaluation Unit.. ~0 C6 ]/ ?4 t5 |* X FEWS Follow-on Early Warning System.7 l0 v5 J- n+ S7 N1 m4 \ FF Fire Finder Radar (US Army.1 J# j+ _; a: \( a0 L) @7 w% L MDA GLOSSARY, VER. 4.0 F; [4 |1 W- z6 k0 U# B 106 * c3 @6 L# V/ c8 X; W3 sFFBD Functional Flow Block Diagram.) |+ y. C! z% W8 Y9 z- y# o2 I FFCD Full, Final and Complete Disclosure (Treaty negotiation term). # @: P, k6 X! h6 |: f V/ k c0 Q$ N% LFFD Fraction Failure Detected.7 w7 g0 I' H9 R/ d0 z4 B FFH Fast Frequency Hopping., d1 r) z% W {' O3 e FFP Firm Fixed Price.5 h8 |% l" w. o1 u2 \0 h FFRDC Federally Funded Research and Development Center. + ]% M- Q3 Y! g* ]' z" z! X) OFGC Functional Group Code (Navy ILS term).9 v0 o2 r. m! N2 L2 e FGEP Fixed Ground Entry Point. * [4 r7 u% i T0 q6 DFH Flight Hours.. d- ^3 p( t3 ?! ^5 C FI Fault Isolation. * H3 t5 j" y3 dFI&A Fault Isolation and Analysis.5 B) Y8 Y8 z) H6 X& D FIDO Fighter Duty Officer (JFACC term).4 T6 K% ~6 t1 R7 q% q7 x Field of View " X+ Y; w J' s& d2 @, T+ H(FOV)5 j5 E9 q( b% i The angular measure of the volume of space within which the system can e8 ]& J9 [$ z8 M) I0 q( Arespond to the presence of a target.2 G4 |, p5 ^; I2 [- q9 _ Fighting Mirror* a9 A) w5 F3 [! `: Z( z' A (FMIR)9 t; S9 ?! \4 j8 y3 H* n+ X Part of the GBL System. The low orbit mirror, which receives laser energy and2 j+ V9 G3 j: u+ p' H; @2 E2 ~ reflects it to the target.8 N# E+ q. E. [- R Y1 u! l Figure of Merit 5 {( a( f5 U0 a7 o7 E5 z+ t(FOM) / z2 {$ P1 |/ JThe numerical value assigned to a measure of effectiveness, parameters, or + w3 ]6 T7 l+ M4 p& h) H% _- L4 jother figure, as a result of an analysis, synthesis, or estimating technique.# T: K% N P, f% b FIP Federal Information Processing. $ A ~& V% V! DFIPS Federal Information Processing Standard.7 J, }. \# D. T7 }4 j8 X$ H Fire Control The control of all operations in connection with the application of fire on a target." K ^5 V3 P7 x4 a* P0 ` Fire Control 2 K" n* w2 M( U4 C( E2 @: N+ `System 8 z( n) {5 d% E w& D( WA group of interrelated fire control equipment and/or instruments designed for , y1 j0 ^5 K2 j. U( Duse with a weapon or group of weapons. ) h8 k0 E. Z7 m, J6 yFire Support 2 j) s: N) C2 g; {% S9 L3 {# tCoordinating 1 x3 u$ z2 a& I9 N) xMeasure0 Y8 d4 A+ |: t& y# d A measure employed by land or amphibious commanders to facilitate the rapid / x% P. G) j$ t3 [( B1 O$ Cengagement of targets and simultaneously safeguard friendly forces., S0 g* F' h a( W% T( t) t Fire Support . B9 }! }! S: p- J. x |4 l% c! uCoordinating Line) S" z3 i# f2 F" a( q (FSCL) w& U6 ~/ o; ]4 w0 j- p+ g A line established by the appropriate ground commander to ensure the: M) o0 z: U* D6 {% x2 f coordination of fire not under the commander’s control but may affect current 4 P& j& }0 f% Etactical operations. The fire support coordination line is used to coordinate fires , L/ V" N4 f0 }6 P$ q' i1 f* o+ Fof air, ground, or sea weapons systems using any type of ammunition against + z, F. @9 L1 T6 n- M3 isurface targets. The fire support coordination line should follow well-defined G6 Y8 F2 h y terrain features. The establishment of the FSCL must be coordinated with the ! M5 u5 y; n+ d' r% Fappropriate tactical air commander and other supporting elements of the FSCL + }! `, r8 q' r3 }without prior coordination with the ground force commander provided the attack6 z, ?8 P8 o* S* A- z; Y will not product adverse effects on or to the rear of the line. Attacks against 4 z2 s& H: s2 ?3 G) D2 Q' l- Ssurface targets behind this line must be coordinated with the appropriate ground% I& I/ s$ k. E, u: z" I( k! n force commander. % v4 C1 g" F7 V' m/ hMDA GLOSSARY, VER. 4.0 F , T: U4 I* k1 _107 4 M0 \* [8 R( S6 F# iFiring Doctrine The ratio and manner of assigning numbers of interceptors against given {6 Y! Z+ Q8 Z6 g1 H attackers. One-on-one, salvo, shoot-look-shoot, shoot-fail-shoot, etc. are' L3 L% p- v( w D( e examples of different firing doctrine. The priority of targets being defended and 5 G" A. E- v5 f! S6 Zthe number of interceptors available relative to the number of attackers drive9 G/ q. y" K2 q5 K& Y. A4 | doctrine. $ d6 }5 C; L& `$ sFiring Rate The number of missiles fired per site per minute.0 N1 J" u% n9 d7 A0 M. p) t! E FIRMR Federal Information Resources Management Regulation.' I1 D( k `* f FIRST Forum of Incident Response and Security Teams. ) T. W7 u/ L* y$ g+ C! W" hFirst Article First article includes pre-production models, initial production samples, test+ C) U- ~& I0 r4 @ samples, first lots, pilot models, and pilot lots. Approval involves testing and ; J B) i" M% Nevaluating the first article for conformance with specified contract requirements) Q7 S: i8 [$ l before or in the initial stage of production under a contract. / K2 |) I& g8 T4 y0 S- I fFirst Strike The first offensive action of a war (generally associated with nuclear operations)." [0 f9 A9 D* p1 H' S First Unit x/ P5 |2 P B# AEquipped Date0 h4 [& Z% b& l8 O [3 ?. I. D4 N The scheduled date an end item and its support elements are issued to the " ?! b& V6 K* u% t* y& Ninitial operational capability unit and training in the new equipment training plan3 y6 S% |/ C P- g% ]; O2 k has been accomplished. ; S' ~3 }) B9 h3 F& gFIS Facility Installation Standard.: e! ?! h, `. h+ Q9 C. W3 W* d Fiscal Guidance The annual guidance issued by the SECDEF in the Defense Guidance which- B; D* a+ h4 ~6 \ provides the fiscal constraints that must be observed by the DoD Components in 9 F% ^, F! }* ]. N7 @) F( mthe formulation of force structures and the FYDP, and by the OSD in reviewing # B/ y4 J- ]1 L7 M; |: iproposed programs.+ a' d9 T5 f6 m) n0 _2 v" D8 w FISSP Federal Information System Support Program.3 h1 q! y5 c$ M) S* U+ I$ L) `; H FIWC Fleet Information Warfare Center (USN term). . q/ T/ W: R# f- r8 t' HFIX Site Firing-in-Extension (Target Launch site in White Sands Missile Range Northern " {, y3 N% r4 _3 p5 e" JExtension). w! i6 z! _) E- lFixed Costs Costs that do not vary with the volume of business, such as property taxes, - M% t; `( D% d% h( ^$ `6 Winsurance, depreciation, security, and minimum water and utility fees./ Y& w/ f7 J G# L Fixed Ground' u4 j' X; Y, [5 \5 H! r" B- V: _ Entry Point $ Q9 u" p/ ^! R9 U. u2 T, l& o(FGEP): @. _4 B/ i# U6 ^. B The subset of GEPs, which are not transportable. GEPs provide the4 b% T2 G1 n% a3 o, e: A: R. K0 b communications interfaces between the SDS space orbital/sub-orbital elements, ], S7 f2 U# v; y& L and the C2E.4 B% X4 L) q. r Fixed Ground- u' V2 A7 o; d r6 ~5 T4 } Station & D7 L# b- [) x$ V9 j2 gAll hardware, software, and facilities located at a fixed ground site necessary to * ^# P0 p& E' J. T' Y0 xreceive, process, support, and analyze mission status and data, and disseminate 0 e# K% t' l4 {; Ooperational messages.5 U4 T' a) l8 A" ]/ m2 Y FLAGE OBSOLETE. Flexible Lightweight Agile Guided Experiment. (Predecessor 7 f# Y; y, C3 B& Wprogram to Extended Range Interceptor (ERINT).). v h/ }" A3 e! M FLC Federal Laboratory Consortium./ c# A X2 H+ N! C# o; C: p4 {1 o MDA GLOSSARY, VER. 4.0 F( v/ s% n9 e% M7 \8 c' H' _ 108: U0 ]2 v4 t7 m" n# a Fleet Satellite4 ?) y" n" c- q4 R Communications1 b! Z. ?' W6 j: m9 i6 U System- W! o. X1 N7 ?- F6 Q5 G N (FLTSATCOM) . K! ~, t( R' }4 nOperating at ultra high frequency (UHF), FLTSATCOM allows relatively low-cost! e8 T$ N' P+ A. h terminals with simple antennas for use on highly mobile platforms. It has a+ o- B9 z& S# B relatively small capacity because of its much lower operating frequency. It f: Q' X, b& [0 r' p provides a satellite communication system for high-priority communication : v- l8 T" i3 d1 Urequirements for the Navy and Air Force that encompasses almost the entire + [5 V- g: A8 c% Y- J8 {7 bworld. It supports other DoD needs as well. It consists of satellites in geosynchronous equatorial orbit, each with 23 communication channels in the UHF * m- p7 j+ t2 K& K" Jand SHF bands. The Navy has exclusive use of 10 channels for communication 8 ^, U1 j U. [$ y* ewith its land, sea, and air forces. The Air Force uses 12 others as part of its9 r/ z: K( j9 ~" |& I& _. p+ x AFSATCOM system for command and control of nuclear capable forces. The % P) X7 |1 Y. B& T# Tsystem has one 500 KHz channel allotted to the national command authorities.* P$ k# T" h% \0 V" R1 h% ` Flexible + O! p. Z r# q# ?0 Z5 ^% m8 rResponse , C$ u' N3 ]: K$ ?- v WThe capability of military forces for effective reaction to any enemy threat or - o5 G8 \ s: m0 fattack with actions appropriate and adaptable to the circumstances existing.6 ]9 d, k7 m" ^5 Q FLHER Funds and Labor Hours Expenditure Report. 8 u' z# p3 v7 H/ u: ^Flight# q% |* N* }6 K9 [ Demonstration 6 Z. v, ~& u" jSystem (FDS) 3 i) |( G/ J6 j4 d! GPart of the SBIRS Low Program Definition and Risk Reduction (PDRR) program$ {+ K2 c) U+ Y7 v: t phase. The FDS will consist of two satellites and a ground system being built by. c( B4 ?9 I3 R- X" f8 N' u& Y TRW/Hughes. The FDS satellites are to be launched in FY99 for a two-year test8 X3 h2 r: W) y& q, e# G9 M4 V program to demonstrate operations and performance of a SBIRS Low concept, ) \% {: M7 y% j# ccollect target and phenomenology data to support the objective system design,' M" O0 n2 j& f( ~) a! k/ T% a and validate cost estimating models.* h& r4 Y7 O5 S4 w8 e B { Flight Path The line connecting the successive positions occupied, or to be occupied, by an L+ y( e' Q6 T aircraft, missile, or space vehicle as it moves through air or space. (It is more0 M2 z; z6 S/ e0 p6 p s5 k commonly referred to as trajectory for space vehicles, especially ICBMs.)3 O! w. z& l2 w: q- ?& q1 N Flight Readiness p! G6 `6 C" {+ _8 G; g) A( M$ ?& _ Firing " L0 s( @7 w5 r! q" nA missile system test of short duration conducted with the propulsion system ( q3 Q+ Q+ W: ?/ p1 w& h5 j7 Aoperating while the missile is secured to the launcher. Such a test is performed d2 M d% r3 p$ m+ G* a to determine the readiness of the missile system and launch facilities prior to4 j, h; v: k( `3 @ flight test.% H3 m" Z* M* k3 I Flight Test Test of an aircraft, rocket, missile, or other vehicle by actual flight or launching. + l' N6 j$ X4 ~# vFlight tests are planned to achieve specific test objectives and gain operational1 u/ R+ O1 T& i/ X { information.! E$ x# f' g k9 ~0 f Flight Test* [1 a0 `. r: i; I# U Vehicle (FTV) 6 m) h! F% r6 g- a2 z7 b% VPrototype of airborne or spaceborne hardware used to validate a technology : b+ E5 M+ E; A; Q r, oconcept.

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FLIR Forward Looking Infrared Radar. % m7 G5 O+ P) r6 z6 s/ `FLOT Forward Line of Own Troops. 1 w6 A% W; o1 a4 [FLT Flight. - n" @/ c3 D$ G. \+ NFLTSATCOM Fleet Satellite Communications System. 3 v# ?2 R% K1 IFluence (or1 o7 }$ X5 l6 o3 ` Integrated Flux) / \* p Q& j- v. z0 _& ~The product (or integral) of particle (neutron or photon) flux and time, expressed9 T% U2 _( V. r @! o in units of particles per square centimeter. The absorbed dose of radiation (in ' I; X, h: O0 L! I* _rads) is related to the fluence. (It should be specified whether this is incident or' Q% [9 j& f1 _! P5 | absorbed fluence). 5 @0 n( D3 ]5 E( g8 ]MDA GLOSSARY, VER. 4.0 F+ _7 K* t7 ]" X, R) a! F 109. T5 F4 P4 J O; H) d6 m& q2 H' P Flyaway Cost The total cost related to the production of a usable end item of military hardware.' E- f1 N* U* w1 ]9 k; ?7 d) ~ Flyaway cost includes the cost of procuring the basic unit (airframe, hull, chassis,/ x. ]. g; F' [5 y9 t3 N) _+ M- T etc.), a percentage of basic unit cost for changes allowance, propulsion: i7 c5 ^8 a8 e' d3 d! ~ equipment, electronics, armament, and other installed government-furnished$ v- E) l, |+ r; z. x9 f8 ~ equipment, and nonrecurring production costs. Flyaway cost equates to 7 s y0 L; M6 x; t, {3 i' mRollaway and Sailaway cost./ w. F6 e; i$ R) L3 j! ~8 i6 d FM (1) Flare Multiunit. " N7 Z1 d$ m: A(2) Frequency Modulation.- W) F: k5 t8 D4 W* F6 M& H$ K (3) Functional Manger.# L5 n* O1 w( J" W (4) Force Module(s).# Q0 h1 e+ `! N9 `% }$ i0 b (5) Field Manual.. ?$ T6 r8 e5 M% P1 E FMA Foreign Military Acquisition.# ^% B2 W! c5 W+ V# R/ V FMB Financial Management Board.7 C/ M ] A5 l4 v6 N FMC Flexible Manufacturing Cell.+ w4 o+ R! s3 `. F* R FMEA Failure Modes Effects Analysis (ILS term).7 d. h z3 H, y$ I1 r; t" T f# h FMECA Failure Modes Effects and Criticality Analysis (ILS term). {1 E2 P( D2 {$ h% }+ F3 K FMIR Fighting Mirror. % A+ o. M& x8 r, [7 B/ }/ mFMP Foreign Materiel Program. & v; ?1 a! Z h. M* TFMS (1) Flight Mission Simulator (PATRIOT), Huntsville AL.6 ~4 C: T0 B3 U* Z (2) Foreign Military Sales. 6 R2 A/ a' Z1 G4 n& N( A1 }FMTV Family of Medium Tactical Vehicles (USA term).( P9 N# V. M8 h7 g% X FNC Federal Network Council' L( ?( {& w# ]4 c! ~ FO Force Operations (PATRIOT).. V9 k, r0 x: K3 N& z FO Link Fiber Optic Link. ) j5 _# s9 M+ o; vFOA Future Offensive Aircraft (UK RAF term). $ m5 p; r" T4 Z t8 OFOB Forward Operations Base.0 \% D+ w0 ?0 D7 x' @ c6 ] FOBS Fractional-Orbital Bombardment System. 6 W" j) q0 \6 ]- VFOC Full Operational Capability. 7 t$ @' m. a/ |# \( h- ~Focal Plane The plane, perpendicular to the optical axis of the lens, in which images of points. ]/ s! s& L. P& ?/ g7 y. f* Z in the object field of the lens are focused.7 Y5 k* G9 U, d# l9 j Focal Plane* ]" A# a* D" i% ]3 n7 } Array (FPA) . @! z5 `9 A7 |" o; A; c' p4 k: wAn FPA is a matrix of photon sensitive detectors which, when combined with low8 j4 [ K9 T: a, G6 ^) |' W noise preamplifiers, provides image data for the signal frequencies of interest.' W) L! v. }7 D; S FOFA Follow-On Force Attack. , g; h0 d; e/ C; E5 T. P1 tFOG Fiber-Optic Gyroscope.* a% x8 b0 G8 z: a, J5 y# t. e FOIA Freedom of Information Act (US).; K$ d0 b$ `: T+ l MDA GLOSSARY, VER. 4.0 F 7 g! t$ z" J# o5 H% ]110 9 d6 ^" I' w+ @( x9 Y6 r. TFOL Forward Operating Location.1 h. a% T# n! {5 z( b% E A) l FOLAN Fiber Optic Local Area Network. ( {& W: S1 R7 S( p: U1 hFolded Optics Any optical system containing reflecting components for the purpose of reducing ) k O- E" g$ |0 L( x1 S. L5 Cthe physical length of the system or for the purpose of changing the path of the$ r1 L; q% G. y/ h$ z# I r optical axis. ' E# X ^# @) W. w, [8 v, SFollow-On" z4 ]. ]+ A2 V, l4 J Operational Test; \* k; Y) P9 K! n8 u% } and Evaluation3 x: }2 }1 F+ `9 C- f* u M (FOT&E) 9 w$ D" c! c% p* m( o! ~That test and evaluation that is necessary during and after the production period/ v9 p3 V: j4 O: Y7 h" R to refine the estimates made during operational test and evaluation, to evaluate + d8 Q8 C7 ]1 ~changes, and to reevaluate the system to ensure that it continues to meet H# U; N+ b2 \: i8 p! d1 |operational needs and retains its effectiveness in a new environment or against . g @ a: U) }; \: o( I7 c5 c, Ka new threat.# g# x! z& b6 h, m4 i- } FOM Figure of Merit. ! b+ R8 k ?/ }: r# PFON Fiber Optic Network.7 o; j p n( j, r( q" d Footprint (1) An estimated area of possible reentry or the solid angle of a detector or / B& ?% B! V- a% {, j0 `* olinear area of a detector at a certain location.' a: H" M1 E* w, N) K$ J0 P5 S0 \ (2) Geographic area in which a focused satellite downlink can be received.* F' F. D, R, |7 Y FOR Field of Regard. & _# Y) S; ?0 @8 gForce Closure The point in time when a supported commander determines that sufficient ( u, u- o- Z8 W! O! o& Q+ Ypersonnel and equipment are in the assigned area of operations to carry out 8 x! X+ T6 W% m2 w( ]* E( {assigned tasks.0 {9 U! x9 x/ T0 y U Force Development Test and4 z F2 r& }+ z/ v Experimentation , ?- G8 `' h3 D3 [8 y3 OTests employing representative users to examine definition of materiel 0 U! e/ z$ n/ C( n. N! Orequirements or support/assess development of doctrine, training, organization,4 S' f, Y7 C6 w) x and logistics for system acquisition. (U.S. Army).0 u! [: q) |& B" `+ i( T, Q Force Direction The operational management of the forces. 6 E. w6 H( \6 B6 u2 `Force Integration ; v: Y* Z/ j1 F& `% e$ S+ f$ }% SStaff Officer 1 _8 c3 G" z1 X7 M) U( zArmy individual assigned to ODCSOPS to serve as HQDA user representative for1 O+ {3 [* V1 H. \" }" X. o a specific system. Provides continuous coordination necessary for integration of6 S. o. b! C- T; K4 ~/ K a new system into the Army force structure." W: M$ s5 p9 C6 P Force( k- |; h6 U9 W$ h. d) B3 g- \ Management : C" f2 O1 ^2 @7 N& z1 fThe assessment of the effectiveness of the defense forces throughout an " h0 V6 ?' ?! f; R1 L5 u* [7 wengagement and adjustment of tactics and the system configuration as 0 h7 m1 l) m# @1 mnecessary to effectively allocate resources to satisfy mission objectives. / P. e0 i: U! ]- s# o' j$ _Force Reliability The percentage of the missile force that will successfully detonate within 3.5' z: N4 R0 t. g q+ Y CEPs of the target.4 @% s* W3 H" g5 l; C FORDTIS Foreign Disclosure Technical Information System. 2 b' Z, Z4 |+ ^ h9 SForeign, I9 _, F3 [: l Government9 Y9 \5 _' f8 g8 @4 ^2 z$ a. X) ]0 | Information + Q" ^7 m+ u; x ^5 XInformation that is (1) provided to the United States by a foreign government or 7 y, R4 a9 |3 mgovernments, an internal organization of governments, or any element thereof+ ]/ n {. E) y0 X6 ?/ E with the expectation, expressed or implied, that the information, the source of * ?1 M7 `! x! y! ~6 }* h( sthe information, or both, are to be held in confidence; (2) produced by the United3 F3 T6 C9 L1 @0 T& F3 p States pursuant to or as a result of a joint arrangement with a foreign5 _, Q! T4 c/ U0 z, Q1 E/ K+ i5 d6 g government or governments or international organization of governments 3 F, I$ U+ V. s" trequiring that the information, the arrangement, or both, are to be held in 4 K L: d s& v& Dconfidence. ' {) ] ^+ f& D6 tMDA GLOSSARY, VER. 4.0 F: E2 _ F4 g) r# P* }2 M 111: o6 v8 g- ]& A Foreign Military % C: I5 a' I j6 }& g, ]% mSales (FMS) $ l, d+ ^. ?: yThat portion of U.S. security assistance authorized by the Foreign Assistance Act ; E: |! j( L) U: L7 `- R( mof 1961, as amended, and the Arms Export Control Act, as amended. The% h" K1 F" _' y; X. }3 @4 @ recipient provides reimbursement for defense articles and services transferred2 h6 ]) T) U; | from the U.S. Includes case sales from stocks (inventories, services, training) by$ I D1 Z, G( m3 n Y8 D the DoD defense services. ' ^' B. E9 k# T7 r* WForeign Security) k% n l" ^9 J# j9 m6 y, ], K Policy Model1 g7 o6 A6 G- Z7 ]4 c2 x s A mathematically precise statement of a security policy. To be adequately ' O! k; O3 c/ C$ ^0 U5 m; Z1 Uprecise, such a model must represent the initial state of a system, the way in & ^- ?7 {3 L/ Wwhich the system progresses from one state to another, and a definition of a$ J0 v3 c" [+ Y+ @- e8 U, } “secure” state of the system. & k1 i( z F7 ]: q, ZForm, Fit, and$ K, E% c% w6 M7 H. ?& S Function Data& z8 I5 P. w( t9 E2 @& [ Technical data pertaining to items, components or processes for the purpose of : h0 P3 n/ u$ t) P' h. A- zidentifying source, size, configuration, mating and attachment characteristics,: ?3 L4 S0 V8 x c9 q functional characteristics and performance requirements. k! Q) n# ~& K: H$ J Formal " V' x0 ] f, _Qualification3 c* z. K2 W8 k, S( m0 l" |' u Review 7 Y$ c5 ?4 R7 T% e0 k& L! OA systems level configuration audit conducted after system testing is completed ; N/ M: I# C- c2 Y, o' G# c5 kto ensure that performance requirements have been met.$ @: E1 g- Z J0 b) Y1 c0 b5 \0 O) v Formerly / c+ F v. f+ v9 B: bRestricted Data $ t8 W' [1 Z0 A; F$ j* kInformation removed from the RESTRICTED DATA category upon joint 4 P* A. ~5 w, D3 A$ q# Udetermination by DoE (or antecedent agencies) and DoD that such information$ v7 |/ }) ? q m relates primarily to the military utilization of atomic weapons and that such6 t; U. v8 t$ J" v v1 t6 z. I information can be adequately safeguarded as classified defense information.+ W1 {. }/ u; I6 W FORSCOM U.S. Army Forces Command, Ft. McPherson, GA. 1 r$ e0 _2 C7 S, W& K# }FORTRAN Formula Translation Language.

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Forward Edge of $ F8 z( t2 j' f" q9 ethe Battle Area4 d# K* P$ v0 n- H (FEBA) , @7 o. |% q! TThe foremost limits of a series of areas in which ground combat units are& o" R X! D2 f deployed, excluding the areas in which the covering or screening forces are- \3 N N: t4 h8 S5 y% k7 h: d" y( ? operating, designated to coordinate fire support, the positioning of forces, or the- T. @+ E, u1 P2 x" ]9 S maneuver of units./ M6 @0 q* ^7 s Forward Funding Carry-over of RDT&E funding into second year of appropriations availability. : H. f, ^& o1 v8 Y; |6 wRequires permission from high authority.6 m5 P1 \3 G& }+ x5 s FOS Family of Systems (TMD).+ [5 H4 ~$ [0 X. N, t {1 ^ FOSS Fiber-Optic Sensor System.1 p7 b, C" j7 O, E. b4 r FOT Follow-On Technologies. * I; n( P" M! }% gFOT&E Follow-On Test & Evaluation.% w' Y' \, \# S2 s FOTC Force Over-the-horizon Track Coordinator (USN term).3 v& T/ Y5 r* F" \6 }) l, L FOUO For Official Use Only.9 v$ y9 o7 _& S8 d Fourth $ i3 b. q) v6 o: I. aGeneration 9 G; l5 V! P7 K! r8 y V, lLanguage4 ]6 t1 z$ m* |+ f0 r5 m A programming environment that produces both screen and report utilities for ' Y3 | H7 R1 \, x* g" Z4 I' wuse by lower-level programming environments. 0 c0 H6 [- C4 `8 ]" b5 Q6 p0 i+ QFOV Field of View. / s- Q, ]% e$ l4 D& `. dFOV Radar [Full] Field of View Radar # q. l/ H4 O ]4 [; OFP Focal Plane.* p6 r" t `1 j7 L, _ A MDA GLOSSARY, VER. 4.0 F0 p4 ?3 B) J7 s1 d" }9 V 112 7 Z- ?+ K1 e4 t1 ^8 _# F \& D5 MFPA Focal Plane Array.2 \( D7 a/ D7 I( R m4 `; S FPC Facilities Protection Committee.4 v4 R5 g! P$ ?9 g. @ FPI Fixed Price Incentive. 2 j5 Y6 ~5 y) _FPS Fixed Radar.* \" ^# U* Q; O# Z FPTOC Force Projection Tactical Operations Center (USA term).1 N5 |6 d4 R* q FQR Formal Qualification Review. & ], s) ~4 k5 I9 X' hFQT Formal Qualification Testing. . a! V- |# ]% |FR (1) Federal Register. (2) France.' k2 p) |. S7 Q* o( y9 h FRACAS Forward Reaction Altitude Control System. 0 S$ x# F- a% ~7 B7 D& R" M# D9 sFRACS Forward Reaction Altitude Control System.7 I3 P+ M0 J5 h3 B Fragmentation 9 |1 x& z+ O, O8 B/ [Warhead % P3 f1 I. e- Q9 ZA warhead, which releases small solid objects to damage or destroy its targets.- \( U; h& Z. F) F# A; d" M( { FRAS Free Rocket Anti-Submarine.. K C/ H1 \8 n/ U, m FRC Fire Control Radar . }9 l F( ?2 j8 G& Z- V) gFRD Facilities Requirements Document. / ~: k" i9 u, ?- w) \Free Electron6 X3 t5 w1 E+ K! A3 l Laser (FEL)0 w* y5 z& F- A/ c& F, C A type of laser, which generates radiation by the interaction of an electron beam; ]1 C! q" `1 i9 U1 n7 E7 r with a static magnetic or electric field. Loosely speaking, free-electron laser6 f9 q; f+ q* [, S$ Z8 K: e+ s( y: g technology resembles and evolved from that used by particle accelerators (“atom' [4 S, H" v% b6 I smashers”). Lasers, which are not free electron lasers, are bound electron Y' X2 o( z5 ^- g/ Y" Elasers.% D. W/ z6 j9 ? Free Rocket A rocket not subject to guidance or control in flight. 5 {6 [7 }# `) A3 v7 |. e% o2 RFrequency 7 M' N: O+ s: ]# D( CManagement / L9 l( @9 {; Y! W" j% WThe act of allocating frequencies, or bandwidths to a telecommunications( O5 i: \7 `* j& g5 a7 K system, necessary to minimize the potential interference between * Z6 P) k$ E$ m+ b" I7 wtransmitting/receiving devices. Governing agencies and international agreement+ b/ x' Q0 _: p) K* T controls authorized use of a particular frequency, frequencies, or bands. ( ^% w7 x" v: B4 b, T' v( OFRG Federal Republic of Germany. ) `2 e6 {: c/ g8 T+ K" _- ]% LFRN Force Requirement Number.7 u! @. w6 L. Y: C FROD Functionally Related Observable Differences. 4 x" h7 G" }2 R2 N+ V1 J' tFROG Free Rocket Over Ground.* J- T5 Y* ?. U* i/ t$ A. h6 I/ w2 U FRN Force Requirement Number.5 T- d& T& {/ K2 i$ [& ? FRP Full-Rate Production. . e, A" M8 O9 u$ d5 r; E+ |FRS Federal Reserve System. 7 U# U1 D' ~- d" `FS&E Facility Siting and Environment (MILCON term).$ Z0 ^/ f4 e4 w: ?8 q/ k' k MDA GLOSSARY, VER. 4.0 F * E9 L6 V( B# F1 b" e9 M1138 s+ z' g9 G# b/ M: } R6 g FS3 Future Strategic Strategy Study. $ @( {/ \) w8 w& T2 yFSAF Future Surface-to-Air [Missile] Family. 4 d) B/ G+ K: q( @( ZFSC (1) Fire Solution Computer. (2) Fire Support Coordination. , k2 T; Y* P. W- k B. m0 FFSCATT Fire Support CATT [for Weapons] (US Army term)., O5 Y0 E2 C+ q/ T1 w FSCL Fire Support Coordination Line. `6 ? Y _% ?8 W; ^" y- \# P FSD OBSOLETE. Full Scale Development Phase. See EMD. # ` N: t9 e0 k; E: D' VFSE Fire Support Element. ; ], e4 f1 s" y* ^% FFSM Firmware Support Manual.3 f3 Z/ K/ U0 {# c& E FSP Facility Security Plan. ' s& k- x/ u D5 sFSS Fixed Satellite Service.4 T3 N1 p. b5 }% w0 N FSST Forward Space Support in-Theater. 8 h) k# S: W! f) e! nFST Flight System Testbed. 1 }9 t* ]( D! i* h9 xFSU Former Soviet Union. / U+ l" `) r4 V* V1 K0 g/ yFSU Republics Former Soviet Union Republics., O; X Z$ p. X. V8 M! i FT Flight Test.3 i& T6 G2 N3 q. D Ft Foot ! I( p- U0 E. G! x5 g& LFTC Federal Trade Commission. * H i o( ]( p+ ^$ t KFTD OBSOLETE. Foreign Technology Division (USAF), Wright-Patterson AFB, OH. 1 V: L1 M' ?! WSee NAIC. * S) k0 Q8 r# @' S* }' w( VFTI Fixed Target Indicator" b4 V/ X3 j, w G FTLS Formal Top-Level Specification.4 h: `2 n& Z4 E FTP File Transfer Protocol (ADP/Internet term).4 e6 n: K, b; H FTR Flight Test Round. , i( W' d* ]# |' A7 V0 d. rFTS (1) Flight Test Summary (2) Federal Telephone Service4 L; K' ^9 i& q* F2 T FTS 2000 Federal Telecommunications System 2000.' N% r/ h9 I8 O+ G. m7 B& B9 ] FTV (1) Functional Technology Validation. (2) Flight Test Vehicle.) y2 M6 G' H h0 E' V FTX Field Training Exercise.8 [2 `, T# x, ^7 H& I- M* U FU Fire Unit (PATRIOT).; _# r8 M2 R6 f' y! R FUE First Unit Equipped. % c7 K1 Z" v8 k2 Z8 F; y3 uMDA GLOSSARY, VER. 4.0 F/ r& m$ P! t( }; l 114 " G E& d4 u5 |, {# |& e- EFull Mission . R; ~8 i) m( t+ m8 X/ oCapable ( b4 D4 y+ `# k# AMaterial condition of an aircraft or training device indicting that it can perform all 2 q- ?, c d/ z6 E& K+ @/ W# Vof its missions. Also called FMC.8 z0 ^) F; C7 Q/ v Full Operational - d" J3 b) l- t! Q) UCapability (FOC) f3 F1 ]9 c. Y+ |+ j) Z5 L The full attainment of the capability to employ effectively a weapon, item of# Q; v. f! q7 N! s5 h equipment, or system of approved specific characteristics, which is manned and1 a, v$ N+ c/ q. y- j" A' z1 Q( x operated by a trained, equipped, and supported military unit or force. ! t# I2 f6 k, }( S) BFull Rate7 t0 B% n' q) S1 C& Z Production3 C5 l: G0 L& G H' b Production of economic quantities following stabilization of the system design$ w6 V# y' c! @9 f2 ^3 ] and prove-out of the production process. d1 X4 `) y, {; m; q) t: \Fully Configured0 X8 ]' j& w# F+ {8 g End Item 6 j' e0 B$ m& @+ A- I/ Y; O. FThe final combination of end products, component parts, and/or materials, which ( W6 a$ q. E. o: r# I8 ]4 dis fully ready for its intended operational use. Normally all production units are0 x) J3 {5 a/ n: L fully configured. Research and development units may be considered fully h# [. x. h5 d+ x* C configured if they are or are planned to become operationally equivalent to the ! m) x2 `! @0 J( {, j. _production units.

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Fully Connected% Y1 a2 Z" w" x4 v: T' D$ ~4 g Network (FCN) 5 T' L+ ]+ r6 g. p1 V2 C( |A network in which each node is directly connected with every other node.0 N. z7 h# c+ C9 u$ H- W Functional" }0 G0 ` n& S# ^ Analysis ! x8 P8 j; w; N C: o+ IAn approach to the solution of a problem, in which the problem is broken down % Q, S5 ?" [5 u2 {8 C1 _4 _into its component function, such as intelligence, firepower, or mobility. Each 7 p% P0 R- o2 \& `relevant function is then further analyzed and broken down into smaller 0 y6 f4 ?! I1 N8 b; g( p% G8 i7 afunctional components until a level of molecularity suitable for solution of the 2 b; n7 s+ w9 t( Y0 dproblem is attained. ! s4 b- A5 s: l# {- UFunctional * u' ~/ g$ ^& u* s6 @+ LBaseline + P( g9 \) F! E(1) Established after the system requirements analysis/design activity has 8 i' M# M7 k; fcompleted the definition of the system functions and associated data, , z; O& Q9 [, x8 i4 {( g/ M( `/ D) yinterface characteristics, functional characteristics for key configuration 5 y0 l4 D0 v, A! uitems, and tests required to demonstrate achievement of each specified * Z2 M L( M' @* x- Gcharacteristic. This Government normally controls the baseline.8 G4 e: ~7 [/ ^' D4 \7 C (2) In configuration management, the initial approved technical 1 Y) c* _& g9 a2 G1 G" jdocumentation for a configuration item.* Q$ l' O9 q3 D/ p! g0 H (3) Documentation describing a system’s functional characteristics and the% y# K( G: }% H3 ^% }/ q7 P verification required to demonstrate the achievement of requirements. . M/ W' _/ a: v, j4 A* w, p! GFunctional 7 e% o* K- a; X9 k4 tConfiguration + r0 u4 k/ L# { H) i3 eAudit (FCA) ( Y4 N6 ]- g& ~( B: TThe formal examination of functional characteristics test data for configuration% n& V9 u, {; @, `& i" B item, prior to acceptance, to verify that the item has achieved the performance : |% {6 M* b% mspecified in its functional or allocated configuration identification. : M& }+ B! X- }5 ~1 Y4 ^/ N' F) B" sFunctional$ X4 @1 Z# s9 U: l5 a Economic 1 c/ a" t2 E+ vAnalysis (FEA)1 v6 r* b, e! i8 I A structured proposal that serves as the principal part of a decision package for; _* f U6 W' l/ J7 {) O enterprise leadership. It includes an analysis of functional process needs or- j4 ?; Z" D% |! v2 n! y problems; proposed solutions, assumptions, and constraints; alternatives; lifecycle costs; benefits and/or cost analysis; and investment risk analysis. It is3 r, q5 J& y; Z# m' }( p& o6 R consistent with, and amplifies, existing DoD economic analysis policy in DoD 3 Q; i( r6 I/ ^# S8 v. i* B1 _Instruction 7041.3. # i, _( n7 w. f/ NFunctional Kill The destruction of a target by disabling vital components in a way not. Y s) _# f% z/ C6 ~5 L5 E immediately detectable, but which nevertheless prevents the target from 8 m! o2 ?8 W7 B: E0 Gfunctioning properly. An example is the destruction of electronics in a guidance % ?/ m3 u3 m+ j* i( f. vsystem by a neutral particle beam. Also referred to as “soft kill.”; n5 [" ]) G* x' T, H Functional 6 N, s' W$ W9 r- J0 c7 v/ w( v+ m2 HSupport % W7 ?/ D. ?6 }/ u" r4 a$ ]Systematized methodologies and procedures, or a common set of standards, * i0 _6 u9 Z$ D( ]5 @3 J* s- Tapplied to materiel acquisition programs.9 R. q7 R7 n: [6 I( L$ [0 i Functional ' [5 R7 B, v: z, ~+ o4 |Technology 5 g+ Z" N8 s# `+ ?# z# KValidation (FTV); A: f6 V% q0 \# [) N Program with the intent of proving or disproving a technology is useful for a given4 b3 l$ z/ q& S) A/ R% H application.8 i) S* ^ Z- C MDA GLOSSARY, VER. 4.0 F / T. {7 }4 } Y$ [! o115) u1 ^: Q0 _7 R3 H" Q' | Functional : v: H4 y. @; A: LTesting4 k: A5 m+ S1 c, J# ^" d& x The portion of testing in which the advertised features of a system are tested for : i! `( G U% F7 q! k, X5 p. O& L2 Icorrect operation. 9 x6 Z$ Z$ {( N" F, j; ~9 cFunding Profile Program funding, usually displayed in columnar spreadsheet format by years, ' k ?$ B/ M6 |5 W2 O( c; v8 C, E Wstarting with previous year through current year and out-years. ( i% X5 c7 u5 M8 h3 kFuture Years ! g) T# O8 j5 { L7 V- x9 @Defense Program ! \7 W# a" O7 i# n. g(FYDP) - w H* \9 |# K: M' gThe official DoD document that summarizes forces and resources associated with 1 A7 U+ m5 e2 v, M7 e( Q3 p Rprograms approved by the Secretary of Defense. Its three parts are the; _1 f- D% D, w ] organizations affected, appropriations accounts and the 11 major force programs- Y$ t2 A- P0 J( s: p+ [ (strategic forces, airlift, R&D, etc.). Under the biennial PPBS cycle, the FYDP is2 [6 |. Q9 x' o: ~' p7 } updated in even years in April (POM); October (budget); and then in January g6 k5 x. w* ^& T1 v (President’s budget) of odd years. The primary data element in the FYDP is the " Y6 [$ L6 i2 ~6 U' E2 uProgram Element (P.E.). Formerly known as the Five Years Defense Program.* G+ w- r& e6 n4 Q3 M FWCA Fixed Wing Combat Aircraft.' N2 A( c, a8 p& l Fwd Forward.' L- Q8 L' t8 n9 s4 @) { FXBR Forward-based X-Band Radar., V; G- x9 H1 p6 @) }! S FY Fiscal Year. # z' w% F& L- ]" y$ `) rFYDP Future Years Defense Program.% ?- E/ L1 m. U" `/ A# L MDA GLOSSARY, VER. 4.0 G ; Y. F; n1 g+ [& O116 # O# G1 d& ~! g; H- K; m xG Giga (one thousand million). 6 L, k. ^# Y9 |& K1 T( ?& lg Gram., V1 r' M1 ]" L) E G&A General and Administrative costs. & |0 \; O) s$ o k' ?G&C Guidance and Control.9 N6 [( i5 G. g% E1 _3 q G&O Goals and Objectives. 8 ]( y2 w( _2 |G/A Ground-to-Air ; D1 x& m' V/ Z( ?4 RG/G Ground-to-Ground. P" d8 l2 C8 d3 Y Q# B4 @ GaAs Gallium Arsenide. & ]: ]5 B; p4 o% t1 ^* B9 y$ Q( ?& }Galosh The Soviet Anti-Ballistic Missile system built to defend Moscow from missile 5 @, |, O+ c( D. P3 h- Xattack.9 c( Z! R) O: `0 V' ^1 I6 o Gamma-Ray Electromagnetic radiation resulting from nuclear transitions. Although incorrect,/ O: x- _; m$ W2 [+ |- O% d# a high-energy radiation, particularly “bremsstrahlung,” is sometimes referred to as : Y, `& a# g) o5 ogamma radiation. 5 w# A6 w6 \0 Y; l4 HGamma-Ray , P' B) V- O# OLaser ; f0 b- y, @3 EA laser which generates a beam of gamma rays; also called a “graser.” A) F% G2 S% ?9 V5 \# B# m gamma-ray laser, if developed, would be a type of x-ray laser; although it would$ _! p$ a! H4 T5 I* ] employ nuclear reactions, it need not (but might) employ nuclear fission or fusion 5 `% @5 q: n" W) v. \$ hreactions or explosions.7 n7 f" B6 P4 R$ r GAMS GPS (Global Positioning System)-Aided Munitions. : U7 L' j# w; W' V- eGaNMPA Gallium Nitride Microwave Power Amplifiers. (A demonstration program to develop, B, `/ m: u% F* |, s% c$ G8 A" D. g GaN based transistors and integrated circuits for power amplifiers in systems% P2 T4 x! p4 E$ p, z/ t such as Ground Based Radar. Goal is to reduce total weight and size by a, K+ ]; r) `. g! D: ^- I factor of 10).: P5 I% o0 K+ _0 m8 Y GAO General Accounting Office. + A, s3 @; n; C, s" JGARDIAN General Area Defense Integrated Anti-missile Laser System. 9 v3 k% W% u/ _/ q& Y9 h2 b- p. F6 aGAT Government Acceptance Testing. 8 B% n! l% J; x9 S TGAT CALL Guidance, Apportionment, and Targeting Call (JFACC term).7 R& W! Q0 b* @ GATE Graphic Analysis Tool Environment. ' ]$ u6 v$ U0 j9 q4 VGateway An element that contained a node on the SDS backbone network as well as on& I+ J+ V6 h9 B7 E) \" v7 g some other network(s) and would have performed protocol and format; O) ?3 p+ ~4 [1 y2 I conversions necessary to accept messages from one network and retransmit' z% ]* `* s* X2 G9 S3 T them on the other.& c5 W, E4 g6 R( a# j a GATS GPS (Global Positioning System)-Aided Targeting System./ M0 W; }+ I0 b+ b7 G% v GB (1) Ground-Based. (2) Gigabyte.+ q9 r5 A0 q2 X; `" T/ E; { GBD Global Burst Detector.6 X+ a0 e& j* H8 D! G( K GBDL Ground-Based Data Link. $ ^# u$ \! N6 q. P$ D& pMDA GLOSSARY, VER. 4.0 G 9 B3 x+ x5 p4 {8 ?8 [1177 J8 m7 F- G- a: R GBEV Ground Based Experimental Version. + m& p; Q+ U/ L8 mGBFEL Ground-Based Free Electron Laser. & D9 u% F" X4 j& MGBHE Ground-Based Hypervelocity Gun Experiment.- @8 ` h6 c5 i h& O3 Q GBHRG Ground-Based Hypervelocity Rail Gun. , u" P d! J' Z7 }GBI OBSOLETE. See Ground-Based Interceptor.5 Z- S- {' Y& a i! m GBI-P Ground-Based Interceptor – Prototype. 6 v3 S6 a) Y% `$ U3 JGBI-X Ground-Based Interceptor Experiment. ! _7 b& e' e( G6 {GBKV Ground-Based Kinetic Kill Vehicle. 3 t4 B0 D8 Q' r+ P) {GBL Ground-Based Laser. " V' Q4 {* P$ nGBLD Ground-Based Launcher Demonstration. 9 Y3 k1 t, J! r0 r" V b& YGBLRS Ground-Based Laser Repeater Station.* B0 n9 f1 G! | GBM Global Battle Managers. ) F5 w' N' H: R c7 K* A KGBMD Global Ballistic Missile Defense. ) a, R; [* d/ M" i4 H2 ^) }GBMI Ground-Based Midcourse Interceptor., [! d& H* x* {# w GBOS Ground-Based Optical System. : v# a9 s* X& PGBPST Ground-Based Passive Signal Tracking. ! z' ^% y/ h' M" W8 V4 U0 _ F0 I4 BGBR See Ground-Based Radar.. X0 U. E; P4 G! `1 ` GBR-M Ground-Based Radar-Midcourse. 7 w) w$ U+ f) \; hGBR-O Ground-Based Radar-Objective. & b6 q+ y- U& X, Y1 J0 z: EGBR-P Ground-Based Radar-Prototype. . m9 [8 r- r6 l) EGBRT Ground-Based Radar Terminal. 0 o' p) [1 n& D* a1 g( a( j3 XGBR-X The experimental version of the GBR. o8 M3 d6 e0 C4 F) O. V# u6 dGBRF Ground-Based Radio Frequency.

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GBRI Ground-Based Rocket Interceptor.! B5 M3 D0 \. }0 n3 E- e GBRT Ground-Based Radar Terminal. d% X0 h) D4 r. C GBS Ground-Based Sensor., S6 o. u* d% | GCA (1) Guidance, Control, and Avionics. (2) Guidance, Control, and Airframe.& p; d* s4 k# Q; w& U8 S GCC Ground Component Commander (JFACC term). 1 B/ A) L' t7 G) B. V; B/ rGCCS Global Command and Control System.- Y; E; U5 l4 J) R2 r MDA GLOSSARY, VER. 4.0 G3 N& K3 C7 R6 V% L 118# \) \) L& X. ?+ U* n GCI Ground Control Intercept. 2 Y E2 H4 g( Y% Z' N3 F7 \/ [+ mGCN Ground Communications Network.- I" X7 p F6 C5 p8 t- {4 y GCS Ground Control Station. # D6 |/ @- P! W2 R% fGD General Dynamics. / p+ o& w) p; ~. r7 |# JGDL Gas Dynamic Laser. x6 V7 e5 \, Y. G GEDI Ground-Based Electromagnetically-Launched Defensive Impactors.+ u Z5 i! M+ Z- Y$ y# B GEM Guidance Enhancement Missile (PATRIOT). " u% ]6 X2 [6 t& S V2 IGeneral Manager. V5 @6 z9 b( B3 L# J; V. e Program $ g# K% c: v! h/ w4 P1 f8 tManagement! @* r Z% T9 g' w2 k Directive (GPMD) , e, u8 Z1 u3 b6 E& QOBSOLETE. The primary document used by the GM to direct the Service BMD. P' x3 i: K, a4 |/ K PEO on the specific actions necessary to fulfill BMD program requirements./ d5 K( t2 Y( L' V! S6 ~! l General : G/ J& \1 o4 m9 b( MSpecifications7 L/ e/ O @; T9 r A general specification covers requirements common to two or more types,. M8 j7 ~+ G( M6 K' }+ r6 Q classes, grades, or styles of products, services or materials; this avoids the7 m% C" V5 y% n: q1 ] V% I$ } repetition of common requirements in detail specifications. It also permits 6 l- Z* i; \: t1 |( Z# achanges to common requirements to be readily affected. General specifications / |2 h1 u3 n/ ~9 L% m+ rmay also be used to cover common requirements for weapons systems and 9 q! j. F' `( E2 g+ U8 ~/ isubsystems.8 |; i: y& \" ^$ ?( j; e Generic Rest of ! V+ P z# j g. J) n8 Y. J7 N2 t: `+ z% TWorld Target + ~" N" v. S, g3 ^0 @: a7 g(GROW) 8 `( V9 X. p- i; o: S. s% jStrategic target being developed for GMD program. 9 F7 C% ?3 {& uGEO Geo-synchronous Earth Orbit.% ^3 g$ U) ~; e/ l' ^$ p GEODSS Ground-based Electro-Optical Deep Space Surveillance System.1 l5 o9 z, h, s: e2 U w Geo-stationary . ^3 Y* W4 f5 X. w BOrbit (GSO)/ D% G3 V+ `5 g5 O An orbit 35,784 km above the equator. A satellite placed in such an orbit# Y$ Q6 `% X/ A C, m. ~ revolves around the earth once per day, maintaining the same position relative " t2 Z, g/ N4 p2 e" A1 ]- |to the surface of the earth. It appears to be stationary, and is useful as a9 Y' P. v4 t; Q7 t( ~/ B communications relay or as a surveillance post.. a) O: a5 H2 v! b9 y GEP OBSOLETE. Ground Entry Point. IFICS. 5 L( j3 x8 p X& {6 GGES Ground Engineering System./ _2 s# j" v- x/ \ GFE Government Furnished Equipment. See Government Furnished Property.( t5 q2 f) O N0 j |7 y GFI Government Furnished Information.# D, j. k7 d" P0 v- { GFM Government Furnished Material. 4 m) ^& h, p' ^& G7 W& |' I- dGFM/P Government Furnished Material and Property. See Government Furnished+ w5 E( o4 R# d8 N% ~! o Property. 4 O. U% \4 ?: F v: K$ KGFP Government Furnished Property. ( h- w* S# K/ a- ?, ]GFS Government Furnished Software. See Government Furnished Property.( ?- O& K: ~9 T5 C8 R/ y5 Y* P MDA GLOSSARY, VER. 4.0 G6 t: m. P6 _+ j9 b0 \9 N 1198 s! e. @, ~1 B7 c& { Ghosting This condition occurs when two or more targets reside close to the same plane' J7 m( k' N6 [; L: p6 u1 \. m also containing two sensors viewing the targets so they are within experimental6 l" {" {- @% N% r" P determination of having the same hinge angle F. Thus, ghosting depends on ( z3 {8 c. X' `! V8 D( x4 _ Y& eLOS error and positions. 8 R' K8 ^9 a3 a; I9 mGHz Giga Hertz (1 x 10(9) Hz). 1 I# d. g, K3 D- @' @8 {) u) pGIDEP Government/Industry Data Exchange Program. 5 `; m% t* K5 w+ qGIF Generic Interface., }+ _& F. S. r2 Y2 ~* W GII Global Information Infrastructure.0 F0 s* I n0 S- C1 P GIP Ground Impact Point. G# U' a# U! E) g# ^7 ~ GIS Geographic Information System.7 l$ W- { e! b% r GITIS Government Integrated Technical Information System. 1 h6 i: o$ O) q$ K( ?: qGLCM Ground-Launched Cruise Missile.+ B- y. `6 X8 }: R9 z; n# z% h- ` GLP Ground Launched Probe. See Brilliant Eyes Probe. 7 j; N8 f* K9 M7 I. c* IGlobal 2 M- J, n4 X6 W2 REnvironment4 k z9 |5 ^% p The ISTC Global Environment is responsible for the creation, propagation, and) K7 r2 y1 w- ^7 M( i" Q& Z) J maintenance of test scenario common knowledge, how subsets of this & F3 _8 }+ Q3 F% Uinformation will be determined, and how common knowledge will be disseminated3 W' g7 \$ K& q) x to the various element representations (nodes). The Global Environment * s1 ^. b4 g: `3 s$ ~performs functions which are common to the scenario such as timing, health, 3 @& z/ L6 |3 i6 L, [/ L+ o& {status, state vectors of objects, and effects models.* n/ d6 V9 |5 ^( Z3 s Global % w7 @ R7 q6 m* s+ SPositioning9 ~1 S" Z! C* }. H2 \ System (GPS) ! Q0 [3 i5 u: l6 `3 WThe NAVSTAR Global Positioning System is a space-based radio navigation / H, r7 s8 r+ w; Bnetwork providing precise positioning and navigation needs of all the military: q+ H: u: F( Z- l+ C5 \7 _ d5 v services. In the fully operational configuration, there will be 18 satellites in six- w7 j- O7 ^5 |' t orbital planes with an orbit period of 12 hours at 10,900 nautical miles altitude.. N4 e% M7 g3 z" z _# ]/ t& k; s6 q Each satellite transmits three L-band, pseudo-random noise-coded signals, one% V+ R# H6 k' k8 s* Q" D S-band, and one ultra high frequency for spacecraft-to-spacecraft data relay. ) m1 P2 o: R4 i2 L4 e7 TGlobal Protection5 e4 | _+ `/ F& B. e: M Against Limited/ K8 R3 v( g, h, r$ Y# Y. J Strikes (GPALS)2 q( S$ d5 I- l! n# @ OBSOLETE. GPALS was an architecture denoting an anti-missile system9 T- o1 D' b- A: ` designed to provide protection against limited ballistic missile strikes, be they1 L& t4 x6 O8 V" m; n deliberate, accidental or unauthorized—whatever their source. GPALS was ( j7 H. q3 l, |. E9 [. }8 ^& i' Jcomposed of three interrelated segments: (1) theater ballistic missile defenses,. I, |+ W* v3 d and associated space-based sensors, to protect U.S. forces deployed abroad, G9 m, |$ r1 m5 k and our friends and allies; (2) ground-based defenses, with space sensors, to" L! Z$ E: f9 t! v protect the entire United States against long-range ballistic missiles; and (3)' I$ T/ E3 A1 V3 p8 M# [& ^ interceptors based in space – Brilliant Pebbles – capable of providing ; ?' X8 u v1 a; {: a L/ Zcontinuous, global coverage by intercepting enemy ballistic missiles with ranges9 l% ^* x* U1 |! R$ Y( z; U# ` greater than several hundred miles.' f: @/ A2 P6 u& C+ f; n$ B Global Protection1 I5 @" o4 I9 K0 M Against Limited+ c2 n' A% T) J" }& h+ o9 h Strikes (GPALS) ! o: f1 V9 s4 rProgram 3 b2 R* d! n. A! z! L- v% ]OBSOLETE. The GPALS Program consisted of six Major Defense Acquisition 0 Y0 ?2 D. ^1 ]# nPrograms: GPALS System/BMC 3 + _; Y7 U$ h# g8 f! v* L, National Missile Defense (NMD), Global Missile; ?+ o* o8 t: y) k, P0 ? Defense (GMD), Upper Tier Theater Missile Defense (UTTMD), Corps SAM, and 2 L! \0 ?+ [ c" f) i6 f" c: T0 sPATRIOT. Army PEO GPALS was re-designated PEO Missile Defenses in 1992. q; }) q/ B# _' i& z& JGLOBIXS Global Information Exchange System. 2 f8 R1 [9 [" o$ ^5 }* n/ hGLONASS Global Navigational Satellite System. " R+ M& P7 R5 VMDA GLOSSARY, VER. 4.0 G: ^- r9 y, l& E, F6 ^8 R 120& f5 b# b- F8 x6 R" C- ?! p GLOW Gross Lift-Off Weight. 8 d, a4 O3 @3 z" k8 c0 iGLP Ground Launched Probe. See Brilliant Eyes Probe. 3 X- d9 ~6 Z5 PGLS Ground-Launched Sensor./ u( G9 ` D. x# N9 h% X. _ GM (1) Guided missile. (2) General Manager. # _6 k6 ~8 q$ c5 r9 IGMACC Ground Mobile Alternate Command Center. 2 o; F- ~+ C# R; C! g+ B- z4 oGMAOC Ground Mobile Alternate Operations Center.) K- L2 x% }' I7 [- |9 J9 ^: l* j GMCC Ground Mobile Command Center.2 F; ?* ? D. _4 z8 q GMCP Ground Mobile Command Post. 4 W1 f! A$ a9 W# Q" W: R& T t/ _GMD (1) Ground-based Midcourse Defense (formally National Missile Defense) (2)9 j* w6 i2 p9 y' F8 I Global Missile Defense (OBSOLETE). c, _( _' {: L9 y6 l8 [GMT Greenwich Mean Time. / y/ r t X. e, Q: g! m$ g4 rGMTT&C Ground Mobile Tracking, Telemetry, and Control. 7 N: b2 c4 ~, h1 `* nGN&C Guidance, Navigation, and Control., K0 ]# l/ _" m, V1 s) F& D; y9 u2 H GNC&P Guidance, Navigation, Control and Propulsion.6 V, k7 e- m" k4 r. { GND Ground. ' {, U$ m' Z: m4 ]6 QGOCO Government Owned, Contractor Operated. & c- w6 _: e1 r1 t2 }& WGOES Geo-stationary Operational Environmental Satellite.% Q) \8 z( J! w GOI Government of Israel. : g) ^* ]( T% Q* V% {: [GOJ Government of Japan.

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GOSG General Officer Steering Group. - F" u8 k, U/ N8 v, U" B$ {GOSIP Government Open Systems Interconnect Profile (CALS term).: N2 [' Q p6 D! x G GOSP Government Open System Protocol (CALS term). . f5 z+ t; `& H3 U- _/ AGOTS Government Off-the-Shelf. ' B: L) c- b: F4 yGov’t Government.; n* o1 }+ L+ ^6 i- C2 S7 @5 D Government H1 E% y9 ?( `3 G( ]0 kFurnished- x: B9 l" d6 N# Z1 _7 k( \% l1 B Property $ s& d0 S! Q* ~8 j0 J$ v9 l. d5 ?Property in the possession of, or directly acquired by, the Government and" r9 e9 Z+ f! F( Z subsequently made available to the contractor. (See FAR 45.101.) ( l+ W2 \% Y9 y4 `" CGovernment 8 T# G2 t; E. L- c% n. ~Verification+ @9 M7 C# w+ J# h- ^8 L, W Management " W) p) A8 `# d4 r; X% lPlan (GVMP)8 b" E1 k1 D" `3 L2 t A management document that provides the overall framework for BMDS 1 U6 t" _) j6 R J4 I7 ^verification. It includes processes for implementation, organizational9 t: `* o' q' D: c' \ relationships, and stakeholder responsibilities. It covers the full scope of BMDS 9 ~- E4 ^; `9 ^; M( [; sverification and identifies how all BMDS verification activities will come together to # {9 \" A' a/ Z% `confirm BMDS capability.1 ]( m3 m+ y1 ~4 C$ Y6 \( Z MDA GLOSSARY, VER. 4.0 G' q0 x1 w x! W5 p 121, B D' ^/ M( W* E GP Group. / r% C# ` K, s0 Y, H! }2 d [' XGPALS Global Protection Against Limited Strikes. 6 g4 i4 F- h3 `GPC Global Protection Center.6 e, \8 A. L* V& K* Z; ] GPMD General Manager Program Management Directive. ! n. j: M B+ [0 lGPO Government Printing Office (US). 2 `4 V" t, @& k# h7 {/ k3 f hGPP General Purpose Processor. , k8 x0 o: ^% R2 r' r |9 ^; LGPS (1) Global Positioning System. (2), Global Protection System.0 s7 e9 j$ I$ b GPSIU GPS Interface Unit. ; L5 H! R, n7 ^/ d& p9 ^GPU Guidance Processor Unit (US Army term). / j& [. I# |0 t M# |& WGraceful 3 t- T& A, g( W" f, [Degradation " M/ {% a6 D% ?. |8 {0 l ~& LA condition in which a system continues to operate, providing service in a6 F5 Z9 Z0 l- S5 F4 z degraded mode rather than failing completely or catastrophically.6 b0 x5 }* \3 d# B5 I. G b3 Y0 b# ` GRASER Gamma-Ray Amplification by Stimulated Emission of Radiation. (See Gamma-0 o$ Y7 h. k: C2 |! g7 v Ray Laser.) 6 _$ E, i- g( ?1 A) dGRC General Research Corporation.$ Y2 }* r$ g; u' Q, I$ H2 r Green Code Interface Software. 9 u1 H3 { ~5 lGround-Based. ?9 _0 f! U+ T/ R/ a- {/ b/ y) y$ A Defense9 N5 s# P$ Q: m& A The ground-based sensor and weapon systems of BMD.2 H6 @8 n4 k0 b4 h" G ]0 \1 l Ground-Based * P# }4 S9 E: a$ V q9 |% sInterceptor (GBI)9 A4 R! _- Q. `$ g A kinetic energy exoatmospheric interceptor with long flyout range to provide, 5 O5 c. B1 a; K! [& ^where possible, a multiple engagement capability for defense of the U.S. with a ) y5 o& z6 ~% `relatively small number of missile launch locations. It is designed to engage ( l1 x1 F j* Ypost-boost vehicles and/or RVs in the midcourse phase of flight. , X) x; U0 T) {) y( j# q/ z) K; E(USSPACECOM) (Successor to Exoatmospheric Reentry Vehicle Interceptor 1 W9 U- t! T( U5 m& x( JSubsystem (ERIS).) See EKV. $ x X2 j5 }0 ]7 r- D8 TGround-Based: N, P! M7 }) `0 W& j r Interceptor: y/ e) R. h8 R: c% U( r Experiment 2 X3 ?# q6 n- n' K* _(GBI-X) 0 f6 t7 t$ g$ m, m: V( }0 y- z& _! tDesigned to infuse advanced technology and promote competitive environment K+ g: O7 t$ c9 M for GBI. 8 G b/ b* ~! `; BGround-Based" L0 s% H) l6 K4 I6 v Z0 q Radar (GBR) , M, w/ Q+ M: u2 ?& MA task-able, modular, multi-function, phased-array radar that provides- i& L7 a8 S9 l, w9 |: b ? surveillance, tracking and engagement planning data in post-boost, midcourse,5 R6 a2 G' o+ P0 U: k5 k+ \$ W and terminal flight phases within its capabilities. It also provides target, y1 h* |0 u( r discrimination, in-flight target updates (IFTUs), and target object maps (TOMs) to 8 T$ o% G% i+ Finterceptor vehicles. See THAAD. (USSPACECOM) * X4 [4 w1 }2 a3 z9 M/ MGround-Based5 N+ ~+ ^/ t% ~ Radar Terminal 4 U' K, x7 H* Y. _. g& q) @(GBRT)8 `0 ~! t: \- f) I The sensor for the NMD system. An X-band, ground-based, phased array radar6 ~* c. D7 P/ W* k, E% W6 Y: [ capable of detecting, tracking, and providing discrimination information to a " d. l, S8 p: {' W7 Rground-based interceptor.5 L7 T* X' c+ B! M4 s Ground-based d' m7 b! z' ESurveillance and & x" {7 F6 t1 l* _Tracking System 3 z7 E+ N2 z" F5 ~(GSTS)% j, W3 N& `1 x9 _ a' P2 C7 e A fast-response rocket-launched sensor, which can support the SDS midcourse 7 c, `# Q+ y: _* L1 k2 e; lsensor suite by employing multiple Long Wavelength Infrared (LWIR) wavebands# g8 V2 P; b6 m6 V* B4 A and a visible waveband sensor to provide tracking and discrimination of + k( E+ A1 Y, tpotentially lethal targets. 0 S+ ~* [4 e4 `# a, YMDA GLOSSARY, VER. 4.0 G " `1 p9 W: }2 C4 O, T+ F1227 }% T% n( @% c# ~% E: h Ground Entry( M8 _) q2 ^- Y# Q& u. m: i Point (GEP) l! x4 V* _" ?; I6 m6 P! F, Y: d OBSOLETE. GEPs provide the communications interfaces between the SDS ' C& t- l3 B. v( r& Aspace orbital/sub-orbital elements and the C2 E. See IFICS. " b5 L2 j2 V* l; `! p# Z9 W2 R; GGround Mobile M6 i0 D/ d4 s6 n4 m6 G Regional $ o3 X D; }! F" p. F) I/ tOperations @9 T8 Z, i( u. `* l+ nCenter ; b' R4 p4 `% T- Y2 R6 L(GMROC) 6 c9 H$ A4 G" P t6 K8 Z' c( KTransportable ground segment of the Regional Operations Center.0 B. f0 _9 H% y9 n, v/ ]: {+ p Ground Zero The point on the surface of the earth at, or vertically below or above, the center ) q8 p; v9 w9 p7 `/ kof a planned or actual nuclear detonation.- b1 f9 t3 ]1 ~- v GS Garrison Support (US Army term).1 f+ a" V" s" U. k GSA General Services Administration (US). " z% R1 Q+ D. ]- h: E7 B: }GSDC Ground Station Demonstration Lab.! J2 v) ~& z& r' {% R& b GSE (1) Ground Support Equipment. (2) Government Support Equipment. * p! j, X' S- C0 @# L$ I$ {7 NGSFC Goddard Space Flight Center, Greenbelt, MD. # @+ d0 Y% M/ CGSII Government Services Information Infrastructure. . P# a5 @ {4 y" U VGSM Ground Station Module.% Z" _8 }: g5 ?7 b GSO Geo-stationary Orbit.- `, `' q# b3 o2 @ GSR Ground Station Radar. 7 r; t w w8 C2 y3 x* [7 M' UGSTS OBSOLETE. A fast-response, rocket-launched, Long Wavelength Infrared. d% [& f8 W7 V (LWIR) and visible waveband sensor, which would have enhanced the1 m4 |; ~( s) Z( V0 f5 Q information available from the SDS’ midcourse sensor suite by providing tracking1 G& d) z: F* _. I9 o' q8 T* O and discrimination data on potentially lethal targets.* r7 v A y, E1 X GSTS (F) GSTS Farm.% K& l/ B: j' F GTA Ground Test Accelerator.( y+ F% i# J2 D3 Y1 s' n- J( u7 B GTACS Ground Theater Air Control System.7 n$ I2 x* v) q1 D7 a GTE GTE Corporation.9 @8 `' N* h9 o" a" O; l# i8 K+ | GTF Guided Test Flights.( V; `: K+ J! q3 Y GTM Global Track Manager.) z% D% r8 R0 C' U/ [; T GTN General Technical Note. 7 X# ~( l4 t# I5 ~% l: h% C- ?GTR Gulf Test Range, Eglin AFB, FL. 1 W, J3 Q- Z, O3 i( q/ qGTSF Guidance Test and Simulation Facility (PATRIOT), Huntsville, AL. 6 p, r# p& e, i% g9 P S* {+ YGTV Guided Test Vehicle. R$ h( F$ [2 C8 |0 y8 d9 S! mGUI Graphic User Interface.5 N. n+ u; b1 w MDA GLOSSARY, VER. 4.0 G # ]& x' x: `1 D; K2 w6 G( T; q123; b& I9 N5 m2 T1 m: S3 i+ c) i: k Guidance (1) Direction, altitude control, and navigation (where appropriate) of sensors 2 @2 x, s% M1 _$ v- B Nor interceptor vehicles.+ n9 x7 F j/ t/ o& ?0 L (2) The entire process by which target intelligence information received by a 2 A" }% X+ K+ n* _$ I" k8 L+ C1 Dguided missile is used to effect proper flight control to cause timely 4 }* |& V$ F, D$ v* A4 z4 o5 cdirection changes for effective target interception.: W3 g' C0 B b1 n Guidance 1 U1 u2 l) Z! Q% x$ \; Z! REnhanced( i1 `; j- J( z0 X2 r+ m9 z% f, `# G Missile (GEM)& b+ l' N# }' t( }7 A* @ A companion program to PATRIOT PAC-2, which includes enhancements to the0 ]- l* r( U* _0 B( f0 U0 s radar to increase intercept range and performance. 4 e L' J7 G9 ?- {) F& U6 |Guidance $ u4 `/ ^2 O6 f0 D1 z+ \8 n6 lSystem (Missile)7 z6 n: ~1 G% c- } A system, which evaluates flight information, correlates it with target data, " m8 K$ }6 Y- v. D4 |determines the desired flight path of the missile, and communicates the, _* X/ D" w0 n* c: l: q necessary commands to the missile flight control system.9 D+ S& F0 _" N! V Guided Missile An unmanned vehicle moving above the surface of the earth, whose trajectory or# l+ Z l( u5 O0 G3 Y9 M9 i flight path is capable of being altered by an external or internal mechanism.* A% n1 p0 N0 E1 ^# d GVSC Generic VHSIC (Very High Speed Integrated Circuit) Spaceborne Computer. " g0 N* t* t# m# x- U0 t& cGWAPS Gulf War Air Power Survey, 1994 [a DoD-sponsored survey].5 C" ^( e5 @- e4 }: R3 b9 e+ z Gwd Giga watt-days. 0 q, a3 f4 I" t- s7 e# k# J" ?GWEN Ground Wave Emergency Network.8 ?( N8 b( b; n5 d. L3 w GZ Ground Zero. * T& n+ {& U: j% k9 g) b/ _) kMDA GLOSSARY, VER. 4.0 H4 W6 N- J- [+ k! H8 x: z4 P9 T 1243 ~& H% m% E2 n3 ~ H Hour.8 b: P+ k* f0 Y) z3 s) N H&S Health and Status.& L @& O; {: h H/W Hardware.: \0 Q5 h" K9 w, u! |# J) H% X HA Higher Authority.8 M' p W! g7 G& d+ D V0 Y1 L HABE High Altitude Balloon Experiment.# ^% ]$ a! M- V/ G% \8 U- C4 }4 c HAC House Appropriations Committee (US).. B5 \" E! p" Q- _8 F( P. B: T) J HADS High Altitude Defense System. : m+ s/ Q( C; n3 Z; C; cHALE High Altitude Long-Endurance. + L6 r; D6 Y- ^9 @5 \- K* \HALE UAV High Altitude Long Endurance Unmanned Aerial Vehicle. F* f1 @. w/ r2 Z' F2 ^# D, hHalf-Value8 S, `2 l3 r; b6 U' } Thickness (HVT), m6 j4 k" N/ i P/ t The thickness of a given material, which will absorb half the gamma radiation5 T" q* _$ D! Q+ {, X) n/ y' y incident upon it. This thickness is inversely proportional to its density and also 4 ]: a) e4 A6 F2 v5 udepends on the energy of the gamma rays. 9 g, ^' c% t& L0 @HALO II High Altitude Observatory II( e8 {6 ^ L4 d# P' X! R/ i HAMS Hardness Assurance, Maintenance and Surveillance.. ~( A; V. e% f Handoff This occurs when information on positions, velocities and tracks are given by one . k9 d1 ^/ ?+ u& x* M+ H8 wsensor or system to another and the first sensor or system continues to track the 8 [2 z G$ e5 y e- Zobjects. - F/ j9 s6 `* `, ?+ YHandover This occurs when information is passed on to another sensor or system in which, k$ h- }9 }+ C0 n the first does not continue to track. " ^- `3 e- N0 {9 r5 K. zHAOI High Altitude Optical Imaging.

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HAOIS High Altitude Optical Imaging System.2 Q3 N$ v8 ~/ D HAP High Altitude Probe.( p& e: I$ C) N% J Hard Kill (HK) Destruction of a target in such a way as to produce unambiguous visible l% i, r0 k6 g3 k6 Q evidence of its neutralization. ) m( z) N/ r2 W( i) v6 ]Hardening Design and manufacturing process and other measures, which may be employed % R7 \ M3 `/ }; H& `0 ^2 ^to render military assets less vulnerable.0 x" d$ z+ _3 L8 o) j ?2 d9 X# g HARDMAN Hardware/Military Manpower Integration (Navy ILS term). 9 ^5 F/ o) v0 P: Z+ FHardness A property of a target; measured by the power needed per unit area to destroy+ Z/ Q* m6 O5 y" ` the target. A hard target is more difficult to kill than a soft target., S1 G" f ?2 q5 B8 M7 O" I! Y Hardware-in-the- / {5 j3 t( x6 M* E$ F4 N7 y3 c# c' g3 \Loop (HWIL)1 A6 s- l; T# l Tests in which BM/C3 computer and communication test systems will be in $ E7 ] ]( x* hcommunication with some of the hardware test facilities developed for other BMD- m# E. h( k1 X$ M8 x' L! H technology programs.) C2 ^, w( J. B: ]& v+ l Hardware ) K- w1 [$ X) K2 Z* M, }Security - Q3 m8 Y$ L/ iComputer equipment features or devices used in an ADP system to preclude7 e7 e) V) e" A unauthorized access to data or system resources. 4 s n1 L4 r9 R" ~9 DHARM High Speed Anti-Radiation Missile. % U" i/ D1 `% Q3 q+ r4 eMDA GLOSSARY, VER. 4.0 H * P. r# q, i0 f3 \; S( l' \1251 o, p. Q' p" A+ V$ s7 M HASC House Armed Services Committee (US). 6 p- g4 x* g! P4 ~! c9 D% t! GHASP Hardened Ada Signal Processor. & D4 L- D$ t) D8 y4 E& d( K0 k( S) uHATELM High-speed Anti-TEL Missile.. }. M, ~0 K+ P! b/ S7 T HATMD High-Altitude Theater Missile Defense. (U.S. Army) ! c: f) k7 r3 [/ cHAVE STARE Name assigned a proven sensor capability.2 Q8 E4 ~$ a" \ HAWK Homing All-the-Way Killer. / E" F) V7 F% Y k5 t; xHBCU/MI Historically Black Colleges and Universities/Minority Institutions.$ k1 r, b0 P3 M7 C: x HBHO Hard-body Hand-over [algorithms]. 1 d+ w1 q1 t$ Z: K2 m, u! eHCO High Consequence Option (Safety Engineering term).# r! x6 _' A: P2 c6 s' j, \# E HCT Mercury Cadmium Telluride.4 ?; J+ i" r `& ]8 i$ m7 n% D" Z HDA Hybrid Detector Assembly. 3 Q# `+ c& z t4 a4 LHDBK Handbook. # E7 ~9 z! i$ f9 A0 pHDR High Data Rate. / Q" N |+ V, W! i# p6 G6 b( s. EHDX Half Duplex (TelComm/Computer term).$ ], \) C$ A g! W2 d3 m8 R% _$ X" X HE (1) High Explosive. (2) High Energy. ' Q9 {1 s# B4 T: M, c& _5 zHealth and Status 7 o% u. ~0 s) q& e: k(H&S) 6 I0 \- L+ {' mHealth and Status pertains to a unit’s ability to assess the conditions of its- j) \( B; M1 C8 u" f0 x* A0 c subsystem functions. The term H&S is used for units in remote locations, such, J- t+ d& A7 c9 d% U as satellites, where ground controls must interface with BITE to determine k9 l1 s1 Y0 i+ q. ?operational status of the satellite and its equipment. $ r, b y# g9 O9 N/ uHeavy Replicas1 m! N% l- m3 l3 s u: {! C (HREPS) 4 {- K7 u- H# }/ ~3 { wDecoys, which by virtue of shape, size, and mass, closely approximate an RV’s' B1 e7 o& J" U' C* ?3 O) o signature. HREPS have significant off- load penalty. : Y% J- b- ^+ pHEDI OBSOLETE. See High Endoatmospheric Defense Interceptor. 7 A) j f: {% PHEDR High Endoatmospheric Defense Radar. 2 l1 X& k5 C2 [HEDS High Endoatmospheric Defense System.( v" Z& U) s9 q! j& ?: s! L HEI High Endoatmospheric Interceptor. . h/ N$ n, @* m8 _HEL High Energy Laser.% P2 X' B# _! R& Z: V/ _ HELKS High Energy Laser Kill System.- W M2 u0 ?. w HELLO High Energy Laser Light Opportunity.$ G! k8 S; ]; c X5 ] HELSTF High Energy Laser Systems Test Facility. 7 v* m" k. u/ S$ c, ^0 L, j9 tHELWS High Energy Laser Weapon System.8 o" ?, Q( |) R# i9 V HEMP High Altitude Electromagnetic Pulse. ( v2 c m. r$ D! j" @* N$ CMDA GLOSSARY, VER. 4.0 H 9 R1 T2 e1 ~: ]126* K' z5 v3 ?' S; G' f$ H. s HEMTT Heavy Expanded Mobility Tactical Truck (US Army prime mover). . R& a8 Y" o2 n& QHen House Soviet area defense radar used as a component of the Moscow ABM system % T/ ?) V" x6 t1 k0 G5 D) F; ` y2 u* c# pthat provides VHF coverage of space to monitor orbiting satellites and early# j6 w8 t2 ^- J2 } warning of ICBMs launched from the U.S.: L* U$ }8 S1 v' |. P HEO See High Earth Orbit. 0 W" K& n+ }2 }HERA (1) An improved surrogate TBM test target. . n4 j6 `" ]1 A A(2) Two-stage, ground launched solid propellant theater target vehicle. (MDA# n) a- c" U# s! _' z Lexicon)& c( t# s; g; Y& M7 A/ E% q& a! s: T HERO Hazards of Electromagnetic Radiation to Ordnance (SM-2 Bk IVA).& b% g- y2 I% J HESP High Efficiency Solar Panel.! \& `/ D2 J. }5 u# ]) I HEU Highly Enriched Uranium.# `, Y* X, O0 p. v3 B HF (1) High Frequency. (2) Hydrogen fluoride. " Q: m5 z$ |' U# EHF/DF (1) High Frequency/Direction Finding. . v" E/ z" E5 j3 |. ?(2) Hydrogen Fluoride/Deuterium Fluoride. (Chemicals used in IR chemical) r! F& H% W+ P- Q* _ lasers). / ~+ M/ @0 k H0 {' }+ FHFCNR High Frequency Combat Net Radio.! C, Y1 Q4 o, o+ l& e HFE Human Factors Engineering. ; O+ `- a% L$ o# bHgCdTe Mercury Cadmium Telluride. 0 A' g/ u8 V. z' N4 V$ xHHB Headquarters and Headquarters Battery. - s7 ^4 ^! a; E6 t- c# \1 ~) WHIBEX High-Acceleration Boost Experiment. ) r) q5 n" m: C! f. pHIBREL High Brightness Relay. . b' A' T3 a4 C, ?HIC Human-in-Control.6 ]' n& K, {, J8 c HICOM High Command (Navy term).! ~/ j6 k' B/ O9 X9 r8 W HICTB Human-in-Control Test Bed. : j; r7 @9 {, n. P( M# F, wHIDACZ High Density Aerospace Control Zone.5 f3 G4 C t9 h6 t2 s: u HIDAR High Data Rate. ; d9 m) H, i; J2 V; ]High Earth Orbit% {: r* W- \% j( t5 @0 ] (HEO) : a" U4 f7 T; o/ t* \$ MAn orbit about the earth at an altitude greater than 3,000 nautical miles (about+ Z% z$ w" ]/ s7 |! P9 o+ S 5,600 kilometers).8 Y4 B K+ q# ?- t! L9 n4 U# z High( z" f, M& j- Z) J Endoatmosphere/ ?2 C9 Y$ G2 Q! @: w That portion of the earth’s atmosphere, generally above 40 km altitude. ( ^# O1 ~ t0 S9 z QHigh 8 ~! V1 A8 W o; }1 e- P' W/ hEndoatmospheric0 ~' @) P3 n2 F/ b3 f z4 Y Defense& h1 L- H( [: N: N0 H0 U Interceptor (HEDI) + a+ ]7 y1 l) A* K# u* l6 eOBSOLETE. Interceptor concept designed to engage RVs within the (upper or 2 E; p: i8 x% ^& n% ^% f: }high endo) atmosphere. (Predecessor to Endo-Exoatmospheric Interceptor . {) `1 _5 O4 V0 Z' E2 ^' Q3 z(E2I).)5 u/ z* B1 A4 @. N/ P MDA GLOSSARY, VER. 4.0 H7 @4 T7 s% P* g) i3 I 127% W+ _3 ?) X" H/ W' ]7 \ High Density& m% ~3 ?+ w0 I' C9 W. T Aerospace k& G7 C8 u: z! Q& mControl Zone" y6 d. _; v+ | _9 a6 s6 l e (HIDACZ) % Y# [7 J6 h7 y% o* yAirspace designated in an airspace control plan or airspace control order, in . _7 `' f: t1 a U. D& c* Pwhich there is a concentrated employment of various weapons and users. A 0 i0 r7 C# o' p' N6 IHIDACZ has defined dimensions, that usually coincide with geographical 1 f4 X* E# d& d, m4 w3 `5 kfeatures or navigational aides. Access to a HIDACZ is normally controlled by the0 ^+ I3 Q6 }. ]+ K6 L: P maneuver commander. The maneuver commander can also direct a more + d: b' }8 ~! |restrictive weapons status within the HIDACZ. ! X( Z/ Z3 Q2 h6 eHigher Authority 0 |) x+ ?6 v, D% ]+ b3 r; YInterface0 J+ s: U9 N. y5 O1 Z' } Policy, strategy, doctrine, readiness conditions, and rules of engagement from: G5 I0 Y! e/ m; F ^ higher authorities for use by the defense system in conducting system 3 V6 _2 D- [6 u. r6 r& x9 `operations including specific orders specifying actions such as testing, defense h& a7 m8 M% d4 ?enabling, pre-delegation of authority, etc. Also the reporting of situation + Q1 u( `; r& x- {; Eassessment and system readiness to higher authority.; n0 J; x! c0 ?7 h: m8 U' b3 W High Order2 {6 I u8 N( e( g Language (HOL)& q6 T) w1 h9 ~* T: g0 j7 y9 X A programming language that requires little knowledge of the computer on which % U2 I6 Q% _( \: Ca program will run, can be translated into several different machine languages, " V( ]4 w5 x! N p* rallows symbolic naming of operations and addresses, provides features# X# R5 L5 Z! k, T0 ^( G; e3 A0 Q! c* E( \ designed to facilitate expression of data structures and program logic, and* u+ u' C0 F2 r: N) r& T; E usually results in several machine instructions for each program statement. : [% {0 I* k1 f c* \9 FHIL Human In-the-Loop.1 j- Q, P$ c5 Y" ~- ]: g$ Q HIMAD High to Medium Altitude Air Defense.: A; i3 d9 }6 p/ d( z HIMEZ High Altitude Missile Engagement Zone.) e, w9 N% w; y& r; |: j HIP Hot Isostatic Processing. ) Y' X k' z: D( |HIRAM High Resolution Infrared Auroral Measurements. $ V/ A- B: i/ t; bHISEM High Speed Environmental Multi-burst Model." {6 Q. U# n6 K' ` HIT (1) Heterojuncture Internal Photomissive. (2) Homing Interceptor Technology.* _- E. _# B# ` HK Hard Kill.' u, w! @2 ^7 J+ M5 [ HKV Hit to Kill Vehicle.5 o( P1 T8 M) m' b+ Q; q HLD Hardware Description Language.6 K. z6 w1 \3 c0 N( D! W HLLV Heavy Lift Launch Vehicle. 5 J! e% S- C# d3 ?( Q2 o4 \; n2 H' dHMC&M Hazardous Material Control and Management. J* }) G$ \( q+ B5 } HMI Human Machine Interface.! y( q9 P8 j& L HMMWV High Mobility Mutli-purpose Whealed Vehicle (USA term) (pronounced Hum Vee). " A3 Q$ b+ P3 A8 f- p$ pHMPC Hazardous Maintenance Procedure Code. ( ^$ X1 l( A7 U# a$ f' {HMSC Hughes Missile System Corporation./ s/ A- y+ o% g1 T HOB Height of Burst.* H& `6 |3 T" k& ~: ~ HOE OBSOLETE. Homing Overlay Experiment. (Predecessor program to / O( c3 `7 F: F+ x: a9 H% _% W2 TExoatmospheric Reentry Vehicle Interceptor Subsystem (ERIS).) ( R# m7 g$ a6 m8 ?6 K/ g' zHOL High Order Language./ R7 {& R. E D7 p+ T MDA GLOSSARY, VER. 4.0 H % X4 y7 a' d! b/ g5 k128/ A6 D: H R2 v5 S+ E! g Homing All-the- 1 ]9 a. J" L8 T& r$ n$ X$ XWay Killer + h" J. e4 g% Y5 b; z% `(HAWK) 9 i% y0 P! @* t% H! O/ L(1) Upgrades to the HAWK interceptor and radar system to provide the ) r8 C+ \# v' o* N. X5 G) x6 QMarine Corps with a mobile point theater ballistic missile defense. O, Q2 o8 M# N5 [- U4 k/ U capability. / D% b/ J3 A4 J+ @/ `! H(2) A mobile air defense artillery, surface-to-air missile system that provides4 [- K7 G* D. U non-nuclear, low to medium altitude air defense coverage for ground , f+ p( ^0 C: U* s7 y1 Q1 g& Yforces. Designated as MIM-23.. B$ r' W$ `* X1 @4 | Homing Device A device, mounted on a missile, to aid its guidance to a target. The homing" H0 l# c" w) P8 `1 I" F5 c device uses sensors to detect the position of, or to help predict the future + A2 R3 h7 l! F4 R: C& d* b+ mposition of a target, and then directs the missile to intercept it. The homing4 T) F3 Z# G8 K8 F) i1 m4 T; [ device usually provides frequent target position updates during the flight of the . S3 |) f1 ^9 Q; J8 `missile." e" H) Z: i. W: O; W( R* @9 z. _- W Homing3 l! v: E o0 `4 K4 R Guidance2 M7 q/ a/ r8 X, p9 Y- q A system by which a missile steers itself towards a target by means of a selfcontained mechanism which is activated by some distinguishing characteristics of / G; ?+ K# t( z: q7 w3 W% G# N0 wthe target, such as an infrared signature. 5 n s" r+ b' E0 K- B6 H9 _HOMS Homing Overlay Mission Simulation. 4 X% A& ^& e& o* E" pHOST Hardened Optical Sensor Testbed.6 L% _1 X: p' o; a# [# L- z: b Host Installation A designated DoD facility that provides non peculiar SDS support of SDS ) A- H) s: k0 Z% f- c% f: Z: N! celements. 8 I! C- I* f* u6 K: {( FHostile , s0 ^; u6 ?) a9 |5 m, E/ C+ @) o9 lEnvironment: B: K" l, |4 V( ]$ b Those environments that result from a BMD system engagement of an enemy( o1 O$ y4 M+ `$ | threat or collateral conditions resulting from deliberate hostilities. Hostile ! S) ~4 ~& ] ^( qenvironment categories currently applicable to National Missile Defense are8 Q2 }3 N. Y0 O* }, C% V Nuclear, Battle Debris, and Electronic Warfare. 8 X! ~2 s6 Y# k" }1 }Hostile Track The classification assigned to a track that, based upon established criteria, is- t6 z0 L6 u* {. l4 E determined to be an enemy threat. & u5 l2 D [0 X( u R/ C; XHost Interface The interface between a communications processor and a host computer.. H- A2 H: L- t: x/ {; o) W Host Nation ! e" b. R+ c: z6 Y; NSupport ! ~% @& V) Q5 ^* o6 z# oCivil and/or military assistance rendered by a nation to foreign forces within its 0 p& t- G y5 a; Iterritory during peacetime, crisis or emergencies, or war based on agreements 5 A. q9 W7 M( \) N; }) E/ Oconcluded between nations. 8 e! I# M( J2 s2 q( _& g) Ahp Horsepower., L! ]+ k8 o' ]! y) F8 @ HPA High Power Amplifier. 0 L' ~2 A2 o$ t8 nHPC High Performance Computing.0 ?& Q3 E" Y0 h. d: ^ HPCC High Performance Computing and Communications.% i/ g6 h* P0 M: G# W) f0 @ HPG Homopolar Generator.& Y; t# [1 c$ N' _" B HPI High Power Illuminator (Hawk). ; u! K1 a; K ~4 \; h' zHPIR High Power Illuminator Radar. w& \: o& n4 V: J4 E `: @# aHPL High Power Laser.% X' K' _) k3 ?+ ` g8 l7 c T HPM High Power Microwave. 7 z9 @) v2 _$ @. \1 w* z1 bHQ Headquarters.# E0 `0 j m1 x( ~- L- k0 z7 K MDA GLOSSARY, VER. 4.0 H . w" B4 n1 o+ b/ }& g129; |8 a% J" `# q- v" }/ Z HQMC Headquarters, Marine Corps.0 U5 Z8 `$ I( m, n HRDS High Resolution Display System. 9 T/ s, l2 O" h4 e7 A* r6 I2 LHREPS Heavy Replicas.( n* t, n/ `1 A" _2 ^% `/ r HRR High Range Resolution.) Z$ E" e# t5 g; L HRSA HICTB Requirements, Support and Analysis. : ^$ k: d5 I2 {. \" y/ q0 q! U BHSDB High Speed Data Bus (TelComm/Computer term). 6 o- f% w2 W7 f1 NHSFB High Speed Fleet Broadcast (Navy term). 7 }" M! u% N3 X; q3 z ]HSI Human Systems Integration.0 o! |1 H9 M* d% Y' N2 g. {) | HSV Huntsville, Alabama. : v" L2 F3 O- L: pHTICIA High Technology Crime Investigation Association. 9 u% O2 ]: | G! d/ ` FHTI Horizontal Technology Initiative.6 y. S- R) a. t {' U HTK Hit-to-Kill. ( P0 L- \% `0 N4 g- E& R. WHTMIAC High Temperature Materials Information Analysis Center.$ Y) i: @9 k; H; P HTML Hypertext Markup Language.. @# I s9 h- x T3 i% k HTPB Hydroxy-Terminated Poly Butadiene.' ?! Y- N! h: f9 f; w HTS (1) High Temperature Super-conducting. (2) Hawaii Tracking Station.$ V! ^. e7 g2 s+ y' f HTSA Host Tenant Support Agreement. 6 ~3 W' l- L) y8 m, D, i" P# UHTSS Hardened- sub-miniature Telemetry and Sensor System.; l8 c* V& q7 c, a/ I HTTP Hypertext Transfer Protocol. 7 u- J K0 V* `" ZHUD Heads Up Display. # x/ H* l7 |" a& X$ jHuman Factors A body of scientific facts about human characteristics. The term covers all( G$ E: y, J5 l) ~2 G6 h biomedical and psychosocial considerations; it includes, but is not limited to, 0 C) }- N. U: H7 Q6 Q* H' Fprinciples and applications in the areas of human engineering, personnel' a. l: v- _4 j. J" G selection, training, life support, job performance aids, and human performance' T. @# t3 |4 ?- z7 Q3 K evaluation. # j) Z; f2 p$ T$ Z$ n6 I; _0 GHuman Factors$ B9 b6 Y6 u4 I. U% l$ ]! k Engineering/ k3 Y+ D% @) {5 e! i$ p; o' t The design of man-made devices, systems, and environments to enhance their ) w5 @1 o. Z- f6 b. Nuse by people. Also called human engineering, human factors, and ergonomics.

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