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Rank: 9Rank: 9Rank: 9

41#
发表于 2008-12-25 20:05:33 |只看该作者
ELPRS Enhanced Position Location Reporting System. 0 A/ X) Q' ]6 U7 p4 w5 T' f) `& H8 Q! cELS Earth Limb Sensor. - O- o- U) ~9 D* g9 uELSEC Electronics Security. + i6 n4 g3 m J$ xELSI Enhanced Longwave Spectrometer Imager. 1 ~% p5 ~* [5 _; M CELV Expendable Launch Vehicle. $ M1 j& |- {6 D% c6 q; p: wEmanations8 e2 p, C/ D$ @# Y3 M5 S Security . x: ]2 Z5 N. ~(EMSEC) # v2 s/ X9 m& n$ BThe protection that results from all measures designed to deny unauthorized 8 m! a, z* V& L9 Q& Hpersons information of value that might be derived from intercept and analysis of 2 y& ^: x( k% ~/ e. H# Z. dcompromising emanations./ Y( x8 o9 U) X6 q$ ] EMC (1) Electromagnetic Compatibility. (2) Early Midcourse. : D; s* J- K* {$ B3 D8 \ TEMCON Emission Control" h, g( b+ S* m6 n' F5 T+ B EMD Engineering and Manufacturing Development (previously referred to as FSD). + y' |& E" y: h1 oEMDCT Expanded Memory DCT. 4 x. J! `0 E/ x) W# M, ~% gEME Electromagnetic Environment.1 c0 ^6 d* A) V MDA GLOSSARY, VER. 4.0 E + L/ l: A1 J) L# x8 \# O1 b" f93; i$ i+ K* Q& |4 ?1 G Emergency/ Z, g3 c ]7 {9 I8 c! W Capability ; R9 f% b8 _' v* y8 ~$ m1 A' f6 b(replaces ' ~# o. k6 J% ^- E, TContingency # {9 I7 D, F: j: v# J1 qCapability)! C4 I9 C/ V4 s8 }7 I BMDS elements or components that are still in development or testing that! ~' K( {. p% f provide limited ballistic missile defense capabilities. MDA, working with the ( R2 v* J+ }- S5 v3 cServices, will develop plans, which cover the potential use of prototypes and test . u1 ]3 P h/ z' H* `: i) X7 passets for contingency deployment should the SECDEF determine that an 3 m7 J! k( i1 J" _emerging BMD threat requires emergency fielding of a BMDS capability.) L$ B# }! T& g5 R0 s7 L EMF Electromagnetic Field.9 ~7 y0 V5 y' @+ k! i2 V0 z# J6 ^- w7 H EMG Electromagnetic Gun.! \ z$ a$ b9 \1 ~; G/ Q EMI Electromagnetic Interference.3 M( f. |& o* B EMIP See Exoatmospheric Midcourse Interceptor Program.1 w8 k' t8 W4 y2 E w2 |; x& S& ^. {4 j Emission Control 0 y: ?/ B' O) C(EMCON) & k2 D+ {, V2 e! M% ]! _( wThe selective and controlled use of electromagnetic, acoustic, or other emitters( C N+ z% {6 e4 w# p/ x to optimize command and control capabilities while minimizing: a) detection by8 I- ]9 b: C/ p1 e& m" j enemy sensors, and b) mutual interference among friendly systems. EMCON* A0 W/ r# B$ P* @" E, a; S; ` can also be involved in military deception plans. Also called EMCON.# _* ?& R8 E/ u$ K' e7 s EML Electromagnetic Launcher. A device used to launch hypervelocity particles./ q, a4 @' x' X$ b9 f" d2 x EMP Electromagnetic Pulse.: k3 G- R& c, g EMPSKD Employment Scheduling (USN term). 2 b8 P9 C- W0 s' M5 h+ EEMR Electromagnetic Radiation. 3 R9 G& S8 ^. ^, NEMRLD Excimer Moderate Power Raman-Shifted Laser Device., ^& l& a( m6 G5 { EMSEC Emanations Security. 8 M. Z# ], d6 `& g. O0 \4 j# X5 vEMSP Enhanced Modular Signal Processor." \1 Y' c% D, |/ k) e1 a. o" ?9 w) D EMT Engineering Management Team. # e1 o, w8 i! [0 J! wEMV Electromagnetic Vulnerability.7 {) M9 {4 }0 @. k( i: L5 { ENA Engineering: Architecture and Analysis. ( C- W" b& [4 aENCATT Engineer CATT (US Army term). 5 P% Y4 E& A& M0 ZEnclave Isolated resource – an SDS asset that has lost connectivity with other SDS 9 V p! q4 a |9 m. G `assets with which it normally has connectivity, but is still capable of coordinating % O7 H! P5 F. }# K6 z/ Hwith SDS assets to conduct ballistic missile defense. Various combinations of m( J! e2 L) x% u- z/ A% w connectivity losses are possible; for example, (1) an operations center has lost , F! k3 M: R9 g( T2 E6 c$ C; Vconnectivity with Higher Authority, yet can still provide sufficient C2 and can still ' y8 T( z( @5 u7 x9 k* Aconnect with sufficient weapons and sensors to conduct an engagement and (2)9 \6 `, E& n% a: m0 d$ q) ~ an operations center has loss of connectivity with another operations center with4 X( ?- K& a0 I( x6 y3 J+ v; v' _ which it normally shares data, but can still conduct an engagement. ! |6 O' ^( ?; dEndgame FOV The field of view of the interceptor’s sensor during its final maneuvers after target % n& ]( K2 w! c: Jacquisition to intercept the target. May be less than the acquisition FOV.+ ?: e' x1 c1 e# J1 D+ a End Item The final production product when assembled, or completed, and ready for* j, U$ ]$ I+ j5 F/ y issue/deployment.1 c( u Y( U, Z MDA GLOSSARY, VER. 4.0 E" C7 D6 V7 U+ k# l' b% k$ r5 M% w 944 `& F# x1 e" [ Endoatmospheric Within the earth’s atmosphere; generally considered to be altitudes below 100 4 g* x7 Z/ y& n( U2 T. E/ |/ Vkm. An endoatmospheric interceptor reaches its target within the atmosphere.9 I# B/ n/ v/ j! E$ ~% Q9 q/ q& z Endo- 1 n& B% E: F: G- OExoatmospheric7 N/ ~7 }9 B' C5 L' p# K( u+ _) q Interceptor (E2 I) ' R* x) L7 o) ^" p; }; qA ground-based interceptor capable of engaging RVs either endoatmospheric or+ `" k: s! [7 @9 M( M+ k4 \" f% w: a exoatmospheric. (Successor to High Endoatmospheric Defense Interceptor5 E. c1 a/ Y2 O I4 } (HEDI).)" F* G+ {0 a8 P$ ]$ i7 E ENDOSIM Endoatmospheric Simulation. 2 `/ u+ } @& O! S- ~Endurance The time an aircraft can continue flying, or a ground vehicle or ship can continue; Z, {8 j( J* O: c m! F1 e4 ]6 y operating, under specified conditions, e.g. without refueling. * y" |0 K* K: Y- W2 @5 CENG Engineering. & N% W, v) {5 qENGAG’T Engagement. 2 W" i% [/ S; VEngage (1) In air defense, a fire control order used to direct or authorize units and/or7 J' F0 i9 b7 t7 q weapon systems to fire on a designated target.1 d. G; U0 i, b5 f( U& p (2) In air intercept, a code meaning, “Attack designated contact.” 6 K8 _. \3 f% N1 Q" W, H- mEngagement (1) A period of hostilities beginning when the first ballistic missile target. H/ P3 K9 E# b0 N2 g* }5 Q undergoes fire from the first defensive weapon., l- ~- [/ v2 ?" V& t$ F (2) A period beginning whenever any hostile object is identified (designated) ' K. G" o9 C! N- A) ]as hostile and ending after the last hostile object has been attacked.1 \( Y4 o9 H$ p' m; A2 g (3) In air defense, an attack with guns or air-to-air missiles by an interceptor# w% b& Q1 C5 r% U aircraft, or the launch of an air defense missile by air defense artillery and* f( u; U5 P, y" K1 I/ n: m0 b the missile’s subsequent travel to intercept. 7 o1 g, o: q' y4 Q. ~& i5 A( ~Engagement" x# e" p5 X- ^' k1 T0 W Authorization* @8 }8 ?8 ^) K0 ?. n The authorization given to USSPACECOM to use weapon and sensor systems 1 Y/ c4 \" s/ c+ z4 P* ?( aunder previously coordinated and authorized rules, procedures, and conditions. ! {5 ?$ t; {7 N5 zEngagement# H7 }% {# v, w! @' ~ e% E" E) k Control+ z R7 H) K; }" `( }+ `' G! a (1) That set of coordination, assessment, decision, and direction functions- C) g+ m* J$ k8 G5 D normally implemented automatically to execute the selected battle plan,& y8 N# j/ o$ i2 I( |! q3 p! E0 u military strategy and tactics within partitioned battle spaces (i.e., a2 w+ o9 T5 C1 A2 r spatial/functional subdivision of battle management). Includes the H8 ?! Q! k0 Z5 D determination of: what specific objects to intercept in order to implement) y' C9 l; e/ T3 _ the selected military strategy, and which specific interceptors to assign to " I" V/ G8 H3 `1 F5 Ieach attacker to implement the selected tactics within the rules of* s. B& X- Y! R# J! }- f C engagement. # p5 `! h( Q# o% s' \2 x( W% g(2) In air defense, that degree of control exercised over the operational* p: S/ w) }3 D$ \/ ~ functions of an air defense unit that are related to detection,. ]0 s! g7 Z8 I8 f3 s' S# F4 O identification, engagement, and destruction of hostile targets.

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发表于 2008-12-25 20:05:49 |只看该作者
Engagement & z, H: ~/ N/ ]7 g4 {( cPlanning, D9 o( T2 O5 s" [- e; N A set of rules and parameters to be used in developing weapon-target, E3 g% U5 x+ d! q+ b) v( u, r assignments and for sensor resource management. (USSPACECOM) ' z3 z3 ?& ^- q" H' e9 z0 R6 mEngagement2 h" i, L2 x& V8 g Surveillance 8 F% S+ u4 x& `' UThe surveillance required to support RV negation in the midcourse tier. 0 S4 G; |4 `3 [% ^Engagement1 ^3 _- \ v( L; h( s4 N Time8 F+ D5 E; {7 q# b; R The time that a weapon takes while engaging a given target. This includes not 8 g; J. X B/ _; z! L: n' {only firing at the target but all other necessary weapon functions involved that+ f6 Z2 o# I* Y: p; S( K are unique to that particular target." p+ o- a) O2 [/ }! Z; @6 ` MDA GLOSSARY, VER. 4.0 E % W& d9 I. k; N9 e Y" }95 ( S5 P: e% i/ G. ^* h6 }: l8 i( P5 rEngineering and6 \1 H3 A, p: ~3 H/ U1 e Manufacturing1 E9 `+ g6 d# m* N1 e Development# l) s3 |0 D- U. L2 d$ Y (EMD)9 n; t9 ], H" o6 o, K7 N( E The third phase in the acquisition process, following Milestone II. The system $ T8 U$ o; p6 W. d7 ]+ E0 Wand its supporting items are fully developed, engineered, designed, fabricated,! ~! _8 P0 q5 r5 }! m tested, and evaluated. The intended output is a pre-production system that . B- |7 Q u8 e; M# w! [closely approximates the final product; the documentation necessary to enter the; h/ H. g2 J0 z0 r/ z, | production phase, and the test results demonstrating that the production product ( V" U& @5 f) c+ g: k) X: Vwill meet stated requirements. , m7 A6 }5 v2 L* o! Q5 Y: e; kEngineering 7 T5 c7 g7 E1 L6 c1 {) dChange Proposal: w4 q! d' K2 @6 [ (ECP)5 u$ @5 Q5 h, T A proposal to the responsible authority recommending that a change to an 8 i$ s& ~7 {# c% g5 y9 W; aoriginal item of equipment be considered, and the design or engineering change% Q3 E; c/ W- t; {" L be incorporated into the article to modify, add to, delete, or supersede original 7 B7 q: J: G" V1 T9 j, bparts. w6 }' q* [( t6 ] Engineering2 R2 r- {. h) r9 T$ S Development8 T) a# K" L0 O! Y+ h- ] A funding category including those development programs being engineered for - M2 z2 F( h# ~- | c' c& Kservice use but which have not yet been approved for procurement or operation. - Y7 I3 \3 ^- l D5 y- EMoney under budget activity 6.4.) b$ N0 l; L5 Q$ @ Engineering* E2 g4 T( x! F# D Development 0 O& g ?1 f/ g. D1 l1 R# N3 m4 lModel+ H! M- c( z6 X! T7 R Enhanced Target/ i: S# J' Y4 B( x2 w Delivery System ) m4 a: h) x9 }9 p5 t" c! L(ETDS)* g6 c- \. d2 o& P2 n6 I An advanced prototype used during the Engineering and Manufacturing. h! H. e+ D# j5 o+ @5 t+ a* c Development phase (EMD) to resolve design deficiencies, demonstrate maturing( v" a" c+ {9 k- h" \+ I4 z1 c$ w performance, and develop proposed production specifications and drawings. + \& h$ E# I* E* }, @Target delivery system being developed for future GMD testing that will' _" x: L7 M o2 Z% G4 i% o1 } complement existing systems, provide flexible, modular configurations, and will & P2 {" C b' t, D' Ibe launchable from land, air, or sea modes7 n, _* `" a3 _6 O7 T ENNK Endoatmospheric Non-Nuclear Kill. 2 i" \3 d: M& Y4 QENSCD Enemy Situation and Correlation Division (JFACC term).9 F* n% t# [, `% x Z: L* [; O& k4 J8 W Environmental ( k. R' I$ `# M. AAssessment (EA)+ k" u; N4 o7 T. B A concise public document whose primary purpose is to provide sufficient4 y i8 L6 z3 V7 e! f7 j analysis of environmental effects of an action to determine whether to prepare+ q0 P8 `2 ?' T. l v an environmental impact statement or a finding of no significant impact. 3 ?+ t( U4 _( v2 r9 I+ dEnvironmental9 e- R$ \% ?/ Y, X, [7 j H/ f Impact Statement # A t- o% d' a(EIS) Q1 H% Z" C( R6 i% xA detailed written statement analyzing the environmental effects of a major ) l2 {9 L, f- H. w4 ]9 @9 Q9 ^Federal action.: i, ]: X$ F9 _2 S Environmental + y9 G+ A9 p0 O& f! sSecurity + A8 T$ b5 H3 Z. ]) ]+ b: d2 l/ AA specialized form of physical security that prevents technical penetration, e.g., * ~: U, n3 E* K( b; s ]$ spenetration by waves of electron beams. - W. `8 ]3 X" P* k. T& PEnvironments The media, conditions, and/or physical objects in which a BMD asset is immersed & y) e4 J) l7 Lor surrounded. For BMD systems and elements, the comprehensive 5 c3 Q( w7 L/ p) genvironments definition consists of natural, hostile, induced, and storage,# g- j# }7 J) D( @. ~ transportation and handling categories. / P. f, \, A; e9 `* T0 [" d3 uEO (1) Electro-Optical. : B8 @3 A6 A% _0 q$ l5 \& w(2) Engagement Operations. 6 E/ @+ O# g7 F4 g(3) End Office. % \2 K) { ^' {, T( d0 l(4) Eyes Only.5 x; _- _. a' U/ ? EOA Early Operational Assessment. ! l. b7 T. C! y/ JEOB (1) Enemy Order of Battle.8 i; p0 K# e6 o# }5 j+ z (2) Electronic Order of Battle.6 q% k( W o- A6 x6 {: ~) B EOC (1) See Element Operations Center.2 Q% J, y3 G- c$ u& a& N (2) Emergency Operations Center6 A* W9 i( C6 ^- ]% ~1 F' \; { MDA GLOSSARY, VER. 4.0 E \0 m, ?% T0 Q2 m) j96 . S# o* A) X% n( T5 VEOCM Electro-Optic Countermeasure. ( h9 \1 Y8 r6 s; r* \EOCT Element Operations Center Test Bed. 3 j) n$ L \: o. X3 U4 KEOD Explosive Ordnance Detail ) C' Z. G: i. A' {EO/IR See Electro-Optics Infrared. + j+ C5 Z1 z( Z/ M9 a, U7 n- ?EOM End of Message.' I' `9 M! \2 O' \; z EOP Executive Office of the President 8 U" f" s1 m! `, I9 N" OEORSAT ELINT Ocean Reconnaissance Satellite (US). 7 K3 M1 v* Y$ e/ s- PEOS Earth Orbiting System (NASA term).: H, Q: g/ R; h! P5 q; q EOSH Environmental Operational Safety and Health. " k$ V# Z% ^' i O/ X4 P7 pEP (1) Engagement Planning. (2) Evaluation Plan 7 t/ Z& _- w8 Z& t% j6 s( ?+ C6 UEP Cycle Engagement Planner Cycle (NMD BMC2 term). g) k/ T/ A) B9 x" ]# Y' MEPA Environmental Protection Agency. + N' a0 x6 N! H% kEPD Engineering Product and Development 6 X# ?: w* X) f1 K: dEphemeris/ % M8 D# B( C/ `0 ~1 j, Z# o9 U( ?Ephemerides 0 x$ N4 e' K& E& ?* M- D! p(1) A table showing the positions of an object in space at regular intervals of : w- L; i2 C' L+ I0 M4 n9 [" Ytime.3 z+ j: p; I1 B, X9 u, K (2) A publication giving the computed places of the celestial bodies for each & j j% x7 |0 Z2 ]- H8 N' K- zday of the year or for other regular intervals. R0 A4 G8 G% g4 a8 N+ \9 }EPITS Essential Program Information Technology and Systems. " ?1 y$ S+ F, X) i% @EPL Emitter Parameter Listing (USN term).7 {( Q' I0 H" S, p- G EPLRS Enhanced Position Locator Reporting System. 4 S& v* d% I3 q& {1 |EPO (1) OBSOLETE - ERINT Project Office (US Army term). (2) Element Program, b& A2 {6 s4 A" ]2 H, P Office.! ]. S7 W$ @" U4 W3 c EPP Electric Power Plant (PATRIOT).3 t9 K4 c2 @& V6 r6 K$ X' l EPROM Electrically Programmable Read-Only Memory.2 Y* N. ?/ _" ]! M& ^; C EQEC EurQuantum Electronics Conference (See CLEO). 0 y0 q5 b/ ~- y" l' B" B5 _9 FEquipment2 r( J: m" d3 Y# Z5 N6 n* W Operationally % R8 d6 s' |+ B wReady # [/ L0 X$ s; t/ ]' E" A3 wThe status of an item of equipment in the possession of an operating unit that% M6 f( C$ S, L2 ^ indicates it is capable of fulfilling its intended mission and in a system0 e! |) i& S0 F5 i+ h6 _ configuration that offers a high assurance of an effective, reliable, and safe) M# @, Y3 m5 Y a" a! l performance.# _, B% H8 _& i, F, l+ t ER (1) Enhanced Radiation (“neutron bomb”). (2) Extended Range. : I+ E" a' L# q: y1 HERA Explosive Reactive Armor3 `$ H; J" |; \ ERADCOM OBSOLETE. Army Electronics Research and Development Command. (Now 3 r* ]' g/ f0 N1 V6 JLaboratory Command (LABCOM), Adelphi, MD.) - q1 t* `- V0 e' o6 h wMDA GLOSSARY, VER. 4.0 E * I4 I% g4 Z& i. B) \97 2 ]( A/ M2 o' {; C. FERCS Emergency Rocket Communications System (US). w8 Q/ d. k7 l3 n) q. T1 ` ERD Element Requirements Document. 3 ?* C$ B0 @, x) D+ pERG Executive Review Group.! k: a2 S+ V9 C% O+ v/ R( c" k ERINT OBSOLETE. Extended Range Interceptor. Now referred to as PAC-3. 5 F' S- v2 V1 RERIS OBSOLETE. Exoatmospheric Reentry Vehicle Interceptor Subsystem. : m, m$ G7 H9 S" `+ d* X4 s$ _% Q(Predecessor to Ground-Based Interceptor (GBI).) ; i$ x" Z; e: F5 e" G# I. o3 G9 b0 WERIS(F) OBSOLETE. ERIS Farm. ! z; V. V& A. [1 ?ERP Emitted Radiative Power.% _1 g3 Y; A- P ERR (1) Element Requirements Review. (2) Engineering Release Record.5 @! \4 N/ C# U1 F+ |0 o ERS (1) Early Release of Submunitions. (2) Emergency Response System.( z& d+ Y x- p. y' N9 N ESA Electronically Scanned Array.; b% f9 E2 g9 z/ O( m ESAD Electronic Safe and Arm Device.' A8 I3 R7 @+ m/ e; u) @4 R ESAR Extended Subsequent Application Review. ' A5 E) ?0 D$ D P& F) u- x6 ?ESC Electronic System Center (AFMC), Hanscom AFB, MA./ G" V' E/ Q: j9 @9 S ESCN Existing Systems and Center Notebook. # O1 s) A9 C+ qESD OBSOLETE. Electronic Systems Division. (Now Electronic Systems Center, 8 B. L3 d7 \7 O) F* RHanscom AFB, MA.)# _' e/ o% L, l+ D ESH Environmental, Safety and Health4 E0 n- r5 b; K% m7 v/ n! u- E ESI External Systems Integration.; }5 ~4 A6 {, m' h! q9 {$ E ESI ICD External Systems Integration Interface Control Document. 0 }: U4 U" D: A8 D9 t, x AESM (1) Electronic Warfare Support Measures. (2) Electronic Support Measures. # L" S5 |1 ?( K b% S. h: t5 A$ bESMC Eastern Space and Missile Center, Patrick AFB, FL. % [$ b8 Z- x; ?ESNet Energy Sciences Network. " E$ Y3 A) i8 p0 [* P+ rESPRIT European Strategic Program of Research in Information Technology.; Q9 C. E9 N+ }3 g) s+ c* F ESQD Explosive Safety Quantity Distance./ Y4 }& a) Z; B/ {* L0 f ESSM Evolved (Enhanced) Sea Sparrow Missile. 9 c( N$ _/ A" `) D( O! M( [ET&C Extended Tracking and Control. ; y0 U0 Y6 q$ U$ l1 P5 a; h: G( C% uETA Estimated Time of Arrival.4 k- ?; J2 {# B. f. U* @( v ETC (1) Electro-Thermal Chemical. (2) Estimated Time-to-Completion. $ m% c8 O; e* U; L7 B5 HETD (1) Estimated Time of Departure. (2) Electronic Transfer Device., u7 ^9 A) `0 i6 T7 L MDA GLOSSARY, VER. 4.0 E$ r8 ]. s1 F1 u6 Y p" U 980 ]( H$ ~+ n1 b9 z% e ETERTS End-to-End Real Time Simulator. - a3 M. L0 D3 n* T, M `# t1 ~ETESD End-to-End Sensor Demonstration.5 X' P+ ]# {% y | ETI Estimated Time of Intercept. r# c5 ]6 f' J# J# w) d: bETIC Estimated Time for Completion. 3 D: i+ w2 D8 M% D F. y4 h, QETM Engineering Test Model , U/ _4 k7 D# u$ d8 NETR (1) Extended Test Range (Pacific Test Bed) (2) See Eastern Test Range. (3) / G, a7 D- t0 wEnvironmental Test Round. (4) Estimated Time to Repair., @) ?- @8 Y x$ d: N" Y ETS (1) Experimental Test System. (2) Experimental Test Site. ; ]/ n o2 `6 U; S- |* N7 GEU European Union [formerly European Community (ECI)]4 D6 u- u% o7 a# T EUCOM European Command. See USEUCOM.& X1 U/ k% V4 O5 C5 d EURATOM European Atomic Energy Agency. 7 p4 ~0 H$ Y) U' u: u6 [9 X: d% u" ]7 _/ QEUREKA European Research and Coordinating Agency.) c3 Y( a' F9 c% x: `8 B" L, i EUT Early User Test. + I, K) D4 E( I& `/ L' Q" mEV Experimental Version & \5 B" j0 b5 G( mEVA Extravehicular Activity. $ I( f! u" z7 d( Y. @& O5 R) C0 ?. NEvasive MRV A reentry vehicle, which maneuvers for the purpose of evading defensive 8 ]; U8 `, o- m' Z; hweapons. # s. O* o' z1 k& d+ u" pEvent Based1 p. e* |" {4 V* M Contracting9 k/ K) ]8 ?# f: f$ ~9 Z Support “event driven acquisition strategy” by linking specific contractual events 2 S, p+ B6 j0 |" i3 [to the “exit criteria” for the acquisition phase, or to intermediate development - a5 h2 x" \$ N- ] ^0 Xevents established for the acquisition strategy. 2 }) s) n; P5 `0 Q% CEvent Driven ) R' ]7 z. s! v7 E6 }) p2 bAcquisition % P1 ]5 ^6 O, m" a) g1 vStrategy" q9 K( D- ]( G& [2 m An acquisition strategy that links program decisions to demonstrated8 Y* h# X) G: t1 ^ b+ n accomplishments in development, testing, and production.+ n4 _ y! \& {1 p Event Validation A sensor element internal process that results in a determination by the operator / N% d) V% T, K- w/ ^, ~' R' t- x; `* Qthat the sensor is healthy and the event reported is real.

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发表于 2008-12-25 20:06:02 |只看该作者
Event 2 `7 G' G' @! Y. _; s1 J, ~Verification . t, x7 W3 P" u2 Z4 M) A N4 X$ uThe process by which it is decided, from SDS external data, that the event( M! n6 K. h7 Y& a4 b reported is real.5 p3 @* n! R" u' Z MDA GLOSSARY, VER. 4.0 E4 q0 b- ^- \. Q3 a5 X1 t 99 ) m, g# D7 n; xEvolutionary" ?+ Z4 l0 Y! b7 U; K4 y* c Y: K Acquisition0 w, h/ u" h/ X/ s$ M (1) An approach in which a core capability is fielded, and the system design has [ q* u$ j* h5 l: Y& } a modular structure and provisions for future upgrades and changes as * Z8 T7 P- k9 wrequirements are refined. An evolutionary acquisition strategy is well suited to2 K; Q; x+ O0 v* F" y: t high technology and software intensive programs where requirements beyond a # N5 M- S) O# i3 zcore capability can be generally, but not specifically, be defined. ) B0 V8 F: K# X+ {( R. z(2) An acquisition strategy that defines, develops, produces or acquires, and% W* o" M% L. r! {; B" a2 H+ l, I fields an initial hardware or software increment (or block) of operational capability. ' y6 u* e; l2 ^% ]: k3 C1 ~) C1 cIt is based on technologies demonstrated in relevant environments, time-phased. g0 U+ y+ l& {8 r7 p# a5 R2 E requirements, and demonstrated manufacturing or software deployment; Y+ e1 N2 A2 T) T7 n0 |; O capabilities. These capabilities can be provided in a shorter period of time, 4 Y: l- D' z M) @ v# S' u3 H! Tfollowed by subsequent increments of capability over time that accommodate x( |, r& k; V. }3 W improved technology and allowing for full and adaptable systems over time. Each# j) _+ u$ R, { p2 @. _0 \$ | increment will meet a militarily useful capability specified by the user (i.e., at least0 b! z/ a4 s6 ?8 S the thresholds set by the user for that increment); however, the first increment1 o* l# y+ {5 Q) @ may represent only 60% to 80% of the desired final capability. (MDA Lexicon)' a; A+ X* B8 }/ ~0 w7 t# C Evolutionary6 ^- A9 _# U4 j9 i. w Requirements0 W5 f! W8 W& `2 C X Definition " i! W& y/ p, ?Mission needs are first expressed in broad operational capability terms, and then + u& K# ?( r# B" J/ _. [9 T4 yprogressively evolved to system specific performance requirements. : j4 Y8 A J4 P0 NEVPA Experimental Version Performance Assessment. $ T" Z: D' b% XEVPA/TEVS Experimental Version Performance Assessment Test Environment System. ^4 C" j* s+ V EVS Enhanced Verdin System.# B! e3 ?7 S% i EW (1) Electronic Warfare. (2) Early Warning. ( }, {% N) F0 D! [; h5 F5 qEW/AA Early Warning and Attack Assessment.) h2 m! I4 c2 Q" C EWCC Expanded Weapons Control Computer (PATRIOT). - y9 G5 `* T) t; Z; s1 f, PEWDA Energy and Water Development Appropriations (US). + Q* D/ N6 X3 H) Q) d! vEWG Event Working Group.: s. A$ c7 B* r3 R4 W3 c+ D EWN Early Warning Net.% Z H5 ?5 f% o, p/ `3 D EWO Electronic Warfare Officer. 6 l; T; w2 p$ S( t, }1 W) k# w# QEWPE Electronic Warfare Pre-Processing Element. 8 k2 ]8 n3 l0 i% i/ O; X/ W% qEWR Early Warning Radar.( k+ P' P$ N5 J4 J EWS Early Warning System. $ ~6 [7 n: ?) O' E: DEXCEDE Electron Accelerator Experiment.5 I: X/ X9 X9 y) Q4 F Excimer A contraction for “excited dimer”; a type of lasant. A dimer is a molecule ( H5 `9 y9 f) k0 r* ^; M% f9 Vconsisting of two atoms. Some dimers (e.g., xenon chloride and krypton fluoride) & ?: J/ q; s0 dare molecules, which cannot exist under ordinary conditions of approximate0 o: q/ [5 g" q- I5 @& h thermal equilibrium but must be created in an “excited” (e.g., energized) condition P y9 E9 B+ P% k5 v% z4 u8 E by special “pumping” processes in a laser. t! _! h J0 l/ D% J" f Excimer Laser) j' M* q+ m+ u2 I+ e (EXL). g* D/ d; H: M A laser in which emission is stimulated when a gas is shocked with electrical 9 s# `7 [6 F2 ~. A7 d0 n ^5 G$ ?energy and the excited medium emits light when returning to a ground state./ Q4 U9 `) n9 d MDA GLOSSARY, VER. 4.0 E' M; J/ _ Z/ @, X l' g. \! N 1000 t# t- I& `+ u) j5 l. U EXCOM Executive Committee. / `( _7 v% V( F2 A, Y! P, WExecutable7 G! X2 j. y" s8 \/ p( d) I Program& T) {- E# s3 Y: e9 b: d* r A program is executable if the PM has adequate near-term approved funding. ' Y/ | a' }: X" `3 V/ c) g) J1 Q7 FExecuting Agent The individual within the executing element assigned responsibility for managing0 O; `/ _/ M' l+ k) C; \/ s MDA funded programs. V+ @1 w* K& Z3 J" y; x! @, X Executing * q% d! i) H& w7 ?' I4 [Elements % }5 u, W# q5 `8 e; N, k1 sAgencies or organizations (DoD or non-DoD) that are managing BMD-related & n! C2 ]- C; x; D$ H" ]" eprograms. 2 y! F$ M/ g3 |* oExecuting+ p/ b; Q; c3 ~6 r! Y Responsibility. f5 d2 l+ q- Y7 i) J% [$ I! Q7 q Program Manager responsibility. " U' E' N4 Y6 v. D: F, jExercise A military maneuver or simulated wartime operation involving planning, * H6 o) P1 R2 v' D6 Fpreparation, and execution. It is carried out for the purpose of training and$ ^' Z) B/ f# x7 Y% @0 x' I0 g evaluation. It may be a combined, joint, or single-Service exercise, depending0 f8 [* k2 ?8 h) D% l7 y" c0 D$ B* ~' M on participating organizations. See also Command Post Exercise. 6 I6 e8 P: G" x& c4 IExit Criteria Program specific accomplishments that must be satisfactorily demonstrated5 o6 B, ~$ E1 D! I0 X before an effort or program can progress further in the current acquisition phase0 E$ N* S2 Y) p$ W) L! Z or transition to the next acquisition phase. Exit criteria may include such factors 4 Q6 _* A+ G; P. a7 g, a& n. Fas critical test issues, the attainment of projected growth curves and baseline % Z" C/ E3 `& p/ A8 C' z) b9 }% g% Cparameters, and the results of risk reduction efforts deemed critical to the/ O- [& ^" X2 ?' `: a0 N7 C } decision to proceed further. Exit criteria supplement minimum required& d0 X7 O) P& H; R accomplishments and are specific to each acquisition phase.( u+ w# Y8 ~( ~. L7 I( Q1 s EXL Excimer Laser.% n9 ?& o7 s1 p v0 M. j" g Exoatmospheric Outside the Earth’s atmosphere; generally considered to be altitudes above 100' z2 J/ Q/ |2 m! t km.$ O9 U8 P7 m5 Q g Exoatmospheric% e8 R+ P% O4 E7 p+ E1 m; |, Z$ | Reentry Vehicle ' I& E( S5 u% k4 {* `: T eInterceptor # G/ f# E) z# F: K6 c8 `1 TSubsystem8 m" e& ] ^# G: _+ [# T2 W( Y (ERIS)/ K2 e |( X& | OBSOLETE. Interceptor designed to provide functional test validation of GBI.$ _% c' l' K* g& z z Exoatmospheric' \1 ]* ]) b/ k: j' E" t2 O Test Bed (XTB) 5 ?9 B* m& H1 o; I1 R+ A" u5 @9 `* yFlight qualified and range integrated vehicle to support other programs such as. e' z9 S4 [! e+ [; D/ u; N1 c2 [ GBI-X. ) \3 \7 n6 w) B! S2 J7 r' XExo Decoy A decoy that matches RV signature exoatmospherically. Exo decoys can use' [$ c" [% A- }5 W radar and/or optical means to deceive sensors. J( v" b# O4 l: O' X6 G Expert Systems Software programs, which use artificial intelligence techniques to capture and 9 P* ]( `$ Q' J# Y2 Lapply the non-algorithmic knowledge and procedures of human experts. 7 J8 c g F$ }" M$ wExpired & [/ A+ |. O$ k# s6 l( FAppropriation , Q7 x! L6 i* A4 X5 k" _, RAn appropriation that is no longer available for new obligation but is still available $ s6 ~! @6 v$ h3 J& {/ X( N& Hfor disbursement to liquidate existing obligations. Under current legislation no " S3 z# ~- F `/ x9 c A/ [. n# edisbursement may be recorded or paid after a five-year expiration period. 7 i$ @9 r: m7 a. K( pMaintains all original accounting identity, e.g. FY, appropriation, PE, etc.2 a; l7 J6 ?& L- W4 _$ Z4 e6 ^ EXPLAN Exercise Plan.: m ^. P: x6 b; n* ]" k Explicit5 ]2 A, f5 x# G- B7 a Coordination$ j5 D9 \( ?2 V3 \& s A battle management technique which communicates results, decisions or: \# V% Z; y7 k! y" N command from one battle manager to another, usually from a higher command " A: h, ~! M6 Q7 N$ F& Nto a lower command. 6 L1 ~/ G, h6 S2 y/ `6 g" TMDA GLOSSARY, VER. 4.0 E# D1 x2 ~) {9 o# @, [/ q0 N 101, Y0 A7 [4 y6 [) l- u; G Extended 2 Z/ U' |! c- W# ^Planning Annex 5 ?( u0 Q' R9 @8 T/ z1 d8 ]A document providing program guidance for an additional 10 years beyond the0 m: t% X7 Z, P: w4 q" y/ ?9 I9 l POM. ; @6 U/ y2 {6 {& m5 H7 E1 f2 rMDA GLOSSARY, VER. 4.0 F8 [7 p# O: ?: R! v; n. l 1030 v, ^5 `* N* m+ J% S* F+ @& e0 L# s F (1) Fluoride. (2) Fahrenheit.. V# h- H7 q0 j/ T F/O (1) Fiber Optic. (2) Follow-On. 7 H. b, L# \- v1 ~FA (1) Field Artillery. (2) Feasibility Assessment. 2 o( x% b+ q% m; S5 Y' nFA/RD Functional Analysis/Requirements Definition.! ?4 M' k9 \+ Q8 ] FAA Federal Aviation Administration.- o* @/ m! G7 y9 e1 P FAAD Forward Area Air Defense (US Army).9 Q4 F# a. {9 X( W FAAD C2I Forward Area Air Defense Command, Control and Intelligence.5 } ~) }" U8 p" J2 J0 K FAADS Forward Area Air Defense System (JCS term).7 g3 O" {# w4 ^ FAAWC Fleet/Force Anti-Air Warfare Commander./ V$ g" n& j4 m v- Q0 w: |( v FAB Fly Along Probe. ! v0 R9 m. q0 p" _Fac Facility (MILCON term).& J9 p1 W& n5 ]8 N% J, x: G; F FACP Forward Area Control Post (JFACC term). 7 {& R. x3 n9 O- W+ s" hFACSPMF Federal Agency Computer Security Program Manager’s Forum.% s! e0 y# t1 |4 j4 ^; h9 H FAD (1) Force Activity Designator. (2) Feasible Test Date. & w0 `' }: ]: b$ g% f! L0 S* @0 I2 ZFADEC Full-Authority Electronic Controls., p3 ?8 O2 j" r& E% Q7 ]* \ FAFB Falcon AFB, CO. 2 q4 M9 X- t! k+ a8 o7 }FAFBR Falcon AFB Regulation - V6 D+ K& C9 E- V6 @Fairing Structure to protect the payload during ascent phase./ r. g+ X' F& p, I2 n FAIT Fabrication Assembly, Inspection/Integration, and Test.! U& [) K8 ` F# }- L8 h FALCON Fission-Activated Light Concept. $ q4 n; X$ z) z( E, hFAM Functional Area Management. . q5 X. A+ u' E+ zFAMIS Financial Accounting Management Information System.3 K. @) `. M+ C O FAMP Facilities Acquisition Management Plan.8 r4 j6 I1 n" R9 R) H1 t FAMSIM Family of Simulations (USA term).* W5 l q, y: z0 { FAR See Federal Acquisition Regulation. ' k/ X) H% ?/ r0 ~Far Field The region far from an antenna compared to the dimensions of the antenna and : I/ @9 y$ i- X; F( v9 R( w7 R+ N7 Tthe wavelength of the radiation./ _% R* A- p( \. [$ R7 N. {& ` FAS (1) Fly Away Sensor (TCMP).6 a# h5 k$ _+ q, }" S (2) Federation of American Scientists. " [: y9 R5 V V2 _FAST Facility Allocation Study Team. ) x! x h# v5 T: e, @4 J4 o- X9 DMDA GLOSSARY, VER. 4.0 F$ x X# w! O9 Q" z 104 0 A# \4 l2 B9 q, E6 L7 yFast-Burn % p2 u5 p8 S+ ?5 h5 m2 ^Booster (FBB) + k! }" Z6 S0 h2 {7 L `A ballistic missile that burns out much more quickly than current versions,* c- L/ ?6 e% Y& B8 x possibly before exiting the atmosphere entirely. Such rapid burnout complicates, G7 [. F5 y0 M a boost-phase defense.& x" a9 r% g& a o FAT (1) First Article Testing. (2) Factory Acceptance Test.6 S# A. I( h8 Q8 j, Y4 f/ Q- Q Fault Tolerance The ability of a processor to maintain mission effectiveness after some ; d( `6 m7 i: v- a U. w. Xsubsystems failed. # B& `2 U3 u% MFax Facsimile.6 c: G+ i4 D/ G+ d' _ FBB Fast-Burn Booster. ; F9 {; N; b" L1 k) c+ hFBIS Foreign Broadcast Information Service (US).# w/ f. J* o/ ?% W4 B FBM Fleet Ballistic Missile.) p; D/ B5 D7 ] FBMS Fleet Ballistic Missile System (USN term).- ^/ r9 R! i- i# z5 o7 w FBP Forward Based Probe. 0 l6 m+ L- k2 P' ~( VFBR Forward-Based Radar (US Army term).! ?$ C. m' k L$ w FBS Forward-Based System. / R. X* @, i6 K7 d: j+ L, U" zFBXR Forward-Based X-band Radar.+ S8 j/ X8 b6 Y7 y FC (1) Fire Control [of weapons].$ Y5 x. j7 g3 q5 B( p* s (2) Fund Code.# T' y% F, W# |, J1 S& } FCA Functional Configuration Audit. 5 B/ c2 Z3 I1 H2 A% MFCC Federal Communications Commission. 8 \, U3 G- \- i L1 C8 GFCCM Facilities Capital Cost of Money. ?7 r6 z- q% W5 R8 s: [ FCN Fully Connected Network. 7 k b/ ^' o h( {: |/ PFCO Field Change Order.( }) v& p# ^, k4 P* z9 Z _ FCRC OBSOLETE. Federal Contract Research Center. & L# T3 o1 t1 E- ~' E+ z6 }# b0 W3 mFCS Fire Control Section.

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FCT Foreign comparative testing.* t# M' W2 [2 Y2 ^ FD First Deployment. , }; R3 u; T5 Q* t1 Y- vFDA Food and Drug Administration.: W. z& \4 Q$ w) _ FDC Fire [of weapons] Direction Center. 6 n7 {% W6 Z8 X: BFDG Foreign Disclosure Guide.; T* D. L) ?- S4 b+ q3 W9 d6 \9 |# T FDM Function Description Manual.' @$ Y( C2 O$ P0 k& G FDO Fee Determining Official.9 q0 A4 ~# i) N MDA GLOSSARY, VER. 4.0 F0 L; y" U/ N% w- j- D" m 105 8 t0 x" U# |: ?- E% p4 O$ `FDP Flight Demonstration Program. * u. j: ~* s1 R3 z; h& k7 r- V2 j0 EFDR Final/Formal Design Review.# Y G" @' q' u) E% T8 | FDRU Final Design Review Update (MDA PAC term). " {# d ~) r/ {( P% h6 Y5 J! ZFDS (1) Flight Demonstration System. (2) Fault Detection System.5 z* G/ c8 M( B FDSV Flight Demonstration Space Vehicle.0 e/ E3 ^- N2 z- |9 E2 b FDT&E See Force Development Test and Experimentation (US Army).. O. k/ F! B' ~; E8 W/ ?# F- p FDX Full Duplex (Telecomm/Computer term). # z- s9 h' s c8 p8 QFEA Functional Economic Analysis.7 {: d" E5 n8 e- Z1 v W Feasibility Study A study of the applicability or desirability of any management or procedural + g, j; [5 w3 N0 }system from the standpoint of advantages versus disadvantages in any given 3 [ u0 Y4 y. d/ |0 ycase.* H$ K5 d( T7 H FEBA Forward Edge of the Battle Area. " u p' `+ q9 U: t2 DFECA Front-End Cost Analysis 2 t v8 [' K6 V f' S& Y! S h# gFED Federal.6 i. v% H) Y1 `3 _* i+ F FEDAC Federal Computer Acquisition Center. , ^0 P \8 H& N% p( @Federal3 S! |) x5 x3 }6 {% J" @; h4 |0 e. @ Acquisition O6 \( ?5 C( G4 N- n5 V Regulation( l: G5 t3 c8 z3 z% z3 r The primary regulation for use by federal executive agencies for acquisition of: ^. Z! c |" [% N9 L: B+ T supplies and services with appropriated funds. It directs the defense program , T* u. x6 ^- m! ]4 I' vmanager in many ways, including contract award procedures, acquisition. j3 v! N5 ]7 `+ o5 t4 r& z2 |7 h# K planning, warranties, and establishing guidelines for competition. The Military! ]6 K7 N; h9 T5 a+ n4 C1 ]3 \ Departments and DoD issue supplements to the FAR. The DoD supplement is ) R1 ~9 Z& _/ M+ _called DFARS (Defense FAR Supplement).9 f3 d) p! y/ Z" m$ U/ P) s FEDSIM Federal System Integration and Management.8 L% ]0 m" s* C FEL Free Electron Laser.' i% ?* p, v w) f- f: C. Y2 ^ FEMA Federal Emergency Management Agency.* m$ \- B i: e5 h( i5 g/ J Fenced Funding An identified aggregation of resources reviewed, approved, and managed as a) ^2 V0 u+ R" M: H7 k" ]! i distinct entity. The proposed program must be implemented within specified 6 r/ k, y: {) }: f8 b v4 lresources. Examples of fences areas are: Intelligence and Security, Support to0 z$ f; G" D; X; Y5 X Other Nations.# \/ B) y4 \- t% E+ H FER Financial Execution Review. & A! `# {; G6 k* `3 f! Z" rFES Facility Engineering Surveillance Plan.8 L' m- X( P0 l; B FET Field Effect Transistor.$ d2 s3 d0 j' d2 q( P, `, i FEU Flight Evaluation Unit. : R) ` u# P* L2 c3 Y7 h# UFEWS Follow-on Early Warning System.% q. y, k; e& q1 d, Z! | FF Fire Finder Radar (US Army. , V' v* K3 k4 ~* Y$ z5 \% hMDA GLOSSARY, VER. 4.0 F/ @: e( u, X; M$ }- ?- }. @+ [2 L3 F 106- v8 j3 m0 Y% F& d, Q4 y3 { FFBD Functional Flow Block Diagram. " W+ |) N" _7 V" l: _FFCD Full, Final and Complete Disclosure (Treaty negotiation term)., R. e. V3 v" S: Z8 q FFD Fraction Failure Detected. , T2 M6 _. i8 o0 k$ kFFH Fast Frequency Hopping. " |2 I0 X; p) r: ~! ]0 O! vFFP Firm Fixed Price.8 ~% d$ Y# o4 M' c: Z, [& o8 o5 u1 A- H FFRDC Federally Funded Research and Development Center. + s( ?2 U* v$ h8 b @FGC Functional Group Code (Navy ILS term). 3 y8 y! z/ W, \, v5 s# RFGEP Fixed Ground Entry Point.* t# R( ~, P5 A# ?) O$ r FH Flight Hours. 7 k8 T/ ^2 x! s/ s+ j m, CFI Fault Isolation. " x1 V, g/ x& U5 f- F( FFI&A Fault Isolation and Analysis. ' t( X) h; `1 GFIDO Fighter Duty Officer (JFACC term).; C2 j8 |6 S% \( T Field of View1 M. m$ F7 b, K- W" r (FOV)5 k; q# y" {# c' D7 ^7 [ The angular measure of the volume of space within which the system can . I8 K2 g# x( K' I3 R7 z6 Crespond to the presence of a target. ; }8 `0 h6 U$ D9 VFighting Mirror* R; H/ q4 T9 C' z' U (FMIR)2 M; t5 G) ^3 C Part of the GBL System. The low orbit mirror, which receives laser energy and1 X4 Q' g; |& m: y reflects it to the target.% U7 @4 G( i9 W9 ]5 R q, r Figure of Merit9 }* u4 f- d0 k& g7 ^5 p (FOM) 1 l0 j, |5 I3 B% {The numerical value assigned to a measure of effectiveness, parameters, or 5 _) k4 f' |3 L5 @3 D% n7 iother figure, as a result of an analysis, synthesis, or estimating technique. % i( h( L8 T5 D" p# CFIP Federal Information Processing. " k' w, a" r4 e5 M. qFIPS Federal Information Processing Standard.; e' d1 B: t7 B# S( i Fire Control The control of all operations in connection with the application of fire on a target. & I! _) {% v6 }) K' f( L2 GFire Control 0 N- c! S$ F; L- gSystem 7 ]$ {& [- _9 U1 G3 {3 `8 DA group of interrelated fire control equipment and/or instruments designed for/ k2 h9 ^5 l7 u ~ use with a weapon or group of weapons.4 T! `# |1 D- V Fire Support % h7 }/ w P7 s1 ^* @5 b- nCoordinating & @$ J: L; f: ~4 K5 n6 `9 XMeasure 3 R1 C9 I3 G+ a: m# s. ]# S8 _A measure employed by land or amphibious commanders to facilitate the rapid 7 u3 Z) @$ T. x7 j' iengagement of targets and simultaneously safeguard friendly forces.7 f% x! I5 ]; y4 X# S" D' O, ] Fire Support4 S. R/ _8 c5 Z& J B$ |6 r Coordinating Line1 g5 c9 [0 \( k) U: E' K- B (FSCL)! V' o9 ]6 j; f0 J6 u A line established by the appropriate ground commander to ensure the ; S- i5 M2 O; z) X0 z- Dcoordination of fire not under the commander’s control but may affect current & C* h6 n, k+ p4 S* `7 ?tactical operations. The fire support coordination line is used to coordinate fires" c- p; I& M9 l3 C, x of air, ground, or sea weapons systems using any type of ammunition against 1 t) }( l* T$ O9 h6 A/ T- j3 Dsurface targets. The fire support coordination line should follow well-defined* b: y" l( i- _ terrain features. The establishment of the FSCL must be coordinated with the / I0 b, J+ ]" D6 p7 h5 Lappropriate tactical air commander and other supporting elements of the FSCL" P8 _, K* r! O8 ] without prior coordination with the ground force commander provided the attack . Q5 W8 V9 X- K" R1 Y& x" Gwill not product adverse effects on or to the rear of the line. Attacks against # P, J/ O0 }1 I$ Msurface targets behind this line must be coordinated with the appropriate ground0 D: w% c# n' T- ?. j+ G7 x force commander. , \$ L9 F8 O' }' t" TMDA GLOSSARY, VER. 4.0 F1 X; P* s: L7 V$ V 107' o0 S5 [) y- u9 d! [ Firing Doctrine The ratio and manner of assigning numbers of interceptors against given% E* ~3 W: H7 `9 r& M2 e attackers. One-on-one, salvo, shoot-look-shoot, shoot-fail-shoot, etc. are " x7 k8 K) i, l# l: X$ Kexamples of different firing doctrine. The priority of targets being defended and& b& v" h% r5 Q0 T; O the number of interceptors available relative to the number of attackers drive5 f$ n0 |& C$ S8 D, V: G doctrine.5 D: e; k5 z$ O) J6 r, N4 e& s, ~( q Firing Rate The number of missiles fired per site per minute. i" L* W4 w$ U5 U, t6 t1 oFIRMR Federal Information Resources Management Regulation. + C& p& \7 t. U5 f, ~FIRST Forum of Incident Response and Security Teams./ {% m- }1 u* y First Article First article includes pre-production models, initial production samples, test # a( O- H8 x# d4 M& psamples, first lots, pilot models, and pilot lots. Approval involves testing and ) I( }8 |8 F% p( h @evaluating the first article for conformance with specified contract requirements# i/ I8 b7 A( R( S) U before or in the initial stage of production under a contract. : [2 m% F9 X. u g) Y [4 bFirst Strike The first offensive action of a war (generally associated with nuclear operations).5 K1 D! l$ [3 x6 { First Unit' d1 v7 ^1 {+ ^ Equipped Date * ^5 U; A9 Q8 Y1 g* }. }1 AThe scheduled date an end item and its support elements are issued to the ) `( ?* t: J9 Iinitial operational capability unit and training in the new equipment training plan0 t$ I: S% I( ~' V has been accomplished. ! G% W9 ^6 K; d+ _5 p" w" V: v8 S' PFIS Facility Installation Standard.; R' h: ^7 t) s9 j- J Fiscal Guidance The annual guidance issued by the SECDEF in the Defense Guidance which . l2 C. K W' ]provides the fiscal constraints that must be observed by the DoD Components in ! O3 E1 ~1 X' C* l# C. y. Nthe formulation of force structures and the FYDP, and by the OSD in reviewing 6 A6 j8 p6 F! z4 ]! }proposed programs., P8 N6 f& F# A7 o P) f FISSP Federal Information System Support Program.! O1 |# E& z6 F7 r FIWC Fleet Information Warfare Center (USN term).$ C1 x3 h `0 m* e FIX Site Firing-in-Extension (Target Launch site in White Sands Missile Range Northern+ M0 B$ H8 f5 b2 l7 c Extension).9 D3 P# }& j4 K2 o$ c3 b" t Fixed Costs Costs that do not vary with the volume of business, such as property taxes, % c. e7 R0 L! K- ^, zinsurance, depreciation, security, and minimum water and utility fees.1 R8 I9 A/ I q7 O, ` Fixed Ground 9 i6 K, `# \/ s2 F$ WEntry Point- H; D. l' G$ s" v9 ]8 r (FGEP) O6 w9 k/ K- B( K; q The subset of GEPs, which are not transportable. GEPs provide the1 c8 J3 O/ T E( e) Y8 G communications interfaces between the SDS space orbital/sub-orbital elements - d K3 i# y" [4 Uand the C2E. : m* D2 I- N+ pFixed Ground) ~6 o. E: N$ b* E% B8 M Station / [# ~ g" X( f& f6 V0 Z6 oAll hardware, software, and facilities located at a fixed ground site necessary to8 R* }# V. d- |6 S6 o( x receive, process, support, and analyze mission status and data, and disseminate * g! _8 |1 o+ v' {* U7 Loperational messages. 5 Z6 L, K9 K) e% P2 }FLAGE OBSOLETE. Flexible Lightweight Agile Guided Experiment. (Predecessor 2 @8 J% \, h _& o! P8 ~+ Fprogram to Extended Range Interceptor (ERINT).)9 g! X0 R/ i# d, e FLC Federal Laboratory Consortium.2 j% |0 {& T3 l* \ MDA GLOSSARY, VER. 4.0 F0 ~, `! P0 h2 l! i/ q 108 ! X+ B4 T8 Q% g/ gFleet Satellite# r0 E$ |# |; _% g6 N Communications4 l O# r+ E5 F. z4 q# M System - I2 x$ Q* F Y" X: ? [9 F& Z7 c(FLTSATCOM)( h; A* H' P& h9 b, L2 w5 Q Operating at ultra high frequency (UHF), FLTSATCOM allows relatively low-cost% M- u1 {8 d4 ]' _' `1 R terminals with simple antennas for use on highly mobile platforms. It has a 1 ?, u) T- A$ d2 Wrelatively small capacity because of its much lower operating frequency. It/ A) ?, H6 d8 \5 K" L: A% v. d3 B& v provides a satellite communication system for high-priority communication ' T" @1 ~, |) U6 K: @# h7 wrequirements for the Navy and Air Force that encompasses almost the entire ( N$ I6 h1 U+ V( E* tworld. It supports other DoD needs as well. It consists of satellites in geosynchronous equatorial orbit, each with 23 communication channels in the UHF ) x ^; D& A7 |# Y. _and SHF bands. The Navy has exclusive use of 10 channels for communication* L( ~& @ V3 d: w with its land, sea, and air forces. The Air Force uses 12 others as part of its 9 Z( Z7 v3 I( s1 uAFSATCOM system for command and control of nuclear capable forces. The 1 t# ], C+ i5 N% h9 p: |! Isystem has one 500 KHz channel allotted to the national command authorities. 2 Z% Z# r& w; ^* z# @Flexible 9 }4 {$ K1 E- j- J0 i5 u* T4 DResponse , @; _8 L, y' K! ~, d' q& O. zThe capability of military forces for effective reaction to any enemy threat or) y$ k# r. k1 \ attack with actions appropriate and adaptable to the circumstances existing. ( Y _4 ]; @& nFLHER Funds and Labor Hours Expenditure Report. ( F$ }' I7 e9 Q1 ~: O7 ?6 }' m8 ?, P/ fFlight . G3 M# U) j4 A9 J: zDemonstration ( ~/ D9 L( l, X; ZSystem (FDS) : D' ~& e, W) Y$ K( ]Part of the SBIRS Low Program Definition and Risk Reduction (PDRR) program2 E/ o0 H9 X/ B0 k6 \ T- o phase. The FDS will consist of two satellites and a ground system being built by : l+ C% l. T4 O% }TRW/Hughes. The FDS satellites are to be launched in FY99 for a two-year test ( C' Q0 Q; C( j$ e# a: e3 ?8 H4 lprogram to demonstrate operations and performance of a SBIRS Low concept,: O% ] t0 H) L2 ^ collect target and phenomenology data to support the objective system design,4 O( |. W' h( |: N5 s and validate cost estimating models.' ^9 j# `5 p2 d4 ]7 w# _' O Flight Path The line connecting the successive positions occupied, or to be occupied, by an 1 j3 w- v2 Y# t, p: [: V! vaircraft, missile, or space vehicle as it moves through air or space. (It is more0 G2 O0 f" g5 t commonly referred to as trajectory for space vehicles, especially ICBMs.) % u) J% w9 R" i$ ^Flight Readiness 5 u3 K' ^) u$ i" X" VFiring0 V" }3 d7 D: N( r& @ ] A missile system test of short duration conducted with the propulsion system, R2 H ?# J6 {9 L& E operating while the missile is secured to the launcher. Such a test is performed 8 I, c$ P y& ], e( ^to determine the readiness of the missile system and launch facilities prior to & b5 ]1 m* k" p( J4 O1 cflight test.0 K0 I: a7 L8 b5 y' q Flight Test Test of an aircraft, rocket, missile, or other vehicle by actual flight or launching." i4 _3 [4 k6 X) K3 G1 M9 e Flight tests are planned to achieve specific test objectives and gain operational% b' l, \' I! O! N5 k9 _ Q+ F information.& p! C4 D5 L( B" {+ [- e Flight Test + M- L$ T' G, \% p# Q6 PVehicle (FTV) 2 {$ n) |- W1 ~9 J% i( E. GPrototype of airborne or spaceborne hardware used to validate a technology 5 F, ?2 M- ~* W. Y+ u' Uconcept.

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FLIR Forward Looking Infrared Radar. 7 S5 N1 }9 e* e# sFLOT Forward Line of Own Troops. 4 t! Z$ H: u& A$ z$ L4 hFLT Flight. 3 G4 v+ _( f4 V/ b$ n/ O% n$ `FLTSATCOM Fleet Satellite Communications System.% c" r% V, G6 [- O5 e7 u* U$ [ Fluence (or : e8 M1 W$ |- }+ z s. |2 W( LIntegrated Flux) % M. \$ I0 Z# J( U) N+ BThe product (or integral) of particle (neutron or photon) flux and time, expressed 5 M1 o& M8 t t+ \in units of particles per square centimeter. The absorbed dose of radiation (in # ~7 X n- o2 krads) is related to the fluence. (It should be specified whether this is incident or : R4 _3 L; k$ c8 t' ]. Q5 e) Gabsorbed fluence). r$ d: p4 A TMDA GLOSSARY, VER. 4.0 F& `6 @( c* ]4 S 1093 O6 k; _; }2 g Flyaway Cost The total cost related to the production of a usable end item of military hardware. 2 P/ I. z. E5 X! H! G/ X$ P# w9 w) ]Flyaway cost includes the cost of procuring the basic unit (airframe, hull, chassis,) R6 T T B+ ^: }& C etc.), a percentage of basic unit cost for changes allowance, propulsion , ^. Y w. m% A* requipment, electronics, armament, and other installed government-furnished . F; ]& r! \; Y# x& y) r8 `equipment, and nonrecurring production costs. Flyaway cost equates to / x4 g" v" d3 ?: a, ]1 R7 @Rollaway and Sailaway cost. v6 p0 C/ _9 O* r: f* iFM (1) Flare Multiunit. 8 X! M2 D4 j/ X5 }4 P0 v& M(2) Frequency Modulation.+ R# d; w' w0 K8 v6 M (3) Functional Manger.+ E* W8 [7 o2 W5 f/ C (4) Force Module(s).* z* V1 q- Y8 a3 R% x/ z (5) Field Manual.* u! H6 @+ K. U9 p; U/ j) _% c FMA Foreign Military Acquisition. ! Q* S* U; c% A& v( j3 `FMB Financial Management Board.0 F7 d0 g! Z, p1 U- H FMC Flexible Manufacturing Cell. % M$ [; z5 W, {) G$ LFMEA Failure Modes Effects Analysis (ILS term). + K: x2 d5 A: z- T( HFMECA Failure Modes Effects and Criticality Analysis (ILS term). ; Y5 G7 d+ q7 A. s5 w- C' O1 xFMIR Fighting Mirror.( q5 d6 g3 x3 s- O FMP Foreign Materiel Program. - C6 h* B1 l2 I6 hFMS (1) Flight Mission Simulator (PATRIOT), Huntsville AL. ! l4 m% ? l$ _5 \8 V4 J! ~(2) Foreign Military Sales.+ t/ c( J( }5 j0 F6 q7 p FMTV Family of Medium Tactical Vehicles (USA term). ! Z. ~4 V3 L; j1 V7 h; Y3 BFNC Federal Network Council / B2 l' A4 i7 ^% R. o$ ]FO Force Operations (PATRIOT). 1 J. ]7 P/ B7 w$ h! d& P) EFO Link Fiber Optic Link.4 f6 u X( h- }+ z; ~& J7 o FOA Future Offensive Aircraft (UK RAF term). 7 C3 }) x5 f8 [ y3 TFOB Forward Operations Base. $ ~3 K0 Q0 ^. `' [6 x% iFOBS Fractional-Orbital Bombardment System., p5 b) z' s+ @ FOC Full Operational Capability. y! X' O; \/ ^' s. }Focal Plane The plane, perpendicular to the optical axis of the lens, in which images of points) z$ v! e& X" _# `/ e4 Q% @ in the object field of the lens are focused. ! s/ |- S; ^) n1 O7 P. cFocal Plane 9 r( ?+ c T P2 WArray (FPA) ) l3 x; Y& d& p4 q3 n2 ~' fAn FPA is a matrix of photon sensitive detectors which, when combined with low " \" W' ]: f; s3 V0 \noise preamplifiers, provides image data for the signal frequencies of interest.+ k+ t& g: U* i: E FOFA Follow-On Force Attack.2 d! [7 @! K7 h5 {% @+ K0 e! l$ w FOG Fiber-Optic Gyroscope. 7 U" A: Q+ D7 @( R1 _FOIA Freedom of Information Act (US).5 V; x1 J- p4 [( C0 x- f& n MDA GLOSSARY, VER. 4.0 F+ R# \! E5 ~! f p 110 ( P4 N( f1 h# V) fFOL Forward Operating Location. 0 E1 w# |8 S& L. A0 `, X+ ^FOLAN Fiber Optic Local Area Network. % M! W9 y8 f ~! a) D! _% M. k/ _" KFolded Optics Any optical system containing reflecting components for the purpose of reducing 2 t9 q/ l$ V" t1 J) B7 v5 l7 A& L: B' Mthe physical length of the system or for the purpose of changing the path of the) ~* c$ W( o9 M7 C- u optical axis.7 U* t6 ~: O. I1 p! Q. ` Follow-On2 |) U) |1 g4 ^% U Operational Test1 N+ n; ]: l, f' L; [ I and Evaluation . P" N3 ]) ~: ~- L( A5 j" @(FOT&E) , T( O; P* w3 zThat test and evaluation that is necessary during and after the production period/ C" a/ w7 q p# A% n1 c to refine the estimates made during operational test and evaluation, to evaluate+ k- v! x' G% Q1 \: h) d changes, and to reevaluate the system to ensure that it continues to meet* P' B. ]1 H# [* _ operational needs and retains its effectiveness in a new environment or against- z+ E* O9 I6 d3 Y: Q a new threat. 2 {$ A( I1 r7 I& N5 e9 a- nFOM Figure of Merit.& F& q5 Q1 D6 Q1 z- C/ p+ G FON Fiber Optic Network. 7 u- @- Z' Q! d- DFootprint (1) An estimated area of possible reentry or the solid angle of a detector or & `0 n+ _: K- l# k/ K8 n6 _, Ylinear area of a detector at a certain location. K, g$ Q4 h9 \(2) Geographic area in which a focused satellite downlink can be received.6 j M: X! [/ j9 e9 N q$ O FOR Field of Regard. ( b7 B3 K6 r! i W- MForce Closure The point in time when a supported commander determines that sufficient ) Z! ^: Z6 v( S8 |) [# Hpersonnel and equipment are in the assigned area of operations to carry out ( H0 S0 B9 Q; A( {( Zassigned tasks. . \; i2 H& Y8 EForce Development Test and* o% A: ~7 Z; T. y9 S Experimentation7 Q6 X4 V/ L! w0 C" Q) {2 T Tests employing representative users to examine definition of materiel- K0 Y- i& t% R. ~ requirements or support/assess development of doctrine, training, organization, 9 f* L( [. a5 T3 Y9 l3 Dand logistics for system acquisition. (U.S. Army)." w4 N7 \& I* G9 S& j5 f5 T Force Direction The operational management of the forces. 7 k$ K; ]: U( G; U" p3 MForce Integration , i; h1 f4 _& o G, V2 G& U$ D3 qStaff Officer 4 [7 t, k+ G" {( r# v8 iArmy individual assigned to ODCSOPS to serve as HQDA user representative for 1 ?+ c: r& [( q+ ?1 J6 Ca specific system. Provides continuous coordination necessary for integration of C8 B3 @& H1 m$ z V$ [" Y a new system into the Army force structure. _8 _' Y& C ~Force 8 h! G( M E( y4 O' r7 IManagement $ i' D3 K. }; S& d9 {, U6 D4 X+ DThe assessment of the effectiveness of the defense forces throughout an" S- ~- ]0 B: C F2 n+ w# U engagement and adjustment of tactics and the system configuration as8 j# E9 P9 z; n9 Q' z( c necessary to effectively allocate resources to satisfy mission objectives.7 [ C& T4 W# e Force Reliability The percentage of the missile force that will successfully detonate within 3.5; g) d4 U( n( w6 s CEPs of the target./ G# y! Z. l% q: H FORDTIS Foreign Disclosure Technical Information System. 2 @4 Z" B* \+ c. wForeign 9 j/ x( w$ r: W/ m2 YGovernment3 K& N) K W" q5 H# m1 U5 J- j Information % h8 Y8 `& v2 O) h2 ]Information that is (1) provided to the United States by a foreign government or0 [+ R" T- \2 L- c- V9 h governments, an internal organization of governments, or any element thereof! m! Z1 i* m6 {; o$ O' c1 v2 ` with the expectation, expressed or implied, that the information, the source of. i$ B. t& u1 E! K0 Y* A the information, or both, are to be held in confidence; (2) produced by the United 6 r0 o" E1 t& `% x S. \States pursuant to or as a result of a joint arrangement with a foreign 6 U& {1 Z+ ]; O# Tgovernment or governments or international organization of governments . z! H. u; r& e+ [8 ?( o$ g \requiring that the information, the arrangement, or both, are to be held in + r# W& r8 f" s7 F" dconfidence.; m+ d, {% _" g8 U7 Z" K: n MDA GLOSSARY, VER. 4.0 F ' x, T0 X1 x; C4 G111 ) J0 B# S* ] c z- h5 tForeign Military$ Z9 |% E4 S- u# q" U' x- j Sales (FMS)8 _$ ~( d+ x }2 T+ d That portion of U.S. security assistance authorized by the Foreign Assistance Act9 W8 L' U& R& B of 1961, as amended, and the Arms Export Control Act, as amended. The 8 H% w# ~/ S" qrecipient provides reimbursement for defense articles and services transferred* |/ _3 x8 ]4 k from the U.S. Includes case sales from stocks (inventories, services, training) by9 [% F5 o, n1 O! a the DoD defense services.3 p4 P8 Y- O$ d! O" M5 U9 V Foreign Security/ Z; H4 _: t! v6 [. D Policy Model* u6 b* V# s: e/ W/ g A mathematically precise statement of a security policy. To be adequately ) H$ A, z8 C# S) pprecise, such a model must represent the initial state of a system, the way in ! Q* w! X% N Y/ Z, H" W) lwhich the system progresses from one state to another, and a definition of a; Z$ b( H" t7 u “secure” state of the system. " D- m# [9 ]9 M/ ?; h) h5 e8 GForm, Fit, and/ A$ W. `. d7 k Function Data! I& E; ?+ D' g" y& y Technical data pertaining to items, components or processes for the purpose of( q7 ]+ s+ v5 z. H+ b identifying source, size, configuration, mating and attachment characteristics,- ~' H9 t: o, @0 c7 g functional characteristics and performance requirements. - n3 W' p) ~6 fFormal0 R c* B- L/ ^9 T( v Qualification, R- z5 \# c9 ^$ g Review; h4 }2 i- x6 v# U% Q5 m' {( x& X A systems level configuration audit conducted after system testing is completed: Y0 {* \7 e' g0 Y9 C y4 H/ P" K to ensure that performance requirements have been met.: M. b' |( {) Z+ c Formerly# e2 ^6 y9 u2 P ~6 @/ d Restricted Data ( ?/ S4 A( w. \) M+ e6 IInformation removed from the RESTRICTED DATA category upon joint * w1 d) F% ]* z( \1 m$ V4 C+ T3 |determination by DoE (or antecedent agencies) and DoD that such information6 s7 _5 O6 ^( Y: x, c relates primarily to the military utilization of atomic weapons and that such. ^ Q& }+ V4 j+ p information can be adequately safeguarded as classified defense information.' O& T. b- V& V! p# _2 Z FORSCOM U.S. Army Forces Command, Ft. McPherson, GA.+ m2 H6 Y/ m& f, w FORTRAN Formula Translation Language.

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发表于 2008-12-25 20:06:48 |只看该作者
Forward Edge of1 j% H5 g; N- }- D) M3 Y the Battle Area. U/ @5 {4 z. }7 M- B (FEBA)0 A& c' c3 z+ N( s: x9 h) Y: ~ The foremost limits of a series of areas in which ground combat units are7 x9 ?; i2 p5 E# u! ] U deployed, excluding the areas in which the covering or screening forces are ~" t( s: w0 }' C! ioperating, designated to coordinate fire support, the positioning of forces, or the + z' P: S8 ?/ u: Lmaneuver of units. & a- [7 X$ x9 h$ i0 uForward Funding Carry-over of RDT&E funding into second year of appropriations availability.6 a% t: r0 ~0 k( m& L9 M9 K& ~ Requires permission from high authority.7 M/ b& [: k( Q; Y FOS Family of Systems (TMD). , M7 C6 Q+ s' ?6 ^- T3 g6 EFOSS Fiber-Optic Sensor System. : C6 x& s- D# S0 ^/ ZFOT Follow-On Technologies.( I3 C) J4 }) A FOT&E Follow-On Test & Evaluation. * Z* L* {) v% s: X" o q2 `0 HFOTC Force Over-the-horizon Track Coordinator (USN term). * \" a0 e/ O! E! [/ t! N1 C! jFOUO For Official Use Only." ^& F9 p$ W2 U$ y2 M Fourth ; H/ T8 h; Z5 MGeneration& O+ l1 g3 @& q Language; X+ W: F% Z* d9 I7 e A programming environment that produces both screen and report utilities for1 R( c' S0 Q! m! e, d. s use by lower-level programming environments., h, L+ ]7 [6 `) a FOV Field of View. 8 V: Y1 s" Z/ A/ JFOV Radar [Full] Field of View Radar ; i7 G# k7 S& p2 } \' ?; NFP Focal Plane. * \! U2 ^+ f. |' qMDA GLOSSARY, VER. 4.0 F * `/ F1 ]. m( u& A7 n# B/ |4 b% ?1125 A J9 c& o2 @* o FPA Focal Plane Array. - A0 _& C( D& \& T5 N4 xFPC Facilities Protection Committee. 2 d: ?8 e; j3 N3 S4 EFPI Fixed Price Incentive.) {2 H% J$ m# u& n- }4 f" `3 r' ~ FPS Fixed Radar. v. L% W" q$ y- sFPTOC Force Projection Tactical Operations Center (USA term).3 N" b/ T# N. \ B5 Z8 r' d7 m FQR Formal Qualification Review. 5 |6 w! L7 I$ t4 cFQT Formal Qualification Testing.3 Z P: [8 f) O FR (1) Federal Register. (2) France. 3 F. p2 j' i) f7 t4 i8 wFRACAS Forward Reaction Altitude Control System.! |" @" C2 V' x! E. Z% \# J' J FRACS Forward Reaction Altitude Control System. ! \: l, I, N5 h% NFragmentation ! n8 I) |5 h3 S6 k+ lWarhead % Z# v+ m" ^9 p! F- Y9 ~A warhead, which releases small solid objects to damage or destroy its targets. 8 Z( k9 A/ o6 C, N" Q5 c1 gFRAS Free Rocket Anti-Submarine. & i/ N& j; t. zFRC Fire Control Radar/ V# g* q: u7 ~5 Y FRD Facilities Requirements Document. 2 {5 r/ \: J5 L* N9 bFree Electron " Z+ D* [0 [* K: ~" pLaser (FEL)4 q2 W- _) @, S. J1 q- z2 N3 I" s) a A type of laser, which generates radiation by the interaction of an electron beam * N( ^* ^5 p9 F8 a: U4 ]with a static magnetic or electric field. Loosely speaking, free-electron laser & A- y0 M, p& n3 O, btechnology resembles and evolved from that used by particle accelerators (“atom + \) x% C) g! K" Lsmashers”). Lasers, which are not free electron lasers, are bound electron' B* P/ f4 }8 i; d! Z4 s3 | lasers.( a' J: v$ U; ?* \5 h ^ Free Rocket A rocket not subject to guidance or control in flight. % _5 t# ~) |5 I/ h4 H$ yFrequency A8 E0 i9 q0 o$ y+ x5 YManagement# ~7 }& i6 q: l9 } The act of allocating frequencies, or bandwidths to a telecommunications1 h$ `( I3 F* _4 ^* W. [ system, necessary to minimize the potential interference between 4 H+ U, E8 s$ ]4 ^" Qtransmitting/receiving devices. Governing agencies and international agreement ( @/ ^& m4 H' z; K. F* [controls authorized use of a particular frequency, frequencies, or bands." A. M4 c. F! S5 I; R' r& w: u FRG Federal Republic of Germany. 7 d- Y: n5 N/ [4 d7 n& B; wFRN Force Requirement Number. . V2 g4 v/ k, A' A; O8 y% NFROD Functionally Related Observable Differences.; h, d9 X+ F. @5 H4 \$ m- j FROG Free Rocket Over Ground., R! F7 v% n$ M" ]( T# @ FRN Force Requirement Number. 5 F' [5 [; z) B* {FRP Full-Rate Production. }2 p1 t. D! r) hFRS Federal Reserve System. - }$ _+ Z2 Y, \: y" C- nFS&E Facility Siting and Environment (MILCON term).* p( E' z* p) Y$ Q6 \7 p MDA GLOSSARY, VER. 4.0 F & C# k) n6 j+ x$ W6 F113, Z- ]$ P$ e& o FS3 Future Strategic Strategy Study.9 ^& ]! H" z+ ?8 P2 u$ U FSAF Future Surface-to-Air [Missile] Family.$ ?0 b$ Y. a' L FSC (1) Fire Solution Computer. (2) Fire Support Coordination. " H5 ~9 l. q. p: x eFSCATT Fire Support CATT [for Weapons] (US Army term).9 B+ i' g9 W1 y( s5 t FSCL Fire Support Coordination Line. 8 @/ ^7 a% S1 C6 t2 j; kFSD OBSOLETE. Full Scale Development Phase. See EMD. : e5 q a% v! wFSE Fire Support Element. O7 M$ u+ d; K% {( r9 E c( ~( K FSM Firmware Support Manual.( U' M. I/ `7 y3 B: g, j- U5 K1 w* ? FSP Facility Security Plan. Z* Y3 d5 h& L% SFSS Fixed Satellite Service.: T8 [. {4 m# G. Q' t2 z" i FSST Forward Space Support in-Theater.# v* p& e( q$ u8 a$ d! p& z FST Flight System Testbed.- ]4 [' @8 o& n. c. A' y FSU Former Soviet Union. + G: ` i# [% j2 {* H: A& aFSU Republics Former Soviet Union Republics.% y1 e& w; X3 S* Z/ }9 `% H7 U1 T FT Flight Test. ' N+ J j! u/ {: q& D gFt Foot8 C+ f2 S: c0 } FTC Federal Trade Commission. 9 H) y, n1 F5 j# ]7 R$ ~FTD OBSOLETE. Foreign Technology Division (USAF), Wright-Patterson AFB, OH.1 E; U" M; `" r9 M See NAIC. 2 x% d, `8 X( J+ i! a3 OFTI Fixed Target Indicator, K7 F; `8 u$ n& i" C1 J) l FTLS Formal Top-Level Specification. " D7 d" x1 c& u4 `FTP File Transfer Protocol (ADP/Internet term).: I/ Y: b/ Y' C) @% o5 F FTR Flight Test Round.' {/ ^6 g" d1 Q; n8 l0 @) E* ]! r FTS (1) Flight Test Summary (2) Federal Telephone Service 7 @ j7 A& I5 L. Z5 r% {FTS 2000 Federal Telecommunications System 2000. 0 M2 n+ m8 {8 W8 m* ?: Q9 t# Y: B3 QFTV (1) Functional Technology Validation. (2) Flight Test Vehicle. 7 ^, k0 \( i3 ^/ ~$ F3 K. K# s u+ RFTX Field Training Exercise. - R- j" K% L' e$ ~FU Fire Unit (PATRIOT).& |6 s$ |$ U V( N, m, J, D FUE First Unit Equipped./ ^1 i( B5 n! M$ q MDA GLOSSARY, VER. 4.0 F: z% ?6 ?& }! ]5 s 114 * u! @+ \, o% s" o9 V( _) L/ W' @Full Mission- n- j) E+ O" a' U6 i9 k9 f( w Capable$ T& `- x' z3 c3 [6 { Material condition of an aircraft or training device indicting that it can perform all 0 w/ _' r# N4 k- t- S& ^ Jof its missions. Also called FMC.- j0 t) w U* l1 K, `2 C1 o/ q# p# H Full Operational 2 ?) R$ {# `; C3 f' Z) i' ^8 lCapability (FOC)$ F' t' q% p9 W The full attainment of the capability to employ effectively a weapon, item of0 |. x0 K s( } equipment, or system of approved specific characteristics, which is manned and# d2 \& W1 r% L2 p operated by a trained, equipped, and supported military unit or force. ' c7 X9 O5 i t# K+ pFull Rate B1 n3 y6 W. U. u& k! @, cProduction + d( |; _( ]: n: y. C+ U0 GProduction of economic quantities following stabilization of the system design' h- _% l6 \9 Y/ L9 a0 {& m( ?/ V and prove-out of the production process. , X" V3 {2 O' R: ^" SFully Configured 0 x9 p1 w! ?, ]2 I4 g: aEnd Item ; y7 ]& C5 Y0 s) \, _( n& r+ o# uThe final combination of end products, component parts, and/or materials, which+ Z1 { d4 E) B ~% {6 a, R is fully ready for its intended operational use. Normally all production units are, K$ N: p3 v( z2 n, E" } fully configured. Research and development units may be considered fully ) A$ ~- H; N- P pconfigured if they are or are planned to become operationally equivalent to the ! O. q, J3 j# q/ Uproduction units.

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Fully Connected : d# a5 V( y9 \6 |+ o& G j& s$ kNetwork (FCN)1 `' \$ z. v* _/ R7 q7 J* p A network in which each node is directly connected with every other node. , D: X. D% N# }- Z& WFunctional 0 D* d8 U% A* }& qAnalysis ; [' F4 x, x6 k* g) ^# @& t8 tAn approach to the solution of a problem, in which the problem is broken down! N& A/ o1 [4 }' p into its component function, such as intelligence, firepower, or mobility. Each+ f: F0 T. z) C. b$ r1 x relevant function is then further analyzed and broken down into smaller ; S9 N$ ]7 H1 {8 r+ f' ]3 ^3 zfunctional components until a level of molecularity suitable for solution of the7 p6 V& v" O. O+ w/ K problem is attained.. G. q6 `2 K5 a; h8 F1 ^) n; |# m) } Functional ! A" A; n9 \" j' g# D+ O; \Baseline ; D3 m& ?9 Y! d(1) Established after the system requirements analysis/design activity has 9 _. F! I. B2 F/ {completed the definition of the system functions and associated data, : r/ G- F" G/ ^+ Uinterface characteristics, functional characteristics for key configuration 5 G$ J3 `) R0 s+ O9 b3 ^items, and tests required to demonstrate achievement of each specified7 r, ?+ c9 t) n( \" V characteristic. This Government normally controls the baseline.7 e& m0 s% \$ r3 ^/ y- c/ M- o (2) In configuration management, the initial approved technical & U! B: O* d( u% c0 sdocumentation for a configuration item. X' v- e% v) G0 w8 {: L) B" ~. v(3) Documentation describing a system’s functional characteristics and the ) U- p2 a$ O" f5 v+ ~8 cverification required to demonstrate the achievement of requirements. , w/ V8 ?5 K2 ^6 m9 S H+ B7 GFunctional; B% c* R& h @ Configuration # T1 S+ l( A F$ s% hAudit (FCA) - Z8 H' e7 n7 DThe formal examination of functional characteristics test data for configuration / F& c+ w- m/ a4 V& Oitem, prior to acceptance, to verify that the item has achieved the performance9 ?! k+ _: r) p specified in its functional or allocated configuration identification.' Y `8 ]8 _- b' ]" z/ P Functional" `" ]$ |! I! H0 U9 ] Economic7 U9 y; J. H0 {7 I! ~2 g: @ Analysis (FEA) - a9 ^' p) D/ H8 L8 IA structured proposal that serves as the principal part of a decision package for * I6 O k3 i. |enterprise leadership. It includes an analysis of functional process needs or ' i/ ]. n/ |& |+ s$ F7 Wproblems; proposed solutions, assumptions, and constraints; alternatives; lifecycle costs; benefits and/or cost analysis; and investment risk analysis. It is , R: \: z+ V9 j) w3 J* Gconsistent with, and amplifies, existing DoD economic analysis policy in DoD $ P6 I0 B% i# G0 M0 a& N; y* OInstruction 7041.3. 1 _4 O m8 t! {; o& zFunctional Kill The destruction of a target by disabling vital components in a way not5 Z2 o6 w8 F2 r0 H8 c0 _: V0 p2 ?+ ~ immediately detectable, but which nevertheless prevents the target from ! R7 n6 k3 W( q* X7 |5 o7 z, Z3 L& [* jfunctioning properly. An example is the destruction of electronics in a guidance$ O, v: T* t8 L& g. K system by a neutral particle beam. Also referred to as “soft kill.” - M0 A# z3 n& }Functional ! W$ D4 }: O% }3 I8 S3 OSupport . X6 W% `4 ~5 y8 tSystematized methodologies and procedures, or a common set of standards, e0 W% t' c2 L/ n/ E' d: T2 D ?applied to materiel acquisition programs.# ]7 M' D/ ^, m. O! i1 ~* E7 P7 n Functional9 s: ]6 E2 B5 q% h1 T7 B4 U Technology' B- R+ {- D" s1 _6 ] U Validation (FTV) 9 f, F* G0 T8 ^) i8 tProgram with the intent of proving or disproving a technology is useful for a given0 _* l2 R! b n4 A$ B5 @ application. 9 s* q1 C: x3 m4 B$ aMDA GLOSSARY, VER. 4.0 F $ c" J; @6 {5 M) k$ d& h- N# ?115 $ e; A. X6 q: `# v0 z4 @: PFunctional ! Q& A# L+ K6 q4 v, p; uTesting+ q; ]+ Z" j- J The portion of testing in which the advertised features of a system are tested for9 a4 C; `0 [& {2 H$ h+ U/ [1 k' x8 [ correct operation. $ a4 F4 B0 i ]4 ^Funding Profile Program funding, usually displayed in columnar spreadsheet format by years,7 `' l: c, a1 M starting with previous year through current year and out-years. ' X7 G# |% Q% V U( M5 ]Future Years 7 K$ M H$ w8 j) U; mDefense Program& ]* k9 j" r5 ~& W9 {+ r (FYDP)' Y9 D" p. d- Q/ p The official DoD document that summarizes forces and resources associated with 8 Z8 r4 d, ~- l) Y( ?programs approved by the Secretary of Defense. Its three parts are the , z3 y1 D9 u; t( r1 s' korganizations affected, appropriations accounts and the 11 major force programs 7 S4 [2 E- }7 |9 a. I9 M- @(strategic forces, airlift, R&D, etc.). Under the biennial PPBS cycle, the FYDP is+ j; m# N. @$ X' q updated in even years in April (POM); October (budget); and then in January. p8 D6 t4 W, q, b! i (President’s budget) of odd years. The primary data element in the FYDP is the ) u+ D( n7 f5 r7 H, O, x) CProgram Element (P.E.). Formerly known as the Five Years Defense Program.1 x/ p% R. C" e FWCA Fixed Wing Combat Aircraft. , @# c3 j+ T0 V# pFwd Forward. / {5 b* C' X2 m+ C" {7 zFXBR Forward-based X-Band Radar.$ w- E5 I5 x3 F# [2 @6 `) z; o. b FY Fiscal Year. 3 i2 t) d2 v/ i1 Q3 D+ qFYDP Future Years Defense Program. : z3 `7 C0 ?' gMDA GLOSSARY, VER. 4.0 G : I9 B5 ], U, e" D116" _2 @, A/ a" i \# `! R- e G Giga (one thousand million). # g f- I- @0 `# @# { Q/ Xg Gram.& V$ @& F4 d6 d8 P# w G&A General and Administrative costs. Q7 x3 S* K0 G+ G: RG&C Guidance and Control., L) B: f2 a$ _2 S G&O Goals and Objectives. " Q3 u+ H2 u! e4 m" mG/A Ground-to-Air " T* r/ a7 G7 u# H* A1 C1 nG/G Ground-to-Ground. $ U5 k2 i/ ]% G1 r/ L2 ~GaAs Gallium Arsenide.1 P7 G, t$ m" o4 [% i+ F% k% Q& | Galosh The Soviet Anti-Ballistic Missile system built to defend Moscow from missile. s3 w6 z( H6 H. c7 L/ R9 ` attack. . c" e2 _9 Q" K3 p/ T' gGamma-Ray Electromagnetic radiation resulting from nuclear transitions. Although incorrect,+ F% ~8 `3 _0 e high-energy radiation, particularly “bremsstrahlung,” is sometimes referred to as : u1 Q+ _) Y, tgamma radiation.9 f$ m1 }0 S% `# z, ]8 k# e Gamma-Ray/ {" J: f# m9 r; a. ~$ ?: }8 P Laser ! v# ~# ?2 I5 s* z& cA laser which generates a beam of gamma rays; also called a “graser.” A! T, U- f* ]! r8 T gamma-ray laser, if developed, would be a type of x-ray laser; although it would' v& n8 I" H) g* w6 b* e9 w9 H# E5 h employ nuclear reactions, it need not (but might) employ nuclear fission or fusion " j1 _$ J7 O! i+ N8 R d# i! freactions or explosions.2 [( z9 E! }3 |3 M1 ] GAMS GPS (Global Positioning System)-Aided Munitions. ( [7 x6 R/ L5 p0 wGaNMPA Gallium Nitride Microwave Power Amplifiers. (A demonstration program to develop ( }; a" R# D1 r7 ~& H( D, uGaN based transistors and integrated circuits for power amplifiers in systems 5 m6 J* ^& m2 n4 @! ]such as Ground Based Radar. Goal is to reduce total weight and size by a+ O" k( J4 y+ y1 L: s factor of 10).) g' R9 K( x/ F5 {( E3 Q GAO General Accounting Office. ' b1 |+ G, L! L. k lGARDIAN General Area Defense Integrated Anti-missile Laser System.* Q# j0 M5 v& N GAT Government Acceptance Testing.1 t+ X3 B* ~6 m4 d( a2 K GAT CALL Guidance, Apportionment, and Targeting Call (JFACC term).8 e- J; ]2 {# E% } GATE Graphic Analysis Tool Environment. 8 N( f( }; `- M3 n% mGateway An element that contained a node on the SDS backbone network as well as on/ G7 g$ ]2 ~+ L/ n* X* T some other network(s) and would have performed protocol and format : ]$ V5 x, d/ x( X! H$ L: i2 Sconversions necessary to accept messages from one network and retransmit6 X) b d. g. X7 z9 i6 O them on the other. : b0 R; `1 m, r/ @/ Z. T; Q. cGATS GPS (Global Positioning System)-Aided Targeting System.: t5 l; g- R7 b% v" r# P! T5 ]+ @1 [ GB (1) Ground-Based. (2) Gigabyte. % c7 [& a' i. W9 t! f PGBD Global Burst Detector.& \2 x! Z' i* E7 N3 N* l GBDL Ground-Based Data Link.1 y3 p O- t$ w& Q4 C4 b MDA GLOSSARY, VER. 4.0 G( D/ U5 H/ a7 C5 g 117$ l( `; ?0 m+ V7 I) M: h GBEV Ground Based Experimental Version. / c% V& Z$ e% F6 eGBFEL Ground-Based Free Electron Laser.# c- ~' h$ m! c E GBHE Ground-Based Hypervelocity Gun Experiment. $ P% W* x, c( Q; Q" i0 ^1 Y! @GBHRG Ground-Based Hypervelocity Rail Gun. 1 U4 ^3 M$ N# c% @* X& v7 [GBI OBSOLETE. See Ground-Based Interceptor.2 A; h% S+ g. D0 A- u1 d GBI-P Ground-Based Interceptor – Prototype. 0 e, D' D. a; ~" p1 l+ ~GBI-X Ground-Based Interceptor Experiment.5 O, N, v/ I, B) q GBKV Ground-Based Kinetic Kill Vehicle. R2 e4 q4 g! y$ qGBL Ground-Based Laser. 4 G& a1 e0 m! r/ m* c8 @8 K% a; wGBLD Ground-Based Launcher Demonstration. 0 P7 c! R( c( H+ L8 ]: `GBLRS Ground-Based Laser Repeater Station. . R! A2 T0 R2 N+ N4 XGBM Global Battle Managers.( `% A& x8 }: j* J0 h0 S GBMD Global Ballistic Missile Defense.2 n* n* G/ Z- V- h8 F0 [2 B GBMI Ground-Based Midcourse Interceptor., T: p4 c. [' G4 q" y6 Y, x' G GBOS Ground-Based Optical System. # r0 Z% `+ ^2 iGBPST Ground-Based Passive Signal Tracking.% w& k. z T+ W/ Z GBR See Ground-Based Radar. # B$ E" o) R0 j/ H: x$ VGBR-M Ground-Based Radar-Midcourse. & ]8 n$ d; z* @7 I6 M$ e) T$ TGBR-O Ground-Based Radar-Objective.- J+ O1 k+ R# P GBR-P Ground-Based Radar-Prototype.* ?' f! }# P4 t GBRT Ground-Based Radar Terminal.$ n/ b; U' K& Y# E GBR-X The experimental version of the GBR.7 s0 O% y7 g4 v, ] GBRF Ground-Based Radio Frequency.

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GBRI Ground-Based Rocket Interceptor.! G4 r& z. p; x7 d+ h1 V GBRT Ground-Based Radar Terminal.! H% e5 o$ E: R6 C% T GBS Ground-Based Sensor. 6 o2 j5 \! q5 I( uGCA (1) Guidance, Control, and Avionics. (2) Guidance, Control, and Airframe. , K& R" \! l1 u* X7 ?# }GCC Ground Component Commander (JFACC term). 7 N1 z3 Y( B, k0 r% a' ~GCCS Global Command and Control System.5 ^# s" c1 `8 K3 n( O0 h" u* H MDA GLOSSARY, VER. 4.0 G1 x0 E7 s% L, ?/ G( ^ 1181 F W' |* O$ s GCI Ground Control Intercept., D8 O5 D7 K1 `# H/ c# r GCN Ground Communications Network.- R! D) ]6 W6 |# F. D GCS Ground Control Station.+ K# K; Y D4 Z x) x, A7 V: m GD General Dynamics.% B4 p5 ]0 S( }1 | GDL Gas Dynamic Laser. / N2 ~$ Q% V0 r. i& ~1 I3 UGEDI Ground-Based Electromagnetically-Launched Defensive Impactors. * o- \+ [- r5 a1 \2 c) K4 vGEM Guidance Enhancement Missile (PATRIOT). , ^% M- u7 g& H! M! YGeneral Manager " l9 |8 m) t0 mProgram( W7 R% I0 _ H0 ]& Z1 E n5 x9 {# G Management ) `+ l& i7 F1 C" [) g% oDirective (GPMD)* }6 Y# |2 \4 m6 o: x7 b- m OBSOLETE. The primary document used by the GM to direct the Service BMD8 w$ I c! G$ L. }- v9 { PEO on the specific actions necessary to fulfill BMD program requirements." Z4 u E: W, Y6 @$ R1 n0 m General% Z. ~9 W2 X- Z1 s3 I# e9 @ Specifications5 i0 d7 g; I' R1 t L A general specification covers requirements common to two or more types,. T% S c! o' ?& K& {* \8 i classes, grades, or styles of products, services or materials; this avoids the T/ D* g) K: c0 t0 K! \ repetition of common requirements in detail specifications. It also permits, F) r" }: \6 G' Y1 E( p changes to common requirements to be readily affected. General specifications Z/ @5 `+ x' s' r+ lmay also be used to cover common requirements for weapons systems and 3 k: t F6 I/ f0 |* }* x+ Q- |- ysubsystems.; ^" D+ H8 i8 a3 J' q# | Generic Rest of $ d7 S3 n7 ~9 }0 X) WWorld Target ! n9 L0 i- {8 L( U8 ^, Z(GROW) : L6 h- M8 D, d, ?" b; o& TStrategic target being developed for GMD program. {- T9 J% X* w* l GEO Geo-synchronous Earth Orbit. 4 v; y8 j/ w1 R" ?0 vGEODSS Ground-based Electro-Optical Deep Space Surveillance System. & c! S7 K$ D0 d/ t' f9 r1 rGeo-stationary ' j [$ H" }3 n; F, \3 R9 ~Orbit (GSO)) h6 J8 V! j, y An orbit 35,784 km above the equator. A satellite placed in such an orbit7 {( s$ A1 N4 q6 `% k8 M6 R revolves around the earth once per day, maintaining the same position relative# I: R+ E) V \3 G$ `3 I- Y to the surface of the earth. It appears to be stationary, and is useful as a # m2 w# U6 a& A' l- v4 pcommunications relay or as a surveillance post.5 t9 `4 o/ K: I' C2 z1 ] GEP OBSOLETE. Ground Entry Point. IFICS.+ G# D2 q) P6 n1 b GES Ground Engineering System. ; Q0 V5 j9 Q6 p) c" lGFE Government Furnished Equipment. See Government Furnished Property.& ]/ j7 L& V5 u& b3 ^ G: x GFI Government Furnished Information." B: t2 @4 I0 m( i6 y$ ^+ m- { GFM Government Furnished Material.4 C4 O7 t. W1 A+ d2 s w" Q: I6 m GFM/P Government Furnished Material and Property. See Government Furnished; p. i w4 f" M T; n2 ]: P- R; N Property." q; d `6 u6 c; \# d GFP Government Furnished Property.5 d$ G# Y" B; g% T GFS Government Furnished Software. See Government Furnished Property.+ B% o7 q# n6 ?2 R4 v) }# {5 g4 Y MDA GLOSSARY, VER. 4.0 G+ Q/ Y& }. B$ E/ ~ 1197 X! f) T [) j Ghosting This condition occurs when two or more targets reside close to the same plane , F& x. p0 \' b* s4 r2 k7 c* Calso containing two sensors viewing the targets so they are within experimental H. z* x5 A- {$ ^1 S7 n( Ndetermination of having the same hinge angle F. Thus, ghosting depends on: R7 M; M: h7 T" ]; F1 r* f, O LOS error and positions., d: u8 y! ], l) h& D% J GHz Giga Hertz (1 x 10(9) Hz). - T% i% H) q0 R! G7 W" @; @1 ^GIDEP Government/Industry Data Exchange Program.) ?: J0 ^! f2 b; q GIF Generic Interface. g1 ?- e+ z4 NGII Global Information Infrastructure. , \9 X) F! K: I' h/ sGIP Ground Impact Point. , G+ v' E$ s/ P$ Z; `5 H6 J% wGIS Geographic Information System. L2 m1 V* D3 ~9 qGITIS Government Integrated Technical Information System. 2 V9 T. F, O* @% Z0 M% @GLCM Ground-Launched Cruise Missile. 1 a1 X/ b+ A) R! n! P; P8 lGLP Ground Launched Probe. See Brilliant Eyes Probe. 6 I" s/ ] T+ x1 wGlobal3 [' W3 ?# U: ^5 t" o& G+ L Environment + i! p. {3 x n1 kThe ISTC Global Environment is responsible for the creation, propagation, and( y& E* w' K' z* \/ N% A& l maintenance of test scenario common knowledge, how subsets of this $ A) o" i1 }1 ^6 i- Zinformation will be determined, and how common knowledge will be disseminated 4 u8 U) ]! c9 s2 T! a+ }$ uto the various element representations (nodes). The Global Environment 9 A' h0 o3 N& Z( }% n* mperforms functions which are common to the scenario such as timing, health,- m; k1 F8 t7 G7 X5 a status, state vectors of objects, and effects models.. @2 ~5 i \4 P/ w1 ~5 Z/ s Global8 L& w; S9 {7 J2 r. V7 T5 X6 b Positioning , m1 x3 V: f) G! S4 gSystem (GPS) 5 B; S9 W" O, J2 qThe NAVSTAR Global Positioning System is a space-based radio navigation ' K `$ a6 m: C8 a+ ?( cnetwork providing precise positioning and navigation needs of all the military b z1 U, x8 v ]! m B services. In the fully operational configuration, there will be 18 satellites in six" T* V% i: s r orbital planes with an orbit period of 12 hours at 10,900 nautical miles altitude. ) K6 [& w6 R. AEach satellite transmits three L-band, pseudo-random noise-coded signals, one , a8 V7 z+ z0 y6 QS-band, and one ultra high frequency for spacecraft-to-spacecraft data relay.2 e$ f, P6 K( Y+ d Global Protection! f; _" X! c; o Against Limited8 `$ n. A& Q7 K9 B3 p; S Strikes (GPALS)4 I$ w& f2 L) V8 }6 O( e7 ~# \: Z OBSOLETE. GPALS was an architecture denoting an anti-missile system - q, u7 a9 x6 Idesigned to provide protection against limited ballistic missile strikes, be they $ c1 _, u3 C9 x# K. Z# w2 k& Adeliberate, accidental or unauthorized—whatever their source. GPALS was) w# P* d6 C2 n. C# P9 f composed of three interrelated segments: (1) theater ballistic missile defenses, @# K2 h6 {. Pand associated space-based sensors, to protect U.S. forces deployed abroad, + U0 X% x$ `; N. Oand our friends and allies; (2) ground-based defenses, with space sensors, to * J4 V% v) c, t3 ^protect the entire United States against long-range ballistic missiles; and (3) ! A ~) S7 a2 h, `$ N' qinterceptors based in space – Brilliant Pebbles – capable of providing4 V5 y5 {3 ^5 Z6 P& V continuous, global coverage by intercepting enemy ballistic missiles with ranges 1 T/ }5 ]; B9 m0 k! }3 h! y5 Y% Pgreater than several hundred miles.) ^- W( d4 d2 X7 N: C Global Protection5 d2 O0 z' ?1 G- E3 [- d4 I4 ~ Against Limited8 d) u6 T% j' N+ | Strikes (GPALS)1 C) A t) @' `/ M7 \7 b& x1 e Program ( J6 e$ S# \* F5 POBSOLETE. The GPALS Program consisted of six Major Defense Acquisition 7 H; r: g7 }1 O2 EPrograms: GPALS System/BMC 3# U0 \7 n U" C9 s3 ? , National Missile Defense (NMD), Global Missile 3 H- o7 @# p: w( i& M/ A, \% P% F( GDefense (GMD), Upper Tier Theater Missile Defense (UTTMD), Corps SAM, and # y; y w: x4 N R& FPATRIOT. Army PEO GPALS was re-designated PEO Missile Defenses in 1992.: v" j8 z( L! X6 Q, n2 W GLOBIXS Global Information Exchange System. 7 o4 S8 s. J' _GLONASS Global Navigational Satellite System.7 y1 Y; I. J. F# y/ V MDA GLOSSARY, VER. 4.0 G + T9 q+ g9 {, U) S( w5 ?1203 j. D5 N$ Z; m GLOW Gross Lift-Off Weight. 9 y/ {6 O1 A0 l% y, ]GLP Ground Launched Probe. See Brilliant Eyes Probe. ; a* w0 {+ j$ w h- V3 U0 wGLS Ground-Launched Sensor. + _! P: V! m' ]* v7 f4 h2 |GM (1) Guided missile. (2) General Manager.1 ]# p3 n* ?8 Z" X9 O5 o GMACC Ground Mobile Alternate Command Center.! y# x+ y E! [4 f1 g GMAOC Ground Mobile Alternate Operations Center.) F( T5 X5 Q! O! j3 ^ GMCC Ground Mobile Command Center.# r3 W! m9 K, [ GMCP Ground Mobile Command Post.' k" n2 W1 s" I$ @# G; p* i! Q) R* R GMD (1) Ground-based Midcourse Defense (formally National Missile Defense) (2) 0 c5 D6 G6 o G, UGlobal Missile Defense (OBSOLETE). + p( {- D2 g! @: a# JGMT Greenwich Mean Time. + j3 u N$ ~+ m$ K5 w& f* n7 gGMTT&C Ground Mobile Tracking, Telemetry, and Control.2 D9 b1 I* m" E. `" c. O7 b GN&C Guidance, Navigation, and Control.( U6 A& V$ o3 i GNC&P Guidance, Navigation, Control and Propulsion.. f g% `4 r$ \ GND Ground. + J3 R. R% l) f- f4 S. CGOCO Government Owned, Contractor Operated.5 {5 p' M+ U* u9 U; F8 q GOES Geo-stationary Operational Environmental Satellite. ( l; I/ y3 u n T( h& N4 O0 K( s: RGOI Government of Israel., K/ J! N" H8 p) x GOJ Government of Japan.

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GOSG General Officer Steering Group. , v6 ~& [ W9 v9 GGOSIP Government Open Systems Interconnect Profile (CALS term).6 K* c Y1 c( K GOSP Government Open System Protocol (CALS term). / v$ k; a2 a3 M" fGOTS Government Off-the-Shelf. " ^) C4 M$ Y1 wGov’t Government. - ~% _4 ~! T# _. c H1 @6 i9 x( q$ zGovernment ! P7 l% C. |( T8 ?Furnished; E& h0 P& z( B- `1 ~, F Property 4 M: `" R; B/ C- U3 k- p* A. TProperty in the possession of, or directly acquired by, the Government and! x5 x. f* c3 \' q5 K% K- B subsequently made available to the contractor. (See FAR 45.101.)9 G: `4 P! b; x" Q0 Y Government2 j2 b! u' I7 E4 L6 B) F) i Verification! C, G1 h2 T* o4 Q: ~( E& T' ~ Management , ? c6 `) c/ P$ P: rPlan (GVMP) 9 @$ Y* [( m8 i% Q- f, OA management document that provides the overall framework for BMDS / e7 e( F4 o% M0 k. f' Averification. It includes processes for implementation, organizational 7 a V, u3 g3 r/ B2 y) v. frelationships, and stakeholder responsibilities. It covers the full scope of BMDS ' r1 j ` ~6 ]+ `2 _( G/ U) Lverification and identifies how all BMDS verification activities will come together to* ?1 r, }7 x$ j& w- a8 ~ ~ confirm BMDS capability. 5 r5 V- T9 F3 {* KMDA GLOSSARY, VER. 4.0 G# S2 Q+ f- ~2 o1 f$ c' Z6 J 121) d& T: n5 J) h' Z3 Y GP Group.. Z, |% v! v, ?- |/ \$ x8 i GPALS Global Protection Against Limited Strikes. 8 h2 q7 n1 L8 @GPC Global Protection Center.; `" E% e* {6 {+ v9 l6 P+ X% f GPMD General Manager Program Management Directive. 1 g. s/ w& F E& kGPO Government Printing Office (US).) o9 d; j) B( t. h1 S3 T! B GPP General Purpose Processor. 5 j) {1 q6 E, Q$ l, |7 ], o C' E* pGPS (1) Global Positioning System. (2), Global Protection System.& o/ C R+ V7 o7 b1 p, l2 Z GPSIU GPS Interface Unit. 3 {& F% q/ E7 U3 s* B. v+ b7 Q4 ZGPU Guidance Processor Unit (US Army term). % j; @* V' Y/ o' h6 }9 j9 @; AGraceful j) _ N% D4 \& Y( z; W Degradation & p! L% g) G v, l% rA condition in which a system continues to operate, providing service in a5 r. K6 F6 I$ G2 j6 ^" }" d degraded mode rather than failing completely or catastrophically.6 U! B! c. F" P4 s- o# q6 i1 I' } GRASER Gamma-Ray Amplification by Stimulated Emission of Radiation. (See Gamma- [3 {6 Z4 B, u! C6 ^Ray Laser.)& R) o: {: |3 G8 D2 S: T/ E1 u GRC General Research Corporation.0 V, h' H# `2 G Green Code Interface Software. % O, J5 D9 u! wGround-Based 6 S6 c1 F! R) B$ a( j* S" HDefense- S' F% x& H6 M8 W: y8 K' T The ground-based sensor and weapon systems of BMD. % v5 }& e4 u$ _! HGround-Based - _; M# u9 ^7 B. J4 sInterceptor (GBI) ; C" J1 L( G3 U! BA kinetic energy exoatmospheric interceptor with long flyout range to provide, 0 {5 y; U0 _; F2 J9 Qwhere possible, a multiple engagement capability for defense of the U.S. with a 6 d$ @) T7 Z; F# K2 K- `relatively small number of missile launch locations. It is designed to engage1 X9 Q/ x/ E1 v- c post-boost vehicles and/or RVs in the midcourse phase of flight.$ a4 K( N6 M" ]# w$ G( u" A (USSPACECOM) (Successor to Exoatmospheric Reentry Vehicle Interceptor( H% R- X1 C; z Subsystem (ERIS).) See EKV.- |& N7 u. z1 s5 y, ?4 L6 h Ground-Based: f; M! s2 i5 I Interceptor , g$ X# W2 G) ~' GExperiment , s+ U% I* S9 ]* [9 f* h(GBI-X) + I2 c0 e& N" Y2 ?6 a( E ]Designed to infuse advanced technology and promote competitive environment : z9 E5 c- {6 H& p" D5 _6 Kfor GBI.: E9 s4 f+ V! P& f3 a7 C Ground-Based : d9 c% j# e6 [- A- r+ a) FRadar (GBR); d' k& N( F7 @: a- T& Y A task-able, modular, multi-function, phased-array radar that provides . {6 ] l$ v1 R1 c) l# hsurveillance, tracking and engagement planning data in post-boost, midcourse,' x) o- Q" f) b3 j0 V' r* u6 I and terminal flight phases within its capabilities. It also provides target ! C4 f6 B" l4 t5 O& Q# i0 `discrimination, in-flight target updates (IFTUs), and target object maps (TOMs) to( Y. z5 A+ ?! v4 Y+ J interceptor vehicles. See THAAD. (USSPACECOM), X% |: J9 d7 S; \* n+ v Ground-Based ) W, ~8 C: O/ N! N( g& uRadar Terminal' C, ^" H- X: b. R0 ] (GBRT) : F5 |" D7 l5 ~% P) I1 T/ U- NThe sensor for the NMD system. An X-band, ground-based, phased array radar ; r& @) Y# \ w6 P+ S7 Mcapable of detecting, tracking, and providing discrimination information to a! R' f, f) _% c1 c ground-based interceptor. - ? c$ f8 J* t% LGround-based " b; L0 C C5 z) r1 XSurveillance and # L! i- m. ]; nTracking System . M+ e+ B+ W: g8 h2 U" a+ |" n(GSTS)" _8 Y7 f% }' J& q A fast-response rocket-launched sensor, which can support the SDS midcourse; e# C' s4 U/ k4 D* x; c sensor suite by employing multiple Long Wavelength Infrared (LWIR) wavebands* t" x, ]4 C9 m! |$ K2 |" Z and a visible waveband sensor to provide tracking and discrimination of 0 }- T' Q4 C6 Y2 `potentially lethal targets. ) I% w0 f# S# jMDA GLOSSARY, VER. 4.0 G & m! `! U* J6 ~! B# g122, q2 _8 V8 B# V6 }' z Ground Entry9 \! }+ D; ]2 A Point (GEP) . G8 K* ]$ M8 K8 kOBSOLETE. GEPs provide the communications interfaces between the SDS8 t6 d+ w2 u) S: B8 P9 S$ k space orbital/sub-orbital elements and the C2 E. See IFICS. " z; y: r* t2 e3 n- q4 J$ q4 JGround Mobile- x7 B% I; F( Y: s& n Regional7 q# d5 D4 K) ^2 Y$ Q1 @3 I! Q+ T# g4 d Operations. u: n' _$ J, u' |! w7 { Center/ G1 W1 _( X6 x+ Q3 ? (GMROC) ; k4 i! }4 B% B3 LTransportable ground segment of the Regional Operations Center.8 y. x* b4 i9 e. d- _ Ground Zero The point on the surface of the earth at, or vertically below or above, the center1 t# d; F/ M; X. ?. ^ of a planned or actual nuclear detonation. 6 G4 _. P, {9 H- i( j: YGS Garrison Support (US Army term). 8 G) m3 { G( b7 K" H# [GSA General Services Administration (US). 6 {: u: M! y4 d4 q/ V* rGSDC Ground Station Demonstration Lab.( v( ` u. y3 C GSE (1) Ground Support Equipment. (2) Government Support Equipment.( ]4 r; Q' w9 x; @' o( C GSFC Goddard Space Flight Center, Greenbelt, MD. 0 V+ b& ]& T/ m6 c* }0 JGSII Government Services Information Infrastructure. 8 p6 G; Z% V+ Y' |/ RGSM Ground Station Module. 4 [" P" r3 P7 N4 K9 }GSO Geo-stationary Orbit.9 Z0 n/ j( }) q$ J' g) Y GSR Ground Station Radar. `7 F" H. K7 W7 \; ]5 Z4 x' ? GSTS OBSOLETE. A fast-response, rocket-launched, Long Wavelength Infrared ?) L9 I/ \0 z(LWIR) and visible waveband sensor, which would have enhanced the - D) Q4 ?' m1 ?, X# Ninformation available from the SDS’ midcourse sensor suite by providing tracking * A0 g! C3 {* j0 aand discrimination data on potentially lethal targets.: b) I* v/ ?& p7 [3 P GSTS (F) GSTS Farm. : E. B1 h% C3 U2 s) ~6 y! t% oGTA Ground Test Accelerator.* l# Q, {, T, N( F N5 O GTACS Ground Theater Air Control System.: H5 w8 _$ m* g3 S, Q: w4 c7 }! B GTE GTE Corporation. - \* F. M: t. N' s% I- bGTF Guided Test Flights.4 B1 O5 \8 j8 e4 Q0 S5 F GTM Global Track Manager. ' a% z3 b1 g+ {) y1 WGTN General Technical Note." c7 z9 E* F1 D. L2 `3 e GTR Gulf Test Range, Eglin AFB, FL. 2 `* `" V% y9 J" O1 e0 RGTSF Guidance Test and Simulation Facility (PATRIOT), Huntsville, AL.7 \- A5 ]. w& ?& C GTV Guided Test Vehicle. L' P4 O; n1 [$ H( P; c GUI Graphic User Interface. ) h6 X& s+ \% BMDA GLOSSARY, VER. 4.0 G $ M6 ] a Y; A) ^123 6 E5 U! h0 q& p5 B1 q$ ]Guidance (1) Direction, altitude control, and navigation (where appropriate) of sensors- V& J" z# a b6 w/ N% K# E+ R3 v or interceptor vehicles. ( D6 ?' d" T m5 P* C/ M: X. `& I(2) The entire process by which target intelligence information received by a ; i- _# |- V9 C4 i$ p" O7 W9 Mguided missile is used to effect proper flight control to cause timely ( X) `& @! e9 W) Gdirection changes for effective target interception. - l, v8 N+ E0 xGuidance9 `+ [& a/ j5 r- d Enhanced ) n5 r- [: i# y! ?8 @: kMissile (GEM)& b" T# U! P$ d( L' Z; _- V/ A A companion program to PATRIOT PAC-2, which includes enhancements to the - I L% S: S: a; F+ \; C! Wradar to increase intercept range and performance. ! X$ l/ Z/ Y) T/ H) m; \$ eGuidance |' C+ f$ h4 A( _% U5 J$ BSystem (Missile)5 D$ b5 @) r% ^# { A system, which evaluates flight information, correlates it with target data,+ U* Y# t1 ?& \8 u determines the desired flight path of the missile, and communicates the N; g2 i# n( S( x necessary commands to the missile flight control system. : o/ Z: ]4 P& tGuided Missile An unmanned vehicle moving above the surface of the earth, whose trajectory or 0 ?- ]2 e* B8 lflight path is capable of being altered by an external or internal mechanism. # B. r3 ]; T, |+ F8 sGVSC Generic VHSIC (Very High Speed Integrated Circuit) Spaceborne Computer.: }/ }) q) U' s* B- V9 M- _ GWAPS Gulf War Air Power Survey, 1994 [a DoD-sponsored survey]. . f! N: o; x$ R/ ]- _) pGwd Giga watt-days. ( d$ D6 k, Z1 s2 K8 P3 T" uGWEN Ground Wave Emergency Network." }5 Y# V( n$ e4 Z GZ Ground Zero. ' W2 O2 h% ~4 K/ e# bMDA GLOSSARY, VER. 4.0 H, i/ `# f! d& S7 U! H, E- {: u 124 ; l4 T; a9 N4 U4 I) ~ K- K0 iH Hour. % e/ w9 u. v" w, e% z6 K' @3 f2 MH&S Health and Status.3 ^, A: T. c+ H, K" u5 C H/W Hardware.* b2 b5 `) A% R/ v HA Higher Authority. t/ T8 d7 a" h- @+ v3 VHABE High Altitude Balloon Experiment. $ M. C8 j, Q4 d) JHAC House Appropriations Committee (US). $ f( r9 N# Y- O" o7 j! q6 p; xHADS High Altitude Defense System. B, c& b3 P7 l5 A HALE High Altitude Long-Endurance. * @2 G5 {% ~& t0 ~HALE UAV High Altitude Long Endurance Unmanned Aerial Vehicle./ q5 i1 f8 t2 @2 p" k Half-Value* L5 e* D K% ^! [& |9 b$ t Thickness (HVT) - z2 q* @* e% aThe thickness of a given material, which will absorb half the gamma radiation6 k: @: f" c2 j' A7 r# {6 r incident upon it. This thickness is inversely proportional to its density and also " G' R* I0 R7 ]* e2 udepends on the energy of the gamma rays.6 ]9 i3 K& }$ g6 m6 ^/ `4 V HALO II High Altitude Observatory II 3 K9 W' j& [: ?' O( a3 }HAMS Hardness Assurance, Maintenance and Surveillance.& W# p+ ?- I6 _) c Handoff This occurs when information on positions, velocities and tracks are given by one , z$ Z( G3 _! R; c6 Asensor or system to another and the first sensor or system continues to track the 1 s3 d" \1 Z! B( Uobjects.9 Q1 D% U$ Q+ V6 o+ B2 H Handover This occurs when information is passed on to another sensor or system in which' X+ K+ I7 I8 R the first does not continue to track.# @' C* h+ z- R0 b" Y$ B HAOI High Altitude Optical Imaging.

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HAOIS High Altitude Optical Imaging System. 6 v1 e- O2 c) H$ [& U- JHAP High Altitude Probe. + k: y% c2 l- \, MHard Kill (HK) Destruction of a target in such a way as to produce unambiguous visible8 P& ~: c- E3 ^1 j4 v& a9 g evidence of its neutralization. % L8 ^: |" e# c" ?2 A6 RHardening Design and manufacturing process and other measures, which may be employed " g: x; r4 h7 j+ w; n! Sto render military assets less vulnerable. 3 i5 h+ w4 ^" D- N3 l" U/ ^* ]$ OHARDMAN Hardware/Military Manpower Integration (Navy ILS term). : P& _ \, x- ^Hardness A property of a target; measured by the power needed per unit area to destroy / b( \3 ^2 q( x/ K7 rthe target. A hard target is more difficult to kill than a soft target. 5 [, D4 u# l" t6 AHardware-in-the-. g* T* L& s- _- t# t% T Loop (HWIL)( G2 W( [; s$ g: _1 V3 c/ E Tests in which BM/C3 computer and communication test systems will be in( u! a" v# h D: v( \! y communication with some of the hardware test facilities developed for other BMD, X2 i( W3 E1 c! @ technology programs." v! R9 Q/ x5 [. }* o Hardware, m2 s/ _4 q) H- L1 t Security % m% @9 @6 C( U( U% I" \' xComputer equipment features or devices used in an ADP system to preclude : ]2 Q0 X7 T# B: I. J) A" c. cunauthorized access to data or system resources. 5 n0 O+ U3 u- h! K) J: yHARM High Speed Anti-Radiation Missile.5 q5 g; ?6 z/ x( o MDA GLOSSARY, VER. 4.0 H $ B2 B N' E3 O0 q$ P6 y! h4 n125 + P$ `- a. x/ N0 bHASC House Armed Services Committee (US)." Z% Y6 {( u6 T2 u HASP Hardened Ada Signal Processor.8 t% N/ |( A% A7 u3 \ HATELM High-speed Anti-TEL Missile.* d4 E9 C, Z" ~" `2 v( } HATMD High-Altitude Theater Missile Defense. (U.S. Army)" Z. {* r/ R& _* m, h0 ^" Y; R' B; N HAVE STARE Name assigned a proven sensor capability. 4 v W) J% Y6 |3 m- v6 pHAWK Homing All-the-Way Killer.. }5 \' J" d ~2 R# d" _ HBCU/MI Historically Black Colleges and Universities/Minority Institutions. ( Z8 T W8 c2 M7 T+ THBHO Hard-body Hand-over [algorithms].2 k: I( S K6 b# N b HCO High Consequence Option (Safety Engineering term). # p& B T1 I( ^; F& J2 THCT Mercury Cadmium Telluride. - P& I ^/ E" B. ?, L, M; ]9 eHDA Hybrid Detector Assembly.# L- p' D, j. s' Z/ @; M9 V HDBK Handbook. * t$ I% O, E8 A* z7 C$ ?5 b* u2 |HDR High Data Rate. ' r; I4 W5 J4 D+ qHDX Half Duplex (TelComm/Computer term). 9 E7 G& [8 W' U' e8 f1 R* B4 bHE (1) High Explosive. (2) High Energy./ V, d% v/ O: N0 ^ Health and Status& V4 R4 I5 H9 w7 t" G (H&S)% r& M& u3 V3 R; o Health and Status pertains to a unit’s ability to assess the conditions of its $ |. v# E* x5 W z$ Ysubsystem functions. The term H&S is used for units in remote locations, such / S W! J. }8 i# W2 @: G* F6 l2 qas satellites, where ground controls must interface with BITE to determine" K4 p2 F( @6 h operational status of the satellite and its equipment. 5 ]5 f" U, {3 ?: Q" ^3 p4 G( s# gHeavy Replicas5 ~6 p5 }# _% w# K* F. Z$ t (HREPS)# l. H3 p, L3 _( I! p$ @ Decoys, which by virtue of shape, size, and mass, closely approximate an RV’s & _: z2 U- C- G5 i2 Rsignature. HREPS have significant off- load penalty. 1 W0 O, z8 H9 _: KHEDI OBSOLETE. See High Endoatmospheric Defense Interceptor.9 [6 S" [, C0 H' _ HEDR High Endoatmospheric Defense Radar. 6 C6 C( e+ M" A4 S4 q% T$ U, ^HEDS High Endoatmospheric Defense System./ ]! T* d2 n7 f9 K' P- b HEI High Endoatmospheric Interceptor.+ D t8 b8 m7 T# q# [ HEL High Energy Laser.: G, a' d- v- I" B HELKS High Energy Laser Kill System.4 C; N5 D' w; s8 `# H4 | W HELLO High Energy Laser Light Opportunity. + q- B0 f& Y( T6 GHELSTF High Energy Laser Systems Test Facility. ! P0 \* i" q5 U6 u' pHELWS High Energy Laser Weapon System. 6 _2 y6 Q$ j+ C7 f2 IHEMP High Altitude Electromagnetic Pulse. 1 m$ j. W2 [# K$ EMDA GLOSSARY, VER. 4.0 H " G. x! V, s$ T. z5 \126 . C3 o7 }' z6 i8 Z. aHEMTT Heavy Expanded Mobility Tactical Truck (US Army prime mover).+ l! }6 _; g. O R Hen House Soviet area defense radar used as a component of the Moscow ABM system 2 y7 j4 a7 ?; E% N4 C& }that provides VHF coverage of space to monitor orbiting satellites and early ! r$ h! B7 k, h) Z0 Q: Gwarning of ICBMs launched from the U.S." G) [5 f7 r1 A- ]7 L0 Z HEO See High Earth Orbit. 2 Q5 S- j' k6 C. W# v1 F8 p/ HHERA (1) An improved surrogate TBM test target.7 p* Y" L! E2 s4 U- o4 G* `. Y! f (2) Two-stage, ground launched solid propellant theater target vehicle. (MDA # n9 W6 K: ^3 y" X, mLexicon)% o3 A% _, x: w' {' o4 @ HERO Hazards of Electromagnetic Radiation to Ordnance (SM-2 Bk IVA). ; e# C7 U0 s6 C" q: a7 jHESP High Efficiency Solar Panel. ' s+ Y6 n3 k2 C8 I: z* iHEU Highly Enriched Uranium./ t: F1 _" g3 g$ }+ } HF (1) High Frequency. (2) Hydrogen fluoride. s5 t! V0 u0 t HF/DF (1) High Frequency/Direction Finding.* W( [' F) e- O9 L8 V9 e (2) Hydrogen Fluoride/Deuterium Fluoride. (Chemicals used in IR chemical* ?# b& N) H O. ?# I3 }4 k2 a& ~ lasers). 2 b F* ^1 v% H: q8 P9 @HFCNR High Frequency Combat Net Radio.$ q; }8 I2 \: _5 c" V HFE Human Factors Engineering.3 C1 N7 @+ V2 A: J( z! E, _ HgCdTe Mercury Cadmium Telluride. & e, a: [$ G+ h/ WHHB Headquarters and Headquarters Battery.: L& {$ S! r- U ` HIBEX High-Acceleration Boost Experiment. + E7 e% x6 ]9 r, Y$ f3 rHIBREL High Brightness Relay.$ E: C' a; G/ } HIC Human-in-Control." ]! k8 c% @$ W4 N- l5 U# j8 U0 u HICOM High Command (Navy term).6 K( o7 r7 o; E3 x6 `: t HICTB Human-in-Control Test Bed. * A" @* c9 n% I# NHIDACZ High Density Aerospace Control Zone.+ s b5 h0 r+ `% J8 \ HIDAR High Data Rate. 0 j# N+ D$ o9 _, ^7 J. O. ]High Earth Orbit - Q. d- }6 }- u(HEO) ' _( T, R a) v" t4 Y5 }An orbit about the earth at an altitude greater than 3,000 nautical miles (about . v8 o h+ g; C( N5,600 kilometers).$ g$ a: u \; I8 j High ; B: O. b) c8 _8 [& |5 yEndoatmosphere$ C" m: a" q X0 u$ |* F That portion of the earth’s atmosphere, generally above 40 km altitude.( L( \% C5 C* C. Z2 s High % G2 ]( V; A" L2 j1 MEndoatmospheric9 W5 G, n1 j9 ~7 I) m' L8 W Defense' F7 c6 V1 b# B; g) E0 M Interceptor (HEDI) 7 \2 y4 u. F9 {" @OBSOLETE. Interceptor concept designed to engage RVs within the (upper or8 [6 w) m6 m% b; x: O5 |& M4 b6 `1 S! Y high endo) atmosphere. (Predecessor to Endo-Exoatmospheric Interceptor* R% v: ~& @) Z3 m (E2I).)# M. S: k! t8 {3 q' J. Y! ?3 o MDA GLOSSARY, VER. 4.0 H: G- V& }7 s+ T; y5 U9 K 127) |2 u. O: g9 Y" _ High Density: l! W6 m. v7 z4 G$ e1 y Aerospace % w }5 Z+ D+ wControl Zone 5 ] g/ m$ t# `( L7 K+ P1 s(HIDACZ) $ \1 q# Z+ n* y* d0 p b3 ~Airspace designated in an airspace control plan or airspace control order, in; d" t) ?# Q/ ~# Y which there is a concentrated employment of various weapons and users. A ' _0 M7 y+ \6 o" GHIDACZ has defined dimensions, that usually coincide with geographical : K `+ r& l: E tfeatures or navigational aides. Access to a HIDACZ is normally controlled by the, n" h1 V# j2 r( r& ^ maneuver commander. The maneuver commander can also direct a more+ }! F" u1 u: y1 A5 K) d$ r restrictive weapons status within the HIDACZ.) ]5 T8 ?' j0 y: u2 z& a- | Higher Authority8 f, v& ~* s9 I0 N% ?! {* g Interface1 F$ U; A; G6 m( K" L! F Policy, strategy, doctrine, readiness conditions, and rules of engagement from* c, v9 r$ q, ]+ m- d higher authorities for use by the defense system in conducting system / X# V( z& Y: c" G: |operations including specific orders specifying actions such as testing, defense s' i; o; u. D8 oenabling, pre-delegation of authority, etc. Also the reporting of situation ( M+ w& P1 G, u% o3 J, Lassessment and system readiness to higher authority. 7 t1 s3 V! t- |3 n/ ^: L ?7 XHigh Order ( m- L8 g3 C" r8 c) N2 L$ lLanguage (HOL)' T; f; O+ g- H+ s# n A programming language that requires little knowledge of the computer on which& O7 H# w2 ^" k' w# i a program will run, can be translated into several different machine languages, `! o9 g- P9 ?4 Y) oallows symbolic naming of operations and addresses, provides features ; f, f* K1 [3 K, j l8 kdesigned to facilitate expression of data structures and program logic, and * B* b' U- l: @% W- kusually results in several machine instructions for each program statement.) x& L0 [1 c& Y7 y HIL Human In-the-Loop.: J/ Y* v5 P# r8 h HIMAD High to Medium Altitude Air Defense. - Q$ u3 m: _1 b$ vHIMEZ High Altitude Missile Engagement Zone.# H/ s% H, H. [7 n HIP Hot Isostatic Processing.+ r+ c1 e3 p0 N6 A) R) }) D HIRAM High Resolution Infrared Auroral Measurements.! K1 U/ m# k# h HISEM High Speed Environmental Multi-burst Model.0 B/ x8 U* J0 o0 L" { HIT (1) Heterojuncture Internal Photomissive. (2) Homing Interceptor Technology. * k- h: Y4 Z x8 R- ]+ ^HK Hard Kill.2 ?, y: m# ]% m* N% [8 c8 A HKV Hit to Kill Vehicle. w0 l9 m6 D, IHLD Hardware Description Language. . }/ W, q. g7 ^& WHLLV Heavy Lift Launch Vehicle. " D0 Z0 _+ }! ^& _4 \HMC&M Hazardous Material Control and Management.$ i' |8 b3 p' J- W% {8 u, s1 W HMI Human Machine Interface. , a' A( T" V0 K8 T5 g" Y5 RHMMWV High Mobility Mutli-purpose Whealed Vehicle (USA term) (pronounced Hum Vee).4 g. Q j, f5 F3 [1 D4 T' M# V HMPC Hazardous Maintenance Procedure Code.5 X" P7 B( m7 _; R+ n% \ HMSC Hughes Missile System Corporation.2 a# o& A, g, x4 \- d! Q4 G HOB Height of Burst.1 ?0 ?' x' }8 P9 H% ~8 p HOE OBSOLETE. Homing Overlay Experiment. (Predecessor program to . c: o. t, n4 s3 sExoatmospheric Reentry Vehicle Interceptor Subsystem (ERIS).)- f$ c" F/ i9 q# J: [$ W8 k HOL High Order Language. # }& j6 a" D; ~MDA GLOSSARY, VER. 4.0 H+ d+ } ?* z5 F- }2 i- N$ r 128 + { s5 O2 ~* l8 G* k/ IHoming All-the- 8 W3 o; R6 s. {. ZWay Killer 0 f: G7 i1 ^* x(HAWK) % ]/ j: ?& u& T1 [* g8 j(1) Upgrades to the HAWK interceptor and radar system to provide the + ^# B: l1 ?+ r, v* X2 r; r, YMarine Corps with a mobile point theater ballistic missile defense0 R1 ~0 H3 _( F! ~' ~: d capability.; y, o7 |$ ^6 `8 R) f" R& N (2) A mobile air defense artillery, surface-to-air missile system that provides, Q/ Y2 `. v7 c/ b/ w non-nuclear, low to medium altitude air defense coverage for ground : o2 k7 L6 M; R4 L- n- }forces. Designated as MIM-23. 4 ` t3 b& M/ o+ `3 p7 T! N V2 C) V+ DHoming Device A device, mounted on a missile, to aid its guidance to a target. The homing , K9 Y1 j3 H+ b: Z: N5 \! Q5 Gdevice uses sensors to detect the position of, or to help predict the future $ B) i! o3 a7 t5 E. P4 _/ L9 l: {2 Vposition of a target, and then directs the missile to intercept it. The homing9 Z( R1 Z0 `1 ^, K device usually provides frequent target position updates during the flight of the/ x! n: v8 C" M missile./ R) |4 f7 K! h/ t Homing4 q9 R9 M. K) a7 C" \8 k1 c Guidance ( n5 G& x! N: p% U+ u( {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$ z R+ \1 j8 G% g2 C6 C the target, such as an infrared signature. + K$ g. [! B' c" Y! E/ A" G6 g ]HOMS Homing Overlay Mission Simulation. 3 @+ U4 ^. r8 k$ z+ h4 x1 Y$ ]: AHOST Hardened Optical Sensor Testbed. % g q$ ?* M7 d$ EHost Installation A designated DoD facility that provides non peculiar SDS support of SDS ( C$ q" \5 E8 X) K# {1 d* [3 R& D9 Velements. 4 [, F2 ?$ U0 W6 |5 MHostile , C8 N/ D+ C! F4 J, lEnvironment * m* @( ^$ V& H T0 T: p# |. ZThose environments that result from a BMD system engagement of an enemy + {3 d! F$ _0 _5 ~threat or collateral conditions resulting from deliberate hostilities. Hostile( u' |% q* l' ]) d environment categories currently applicable to National Missile Defense are' T; C5 h) i. g: X; N& J$ C Nuclear, Battle Debris, and Electronic Warfare. / K; M% I0 f+ b( H* uHostile Track The classification assigned to a track that, based upon established criteria, is, u6 T, L% q+ ^+ R# n7 b$ U8 A* ] determined to be an enemy threat.8 T3 u' W2 b6 b, }& K Host Interface The interface between a communications processor and a host computer.( @; v( ~# q# k9 i Host Nation2 |8 r% [/ ^+ l. i7 e5 M Support ; O, F5 l! a- g. ^Civil and/or military assistance rendered by a nation to foreign forces within its + Z1 r3 N4 j L5 Pterritory during peacetime, crisis or emergencies, or war based on agreements 5 I* h' ^: p9 _9 V3 v( dconcluded between nations.- [, A, m5 k) x/ [6 \- S hp Horsepower.% b9 Q/ C: S& r5 T6 M HPA High Power Amplifier.5 O# g7 p! k) h9 t" P; z HPC High Performance Computing., s' h* n0 I( J- q' |0 f& { HPCC High Performance Computing and Communications.5 Z. j) h! W7 y$ w6 G HPG Homopolar Generator.4 m* @5 E8 \! b2 n3 g HPI High Power Illuminator (Hawk).8 Z2 y/ J1 Y0 g. q. n* j HPIR High Power Illuminator Radar.! o( u) O; W# z. h# Y0 _ HPL High Power Laser. $ g7 p) E: T. c- Y* E! n# PHPM High Power Microwave. # X2 @+ u( Z$ ~; D, jHQ Headquarters., I; |& h* B7 m( q7 m. I# ^ MDA GLOSSARY, VER. 4.0 H G: s" }: B/ k" R2 y: R" f! W* U, s 129 ! B8 f+ P& I* xHQMC Headquarters, Marine Corps. . B( @8 G+ G) t! ZHRDS High Resolution Display System. 8 v+ l. Y: t b/ s6 Z. b" FHREPS Heavy Replicas. 3 L v+ q5 f; ?) `+ i7 Q, r2 }HRR High Range Resolution. ; E& M" ^8 z* a# D VHRSA HICTB Requirements, Support and Analysis. 4 m& c& v+ |8 S$ |$ Z" B) H+ @HSDB High Speed Data Bus (TelComm/Computer term). 9 U2 ^% | A: A+ }% ~% DHSFB High Speed Fleet Broadcast (Navy term).( P* a' `, \2 @- w, @5 F; R HSI Human Systems Integration.- h: i) b' \: H& H" ] HSV Huntsville, Alabama. ; ]% ?* r u- \5 }8 H: _4 C, AHTICIA High Technology Crime Investigation Association.2 H _% W' j _% Y2 ?9 o HTI Horizontal Technology Initiative. Y1 z9 X9 \8 Z4 }' g A: ^ HTK Hit-to-Kill. i+ G; B% G H5 I, c HTMIAC High Temperature Materials Information Analysis Center. 8 V$ T" c# G* a# W/ EHTML Hypertext Markup Language. : n1 v8 n1 P% N4 ]HTPB Hydroxy-Terminated Poly Butadiene. / X, B# |, g q3 I" I' T& aHTS (1) High Temperature Super-conducting. (2) Hawaii Tracking Station.) q% ^, s: e7 M$ U HTSA Host Tenant Support Agreement.' }8 o$ Q$ }' y" O0 d. f# [8 T, s HTSS Hardened- sub-miniature Telemetry and Sensor System.* T3 L! N- l# h3 q7 o- Y" \ HTTP Hypertext Transfer Protocol.5 R' G/ {6 ~, u& R3 E$ ^, h HUD Heads Up Display.' q9 `3 H$ U. F" z. D: d) p) R. { Human Factors A body of scientific facts about human characteristics. The term covers all / V6 }1 o6 a# w) x4 I& Wbiomedical and psychosocial considerations; it includes, but is not limited to,8 O: s9 t* R; k" K# h) a principles and applications in the areas of human engineering, personnel! |. @% } g$ d; P9 C1 q selection, training, life support, job performance aids, and human performance : m& Q. ?: V, |$ K- Revaluation.2 H/ D! x/ @0 U: N Human Factors T5 a' x2 N* e, n5 F. LEngineering9 {! ?0 t3 C [: O! W! u9 l The design of man-made devices, systems, and environments to enhance their $ r5 H4 a# p: K! {" q* S8 v8 Quse by people. Also called human engineering, human factors, and ergonomics.

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