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发表于 2008-12-25 20:24:45 |只看该作者
MDA GLOSSARY, VER. 4.0 T : ~& O$ s+ C- y298! ]) i O; f' w1 f2 @2 Z u2 g Theater Missile" o6 m, W7 ~+ t" H3 C Defense Council $ t$ S7 Q0 ^; S- |( d, F. l& a(TMDC)& E# y4 P# e: \9 i, [4 l( _& x A consultative body for considering TMD family of systems planning and( J$ m- s7 r" u& y R! B programming issues; chaired by an Assistant to the MDA Deputy for0 I, B! @% s3 q& r Acquisition/TMD, membership includes MDA TMD Directors, representatives of1 a! p& o7 o/ f' I3 Y' b: @ each applicable Service Program Executive Officer, and TMD Executive Agents1 r. f. e; ]+ @) Q- G and Program Managers.; n+ c4 t. O* S! D+ b1 ^; _ Theater High1 R' i# {" d% T7 G/ |, E# t Altitude Area, m2 G- y# d% t' h) ~& p; ^ Defense System / z6 z7 N: e5 B# e# K(THAAD) ; ~4 ~7 B! v( n! \4 o# bA ground-based, air transportable interceptor system that will provide wide area5 T+ @ I1 n7 c/ X defense capability by intercepting longer-range missiles at higher altitudes and at 7 y) b+ i' L6 u- igreater distances. Will provide an overlay or upper tier to point defenses such as* g! v; H: k5 _ PATRIOT.7 u8 ], l$ A; x4 x5 l& _/ Q4 B Theater Missile& \( R. }" r ]' W9 | (TM) + [- J: [' h% D, W' J! h2 mA theater missile (TM) is a ballistic missile (BM), cruise missile (CM), or air-tosurface guided missile (ASM) whose target is within a theater or which is capable3 y& P, }0 z9 s) U6 b( L# r of attacking targets in a theater. ' A2 R+ p9 s8 U, LTheater Missile ' s, B* y- R0 C4 V/ _) B& TDefense (TMD) % A z: i$ T7 ?# o' h$ A5 }; cOBSOLETE. The strategies and tactics employed to defend a geographical area* z% [9 F$ v5 J) J% L; i( \ outside the continental United States against attack from short-range, ) S4 }* d5 N' ointermediate-range, or medium-range ballistic missiles. 3 X7 O6 n+ s: }Theater Missile 9 U: _' `6 c, l( K' qDefense Ground- 4 Q. W% j6 ^$ W8 a' {Based Radar * |9 `* ?% Z( V(TMD-GBR) 2 U8 }" Y( t0 K! NA ground-based, air transportable sensor that provides search, tracking and / o. I* I6 z3 z9 Udiscrimination capabilities for the THAAD interceptor system. Also referred to as . u' j/ B2 Z% e0 O% @0 b: ^THAAD Radar.8 Z8 c: m; T1 l1 h3 z) V7 c Theater Missile & U: q: [& j0 h( t% d1 tDefense Initiative9 ?3 @/ Z( `8 F) A (TMDI)1 j- `# [# f8 n; E1 K An initiative under which all DoD theater and tactical missile defense activities are2 B" _8 T0 j/ x1 b! ~1 T/ l carried out. Section 231 of the National Defense Act for Fiscal Year 1993 0 b! [: z' h( z/ Y0 m6 V0 b3 r(Public Law 102–484) directed establishment of a TMDI office within the DoD.: O7 n; k, }1 A; r THEL Tactical High Energy Laser.% C# b$ h" p7 R, c Thermal Energy Electromagnetic energy emitted as thermal radiation. The total amount of" Y- Q1 N- R, i' i) C! g3 l/ R% @' r thermal energy received per unit area at a specified distance is generally # B/ |8 T7 R, K6 |; \expressed in terms of calories per square centimeter. 9 c& N+ l# s, C% x. YThermal Imagery Imagery produced by sensing and recording the thermal energy emitted or Y! P0 F$ _- j, G4 P/ b reflected from the objects, which are imaged. 3 b" c) r8 [ p' K8 cThermal Kill The destruction of a target by heating it, using directed energy, to the degree( E9 H4 i/ o- f+ t$ b that structural components fail.5 p7 a5 v' E3 H+ k# q" i& _ Thermal7 H: ]2 F: \9 C Management# I7 [. k ?3 `$ s. h Technologies/techniques associated with the control and management of0 U+ ]7 p7 N/ X" `/ y6 _ thermal energy, its generation, dissipation, and recovery.% x( ^0 A j& N+ g Thermal% C# [) ^( p/ j- C7 H Radiation 7 p' U# @* t, sElectromagnetic radiation emitted (in two pulses from a nuclear air burst) from the # c1 O. _7 d/ {* J$ o/ Dfireball as a consequence of its very high temperature; it consists essentially of8 n4 c% R. e( B7 {6 p$ [- { ultraviolet, visible, and infrared radiations.2 X& j$ r; u- K' W8 V4 m; A Thermal X-Rays The electromagnetic radiation, mainly in the soft (low energy) x-ray region,* M+ R, b: w6 d+ T! w, ~& k emitted by the nuclear weapon residue by virtue of its extremely high 1 ~8 R. I. F' Z0 H- \0 @6 vtemperature; it also is referred to as the primary thermal radiation. It is the ) Q- Y5 s# G" X5 ~4 {' t. U# fabsorption of this radiation by the ambient medium, accompanied by an increase * e& [" Z5 w, F! xin temperature, which results in the formation of the fireball (or other heated 9 x7 ` X# D$ r9 uregion) which then emits thermal radiation. (See X-Rays.) 0 Z7 {1 R- S# K0 ?* T8 `MDA GLOSSARY, VER. 4.0 T 7 D4 o, e" g: J4 ~9 y. e! c' A299: d5 j' H& F! }; @6 e# | Thermosphere The atmospheric shell extending from the top of the mesosphere to outer space;. J) k$ K3 N6 v6 R! i it is a region of more or less steadily increasing temperature with height, starting " v& `& Y) x5 \8 A) y4 N9 p2 t% ]at 40 to 50 miles (70 to 80 kilometers); the thermosphere includes, therefore, the 1 [6 o1 t* M8 Nexosphere and most or all of the ionosphere. 9 c) {" O/ C5 ^/ h1 w- ~3 f$ QThreat 7 v2 h5 T! ]$ k+ j# Y& [Characterization- V {/ W7 Q5 m6 F/ T7 Y) n# O6 _ An assessment of the nature, magnitude and intent of an attack in progress.$ N R: R# v( d1 n+ r Threat Corridor ) c' _8 S2 B% |# o1 [* o! q5 w: X& @(Threat Tube)/ w/ d4 v' h+ l A tube containing all the objects originating from launch sites and aimed at 4 G% l( Z% M# ^: qtargets whose spacing is close enough to permit the tube around the object# {- s1 c7 k; {1 p% j: p trajectories to be represented by a single trajectory in battle management " _/ Y x5 R0 }/ x3 b+ icomputation.+ w; b% O" S& Y Z" h Threat Scenario A hypothetical example of the employment of threat systems against ballistic# z4 G! s F Y! A0 d+ P* i z. y8 _# } missile defenses for the purpose of analysis and evaluation of those defensive! e7 f$ L, y- z; `4 T; | systems and architectures. + ~: L1 I z+ f2 D9 V* h- ?Threshold Performance capability or characteristic level in terms of a minimum acceptable7 j+ h" k( J( } y3 H$ `8 q value (threshold) required to satisfy the mission need and a performance$ c% @/ x) _" w2 `( W objective. ) e- C9 V1 I2 L/ f+ c# }Threshold $ h9 e8 c. Q/ c. ^/ v' T: eDefense. Y, T; ~" f9 H( A A defense strategy that concedes that the target can be destroyed at a price6 j7 B. a9 Z: q2 a that is not prohibitive, but the presence of the defense is thought to require the- r2 \/ g; ?# R! i! n( y; z ^ offense to mount a relatively large and complex attack. 3 k& I* L$ r9 b+ A6 [6 qThrow Weight All weight in an interceptor, above the sustainer, which serves as the kill vehicle.0 w/ s" H4 W0 K4 }; g Thrusted8 L' q. }- R: {$ K, n* J3 X) o Replicas (TREPS)7 x4 i, O, B3 h+ V: V' v Conical decoys equipped with a miniature rocket device. Generally used to , E( S5 u$ ^; X, n- ?% gchange the decoy’s optical signature to resemble that of an RV in the reentry 6 y9 C: F6 Y( X" gphase.) F$ I0 E! y( _0 S TI (1) Technical Instruction. (2) Technology Insertion.4 Y/ z4 E% D. v' E# t TIARA Tactical Intelligence and Related Activities. 4 g; g$ f+ ?9 f. V. c% a" NTIBS (1) Theater Information Broadcast Service.2 q- i v9 B% }; I+ ?2 B (2) Tactical Information Broadcast System. ( W* }' ]7 x, V Q(3) Theater Intelligence Broadcast System. 4 i; D/ K) \- C+ x% x) L, B5 ^TIC (1) Thermionic Integrated Circuit. (2) Technical Information Center. * e& o" L- u( w9 Y$ V& U, u3 FTIDP Technical Interface Design Plan.( R3 E) f9 y3 S8 T5 W& t TIE (1) Technology Integration Experiments. (2) Technical Independent Evaluation.) t+ Q% {- U1 @7 a- E: Q( v( Y Tier An integrated set of SDS elements that address a particular phase of the threat+ a# Q- s4 e/ _; l (e.g., boost phase).) o7 \% E- t% K5 R& t& _$ O Tiered Defenses The use of defensive systems at different phases of the missile trajectory. 3 m8 |+ ` m9 }, ETIES Technology Integration Equipment System.) O# l% g9 ^! O9 d4 J8 D8 m5 O) F1 u TIIAP Telecommunications and Information Infrastructure Assistance Program. `1 s! j# N/ Z: sTIL Technical Insertion Laboratory.2 a. D% G, F2 O2 Q3 k6 T5 U% E/ H TIM Technical Interchange Meeting. 6 N) q* _5 n9 g* d3 p9 H7 I) vMDA GLOSSARY, VER. 4.0 T # \ V2 }5 c% \% `3007 R. c6 f* ^( H+ x. Q Time-Phased9 q3 `% N3 N1 i3 W3 v( I2 X Force and ' Q4 F) C( `1 N. `Deployment List 9 Z$ n+ b7 F; L7 Y3 M! Y- BAppendix 1 to Annex A of the operation plan. It identifies types and/or actual9 N* u% [; E) F6 s' z% t) ^ units required to support the operation plan and indicates origin and ports of 9 e. V, G5 \: d; N) \1 r5 n4 bdebarkation or ocean area.. }9 E. U' ~- w7 H p Time of Flight ; D. H% B) S' J( r0 i5 j) O(Max): F0 q+ ^! p4 X7 Y4 R The maximum time for a booster or vehicle to perform its function from time of. {8 J$ c& G! [+ e/ z4 x) X- a launch., t8 o7 W- |% j4 |& B$ ]1 I" j Time on Station The time the sensor is in its operating position. ( @4 e P1 ]/ y( v/ MTime Sensitive 9 U" P D( d1 a& w( PTargets # ~$ B9 t( m. L, ]0 I. \Those target requiring immediate response because they pose (or will soon 5 I) y. T# K' y7 ypose) a clear and present danger to friendly forces or are highly lucrative, ) ]: G7 ~* Y3 X& }4 O) Lfleeting targets of opportunity.

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Time to Station The time required to move a sensor to its operating position.: q. R& W& v0 q, q4 R) N TIMS Training Integration Management System (USAF term). % u% b _% N( NTIN Theater Intelligence Networks., c1 ~- B- a0 F' e I" { TIP TOPAZ International Program. 0 r& i6 B- Q [- [& V" |TIR OBSOLETE. Terminal Imaging Radar. (Predecessor to Ground-Based Radar 3 y4 B& q- e% e$ A+ yTerminal (GBRT).)) O0 K. Q; k" h/ _, @ TIRS Telemetry, Instrumentation and Range Safety3 }% t0 j7 i" W7 `, ^+ r: p4 D TIS (1) Trusted Information Systems, Inc. (2) Technical Information System./ z: t" Z; v' n8 G8 q Titan USICBM. , x M9 l# B' D. d; O+ ~: x6 QTIU TIBS/Tactical Interface Unit.8 n- M/ L8 \' L9 D TIWG Test Integration Working Group. (U.S. Army)& M- p; r. Y& k: S7 a TL Team Leader. 2 P; g: Z3 @! f3 \. J2 kTLA Time Line Analysis./ G* z- L$ H0 W2 o TLAM Theater land Attack Missile.# M% a- A. u% {+ _; e7 J& y TLAM/D TLAN [with submunition] Dispenser (Navy term).0 h8 {* b6 _5 c; L: g" P6 w TLDD Top Level Design Document.* ?9 [% w9 T% P/ b. {- k+ _, l' N TLV Target Launch Vehicle. 6 v6 N8 ], o9 Z" o7 i& d& c2 m; B" C7 \TLX Teletype. - I9 M7 x- F( O# \) h% v! z6 RTM (1) See Theater Missile. (2) Technical Manual. (3) Tactical Missile (US Army) \$ b, \7 s9 |$ ~1 D term).1 |2 R( A$ [- o: ]. f! U: g- ]* A TMCC Test Monitor and Control Center./ X+ H! h* p0 l0 z TMD See Theater Missile Defense. % I# h# g5 X9 T+ lTMD C2 Theater Missile Defense Command and Control.- N9 Y6 ]- [2 D# I4 i6 D l! g MDA GLOSSARY, VER. 4.0 T# S) G' a7 t( q8 O% L9 v 3018 q# }$ ?) I& E0 Z+ K TMD C : ^& X7 U6 `1 l( t# S3' t& ~5 i$ [$ L4 Y5 H g I Those assets that provide connectivity between and among Theater Ballistic : q* Y6 G" }. r4 Y5 f. D3 PMissile Defense forces.' B5 I) @/ v- ^3 g2 q% e TMD ESM Theater Missile Defense Existing System(s) Modification (MDA term). 2 D% ~. l; @0 o, |5 {& [ _* hTMD GBR See Theater Missile Defense Ground Based Radar (THAAD Radar).2 y1 R& N5 r: Y4 Z6 _ TMD IA Theater Missile Interoperability Architecture. 1 [; R+ h' b, V0 c {& HTMD ITP TMD Integrated Test Plan.& K- q+ w$ p3 p* n; q TMDAS Theater Missile Defense Architecture Study. % }: F0 x2 B$ wTMDC Theater Missile Defense Council.1 Y1 ~: F& }8 X TMDE Test Measurement and Diagnostic Equipment (ILS term). # f. _3 H% m5 g& ^& s" g/ BTMDI See Theater Missile Defense Initiative.# {. l9 L# i% N8 v, {; _' g TMDSE Theater Missile Defense System Exerciser. & O; U& ^* i- C% |TMMM TOMAHAWK Multi-Mission Missile.3 z, H7 e6 D, X" L TMP Technical Manual Plan (ILS term). 3 ^5 e3 C# m7 i7 |TMPCU Tomahawk Theater Mission Planning Center Upgrade." r! N0 R1 s# @* L4 Z% R! S$ t TN (1) Terrestrial Network (C2E term). (2) Thermonuclear. / U u3 F. s/ U, f) Y! uTNF Theater Nuclear Forces [Treaty term]. / w9 V6 `+ p3 D/ s9 s% wTNT Trinitrotoluene. ! {9 q, Q7 r+ r' u6 lTNW Theater Nuclear Weapon. / R( I+ X# Y* M3 S4 ]- l. FTO (1) Task Order. (2) Technical Order.# Z1 `) ?! ~. u- I: Y) P TOA Total Obligation Authority.& ? e8 U' |+ [ TOAM Tactical Air Operations Module.+ |" a2 V* P+ R& k TOC Tactical Operations Center.- q* A8 c) Y/ D" m. d* D5 }" L. \ TOE Table of Organization and Equipment.5 x; Y( Y' ?) ~ TOF Time of Flight. * a! t! Z3 W7 m( A5 ~9 PTOI Track of Interest. : a, \9 o! ]4 VTOIA Task Order Impact Analysis. + i0 G/ z2 n- S3 WTolerance The ability of a system to provide continuity of operation under various abnormal * Q6 |1 R6 ]6 Y' a2 |6 h& P. oconditions. 6 F7 T0 H i: ]$ N2 ^TOM See Target Object Map.

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发表于 2008-12-25 20:25:05 |只看该作者
Tomahawk US ground launched cruise missile. # m3 a2 ?6 G K" `3 PMDA GLOSSARY, VER. 4.0 T ( I2 g* v) [$ d. j/ I302' J6 r5 Y4 `0 i# b' u; v7 H; N# _$ g TOMD Task Radar Management Details.. ^9 H! j1 \; Z6 {/ ] TOMP Task Order Management Plan." w4 A# Z+ N/ b TOMS Total Ozone Mapping Spectrometer (NASA term).& F; n! G2 T3 @5 P& b6 K' ], x' i2 Z TOO Target of Opportunity.& p3 Y, t! F' I" `1 q0 Z Z0 t J TOOL Target of Opportunity Launch. ' G; J) a9 @! C( |% ~TOP Task Order Plan.: X6 p! d9 k) e Top-Down Pertaining to an approach that starts with the highest-level component of a ( d& T! k o' ~1 S8 G) shierarchy and proceeds through progressively lower levels; for example, topdown design, top-down programming, top-down testing. Contrast with bottomup. 3 \! K; [# o4 t' d1 u0 aTop-Down # x8 {# e% D( _Design ; i4 @; k/ Y4 t' X' n0 M3 K$ N6 DThe process of designing a system by identifying its major components, ' \' V2 C8 q! V0 U5 y, {( sdecomposing them into their lower level components, and iterating until the ' c! W% z5 ?4 m7 o1 w" xdesired level of detail is achieved.% l f6 m+ F5 f" k" V; m$ w Top-Down ) N9 i* w5 A: ?- e' l# U5 e! wTesting/ _6 z( Y9 m/ _! n The process of checking out hierarchically organized programs, progressively, j+ Y6 D& m6 M Afrom top to bottom, using simulation of lower level components. 6 Y6 ^6 r0 }2 kTOPAZ A project to demonstrate the transfer of Russian thermionic space nuclear power2 F* X6 A4 L1 h4 Z5 N technology to U.S. BMD applications. , g, B! w- I0 g$ W) HTOR Terms of Reference. 1 l2 t) n y! ]2 q: B6 i7 ~6 s" FTOS (1) Tactical Operations Shelter (Station). (2) Task Order Status. # O g+ k* _6 B3 ^* dTOT Time on Target+ @. c s2 s- X& H! f Total Obligation . w. ~9 J* @" H6 JAuthority (TOA)% @% I1 K( a9 c$ Q+ ^3 g& y9 v A DoD financial term, which expresses the value of the direct program for a given3 D6 D( l( j$ I# n) U fiscal year. e7 P, ?+ m3 F0 s Total Quality! h" w# G# c3 k8 v3 u4 F Management [9 P' n9 D, R. f(TQM)% \7 z# F* F; e$ s8 k A management philosophy committed to a focus on continuous improvement to' ~- i8 J6 d( G9 } product and services with the involvement of the entire workforce. % ^9 X" M! G4 b4 B$ C5 kTOTS Target Oriented Tracking System ) @$ E1 A1 t7 R- {5 x2 m' i, }TOVS TRIOS Operational Vertical Sounder.7 Z. v$ C- a( ]" K; e" S Toxicity The kind and amount of poison or toxic produced by a microorganism, or0 `) l' Y4 l8 i+ N1 v7 E possessed by a chemical substance not of biological origin. + f& M u' E: U8 k: f4 C' J CTP (1) Telenet Protocol (Telecomm/Computer term). (2) Test Program.: R2 k! M4 I0 D% s. I TPALS Theater Protection Against Limited Strikes.$ ^ g8 y _2 D TPBM Terminal Phase Battle Manager. . l8 K N' B1 b8 J6 hTPD Mobile Tactical Radar (US).$ W: T B. `& M9 X# o TPDR Total Processing Data Rate (TelComm/Computer term). G8 i' t% A" S" v: f9 lMDA GLOSSARY, VER. 4.0 T ) U+ U) [& G& i4 l303( B- U5 Q. ?7 Q TPEC THAAD Performance Evaluation Center.. g9 h( f1 d& ] TPEM Technology Program Element Manager (SDIO/MDA term).% w4 z- {% U8 I& G" d6 ~/ I2 g TPFDD Time-Phased Force Deployment Data.( h0 r* n% g/ B6 n TPFDDL Time-Phased Force Deployment Data List.5 w1 ^5 L* W: @" V+ M TPFDL Time-Phased Force Deployment List. ; j" _. k* G2 X" p6 E- |& y4 MTPM Technical Performance Measurement. - i3 o8 ]& T0 P/ ]TPMT Total Preventative Maintenance Time (ILS term).3 ~- X$ _0 [; U- P+ _ TPO (1) Test Planning Organization. (2) THAAD Program Office : s1 `5 c" h0 F9 \% Z6 rTPP Test Procedure Plan.% @0 N, L2 A2 f+ T8 U6 y* D* |+ U TPR (1) Terminal Phase Radar. (2) Trained Personnel Requirements. (3) Target $ G8 c9 v5 D0 J6 |* Z: Z$ M; rPerformance Report. * U! g0 y \1 q5 O; e3 c0 p0 iTPS Thermal Protection System. % w' ]! l. e. I; |' g: n$ pTPT Theater Planning Tool. 0 j; T3 a0 c5 o8 Z4 G$ k6 fTPWG Test Planning Working Group. (U.S. Air Force) + x. Q9 ]0 P' X. HTQM Total Quality Management.' h; Y H- R4 Z* d4 H3 K$ i, W Traceability (1) The characteristic of software systems or designs or architectures or6 o8 J5 d v9 d1 d5 g domain models that identifies and documents the derivation path6 c; y) j: s7 _, s1 m* Y (upward) and allocation/flowdown path (downward) of requirements and ! r/ n0 m8 T7 h: c- M2 hconstraints. + _. _! l- @; D(2) The degree to which a relationship can be established between two or* |& L: x3 K8 o$ c more products having a predecessor-successor or master-subordinate! v U. [$ J+ N i& E relationship to one another.

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Track (1) A series of related contacts displayed on a plotting board. 3 V. K; r3 I8 b/ u( R1 P- r(2) To display or record the successive positions of a moving object.4 J8 q5 U+ L. C. L/ n" L; Y: O, u3 I (3) To lock onto a point of radiation and obtain guidance from.# W4 v1 r9 B& ^7 }" r (4) To keep a gun properly aimed, or to point continuously a target locating2 ]. R: S6 T4 e2 p& T. m instrument at a moving target.5 a* h! _7 F/ o (5) The actual path of an aircraft above, or a ship on, the surface of the & L6 O' e9 b- o* u3 cearth.$ P3 t# ^- Y' I4 \0 \ Track0 \+ C. m- Q5 H/ a* B9 k" ~ Assessment, C7 e" P. I0 n4 p The Track Assessment looks for anomalies in an object’s track data. An anomaly& p1 |8 J1 ?. {/ R3 j6 T in the track may indicate a hit. * n ~2 c8 l1 D ~$ k- S. y# C. [Track, Birth to & n" e4 h+ ~" I6 S e% N8 e8 Z- VDeath , {+ o' \4 ]' r' h0 F0 V3 AThe maintenance of an associated track through all phases of flight (i.e., boost; a" t8 n, a, i to reentry)./ N/ }! ?1 q; p. H Track Correlation The combining of track information for identification purposes, using all available. ^) @8 J+ |; z. Z% M9 a data.: d& z; F/ Q* v( ~/ P Track Extension This term usually applies to improvements in track estimates by use of new data. 2 K" W4 z. k6 l. k* BIt is sometimes used to describe a process of target extrapolation to a future time 7 s5 \0 z1 B! t1 Z: d* i0 Vor place (e.g., reentry). % S1 `" t) u% v7 LMDA GLOSSARY, VER. 4.0 T, M" m, e4 z$ V; s7 }5 l/ S 304 1 x3 E: Z0 H4 |4 h+ U0 {Track File A target’s stated estimate, confidence, covariance matrix, and associated LOS& w5 k7 C0 G7 l( i1 B. V% ~ measurements with irradiances with confidence of association; or some subset of$ o4 Z6 ?2 Y: @! L the above.9 B) W: P8 I9 N$ A Track File-Track: F$ V+ P' J3 V2 c% T History 3 j, A5 C, I% L- o& _' `$ \6 YA set of individual track reports on a particular object, which taken together& N# @+ c' w" K8 a) e, d1 r, ] produce useful approximation of that object's future position in space.* p" ?8 l: }, n5 Z3 F Track Formation The process of determining the track or tracks of detected objects. It is usually a3 J+ f5 W% z2 Z# Y5 F three-step process of data association, track initialization, and track improvement' ~1 h! k9 H x y by filtering. ; Z9 m* f, M; S F$ M4 b) k3 g! ETracking The act of generating and maintaining a time history of an object's position and 7 {" Y1 ]8 B$ L: G c3 ^6 pany other features of interest. * Q. ^6 d6 @- j& XTracking and6 ~( B$ B) d# O1 L5 B& N Pointing : e& N; Q) q( ~. h; J+ L( Q5 r9 NOnce a target is detected, it must be followed or “tracked”. When the target is! X" o2 d2 {1 k successfully tracked, a weapon is “pointed” at the target. Tracking and pointing : t2 t4 X9 J8 H" ^are frequently integrated operations. # ]& j! {9 d. m/ U, TTracking Range / E# }& q3 {" |! o3 U, q# W6 ?, T(Max) % X" ?+ J) D8 e! B+ bThe maximum line of sight distance at which a sensor can maintain track of an ) s p8 H; ~' l6 W) aobject. z% K9 S5 T H( W/ w* WTrack Initiation The formation of the first or initial estimate for a sensor system of the state vector # \ v5 I- L6 yof an object. The process typically requires observation from a number of * z) ^% y+ I: d; I1 \% v! Eframes. - A6 t. c) c6 vTrack Production 4 p8 M% m- v$ j( m" [ x1 D% l. @Area" C' ^5 l9 n/ l G! f2 } An area in which tracks are produced by one radar station. # i/ { i! `4 K/ I7 \# h9 HTrack Symbology Symbols used to display tracks on a data console or other display device.. I& \' J$ u/ p; Y: L Track Telling The process of communicating air surveillance and tactical data information8 Y6 c! O) T0 m% B' K) L between command and control systems or between facilities within the systems. " ~& g- p7 K7 q7 yTelling may be classified into the following types: back tell; cross tell; forward tell;% V" J- g" o. @6 p/ }+ j6 J lateral tell; overlap tell; and relateral tell.% u h4 l! ~' X TRADEX Target Resolution and Discrimination Experiment. d a5 C5 C5 C: h' c& p9 H" d6 O TRADOC U.S. Army Training and Doctrine Command, Ft. Monroe, VA.0 s$ o- K) @; n% g! ` Traffic Capability0 v3 ]2 w7 K; M0 k- J Maximum: s/ ^( {+ [+ T) u# M The maximum number of objects per unit time which the sensor system can9 O; r9 Q+ n& N/ v. n maintain track files.$ A# I7 l8 V4 O Traffic Decoy Decoy that matches RV characteristics in the exoatmosphere and high8 s0 a2 M+ ?( @* B4 w3 V, I endoatmosphere.8 U9 W# H* ?8 g5 n Train Threat geometry with objects placed in a line (string) along the velocity vector of 1 M; ]8 o# Z" m4 V2 F( ?reentry.2 I6 d, a. z+ e+ ^ Trajectory The curve described by an object moving through space. . r3 T! q8 @- G& X# XTrajectory 7 p# `7 q( b- ?' lHistories& \* }/ o1 p k# Y Trajectory information on targets recorded over a period of time.( H% Y5 a5 M! H% B7 P) X TRAK A data base management system (not an acronym).3 c/ n5 `: ]) \ Trans-Attack Period from first tactical indication of attack until termination started, i.e., postattack. 0 _, u5 F: i* R3 [+ ?( S5 hMDA GLOSSARY, VER. 4.0 T% [9 K- L/ n2 O, c6 R* H+ q 305 " y8 H# M+ Q9 ~$ ]TRANSCOM [U.S.] Transportation Command, Scott AFB, IL. & I" }/ M+ ?8 G! B2 r. |) d3 GTRANSEC Transmission Security.: q( R% a! K3 R8 R Transition The period in which the world strategic balance would shift from offensedominance to defense-dominance./ H+ \2 f4 k7 y! ]6 W7 a7 X7 w Transition to V" E1 _- u+ P* eProduction ) a* S7 M/ E7 U" q. H5 T. nA risk reduction process during which the program shifts (passes) from ; R5 ~ d* x- p" \# ydevelopment to production. It is not an exact point, but is described as a3 X0 z' X) O! G4 m3 J process consisting of disciplined engineering and logistics management to ; [) K; d, g8 c/ a2 Hensure the system is ready for manufacture. (See DoD 4245.7-M.) : S9 Z$ |- m1 ?$ V, ^5 j) iTransmission 0 m0 j4 V: Q* @9 Z/ P, B8 YSecurity , t% U& g* ~$ P* y$ ^" U(TRANSEC)) X- z+ `% c# u2 t. k7 E% ^. d That component of security, which results from all measures, designed to protect " ]9 A; L7 h0 [) o8 B. l( Scommunications transmissions from interception and traffic analysis. (See ; A0 E+ k" Q$ c" {COMSEC.)

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Transonic Of or pertaining to the speed of a body in a surrounding fluid when the relative9 ?; t- n, k5 X5 ]7 |+ [ speed of the fluid is subsonic in some places and supersonic in others. This is5 Y* W% C1 _, K6 C% C0 a encountered when passing from subsonic to supersonic speeds and vice versa.! @2 K* d; Q! B. D Transponder A receiver-transmitter that will generate a reply signal upon proper interrogation.0 B3 [6 a. i( l2 F TRAP Tactical Receiver and Related Applications.# `7 j- w9 B3 i, ` Trap Door A hidden software or hardware mechanism that permits system security . t+ L5 N5 N% x9 o7 ^$ P4 ~! Fmechanisms to be circumvented.# G6 L4 B4 u3 h- B' Z9 S) {. f Traveling Wave % u& `: F' r2 e' [% X! N JTube (TWT)/ \: d+ ~0 h2 w9 v6 ` R An electronic tube in which a stream of electrons interact continuously or . E( C1 a1 S% ]5 y" D nrepeatedly with a guided electromagnetic wave moving substantially in / Z0 R6 e3 [- vsynchronism with it, in such a way that there is a net transfer of energy from the - b4 L' D8 y0 ?3 w* u$ m, n+ ~2 gstream to the wave; the tube is used as an amplifier or oscillator at frequencies in , z; s8 U$ a. P0 @1 _the microwave region. 1 Y9 m: \: I8 ~+ G% A; BTraverse (1) To turn a weapon to the right or left on its mount.* f( T- T+ `' }9 e5 J$ O/ g! x (2) A method of surveying in which lengths and directions of lines between9 X; |1 Z5 U% ~8 X4 | }+ I8 y+ n& k points on the earth are obtained by or from field measurements, and/ v! {- g6 C8 ^& J used in determining positions of the points.2 n* z' L: q0 I7 p5 J- E7 h Traverse Level That vertical displacement above low-level air defense systems, expressed both 3 i3 R7 ?* Z9 m0 Zas a height and altitude, at which aircraft can cross the area.5 ]0 W8 U3 j8 O" V' Z( L) ~' V TRB Tactical Review Board.7 X4 l; X& y+ e$ b6 ^/ P" w TRD Technical Requirements Document.0 D; S, \" V3 }' h TRE Tactical Receive Equipment.: \) t) x) u5 k w! g E2 r$ ~ TREA Transmit/Receive Element Array (THAAD).& z* z0 ^3 q, K; f3 C4 g TREE Transient Radiation Effects on Electronics.! n8 d3 i, S7 f$ j TREM Total Radiation Environment Model. 5 F* c- \: @# h6 ]- [. [( \TREPS See Thrusted Replicas.2 Q0 s) T. Y& M/ |* _% k9 @9 m TRESIM Tactical Receive Equipment Simulator. 8 V4 [0 i6 w! nMDA GLOSSARY, VER. 4.0 T ! ]9 ~9 @4 F- k- z306 % U( n% Q2 i) W/ K* O1 hTRG Threat Reference Guide.( k& l% a0 U- a" D- ` TRI-TAC Tri-Service Tactical Digital Communications System." O% @7 w& b/ ~% g! y8 H TRIDENT Class of US ballistic missile submarines (USN term).9 u* r1 s: N. P! P+ r$ P" M+ ~ TRIDENT I (C-4) US SLBM (USN term).* y) u; u0 G6 `8 ` TRIDENT II (D-5) US SLBM (USN term). ' }% u1 Z! ^4 ITRIM Toxic Reduction Investment and Management. $ S; C7 \ [+ h5 FTRM Technical Reference Model.1 S3 |# q# m; k! f8 D( { TRMP Test Resources Management Plan. ) f9 S9 U4 [( `# s6 E' F# ~TRN (1) Task Requirements Notice. (2) Test Requirements Notification. ( Y4 |4 f) |5 C- ^4 u7 FTrojan Horse A computer program with an apparently or actually useful function that contains $ M& U% x M9 Y: zadditional (hidden) functions that surreptitiously exploit the legitimate s8 r: @; A3 v% f$ v* ~$ m$ [authorizations of the invoking process to the detriment of security or mission8 [- i6 w y; f- Z9 y0 `& M performance. : o0 ~4 ^# C3 Y# l* p. U+ V$ ITROPO Tropospheric Scatter.0 R0 V$ M0 [+ `" o% ]! a Tropopause The imaginary boundary layer dividing the stratosphere from the lower part of the # T" {0 z4 s2 I5 O2 H+ C8 xatmosphere, the troposphere. The tropopause normally occurs at an altitude of4 C, {3 E& ?$ e; I2 N4 m9 ^$ U4 i about 7.62km to 13.71km in polar and temperate zones, and at 16.76km in the $ K5 @. U9 c6 Z _tropics. (See Stratosphere, Troposphere.) $ ?* h1 D8 u* B* i0 v8 eTroposphere The region of the atmosphere, immediately above the earth's surface and up to2 P1 k, Z. d7 s the tropopause, in which the temperature falls fairly regularly with increasing. v' K* p( k! h2 `% q! H altitude, clouds form, convection is active, and mixing is continuous and more or$ t, J4 n8 P& ~0 m: t less complete.' K7 d. P/ K3 C' I9 P Tropospheric A3 ^4 z. L6 l3 fScatter) p3 N4 P r9 u; E/ x$ T The propagation of electromagnetic waves by scattering as a result of0 }5 i9 H* N( b( O2 S8 E% N; j irregularities in the physical properties of the troposphere." i/ w* l% l7 F/ C4 A TRP (1) Test Readiness Program. (2) Technology Reinvestment Program. ( I$ B8 V; `( \8 Y$ ?(3) Technology Readiness Program (pre-acquisition program status).: s- q- h4 P: S& O# x (4) Technical Requirements Package.8 [ J# q2 Y6 Q1 H% M5 T, \ TRPC Technology Readiness Planning Committee.! h S* K* |9 v9 J+ N TRR Test Readiness Review. 3 w% W" I" H8 s; a, a9 MTrusted) V( [8 D3 M; G7 | Computer 3 {+ z; B, O% F% Q/ K) ]* t- ASystem/Software - l+ @) g; j; J- \6 ?$ OA system or its software that employs sufficient hardware and software integrity & x& F: ?0 O- }measures to allow its use for processing sensitive or classified information.4 i4 L+ I# k5 l. K. \+ A2 p Trusted Path A mechanism by which a person at a terminal can communicate directly with the * c T9 u B- W* j9 h$ zTrusted Computing Base. This mechanism can only be activated by the person T6 a/ X% r7 F% f) L* { of the Trusted Computing Base and cannot be imitated by un-trusted software. 4 e$ |1 |; y& X. \5 c5 p2 x- MTRW TRW, Inc. / ], h3 f% v# g4 v# Z1 ]6 ZTS (1) Terminal Service. (2) Top Secret., A. r# L* {/ t( V+ w) y4 S MDA GLOSSARY, VER. 4.0 T % N3 H9 V. G2 l# _307 5 v! a2 S) ]& ]( l4 g( f6 bTSA Technology Security Analysis. ; \# i7 m" n9 y5 v2 gTSD Tactical Surveillance Demonstration. 2 b8 l$ W. E0 B$ D9 w9 pTSCM Tomahawk Strike Coordination Module (USN term). U& C G2 x+ x' j9 I; k! MTSD Tactical Surveillance Demonstration.0 U! o( Q1 _& a0 t TSDE Tactical Surveillance Demonstration Enhancement." T' L* V. r" g; Q9 b TSEU Technology Seeker Evaluation Unit.8 p1 M9 [6 N; n! q" {2 A TsIAM Moscow’s Central Institute of Aviation Motors.! G4 J" P; n7 L TSM TRADOC System Manager.; ?$ o5 d! \$ K$ ?$ f5 `& _' v$ r [' @ TSMA Theater of Strategic Military Action. + k) z: M- R9 HTSP Target Support Plan. " \4 Z" N. {! I. L9 t- xTSPI Time, Space, Position Information. . \; `" z, Z4 z- [5 sTSR Target System Requirements.

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TSRD Target System Requirements Document. - W; p2 r: ^! h- m; WTSS Terminal Surveillance Sensor.- H" F* f2 R( ?6 W/ w TSSAM Tri-Service Standoff Attack Missile.) J" A( N: i; x! }8 @, _ TSWG Target Signature Working Group.4 n4 [6 L6 N M6 Z* c) g TT Total Time. 1 U0 f2 R( j' P2 \5 V0 a b' S dTT&C Telemetry, Tracking and Command. + z d1 p' Y7 T1 w2 y( |TT&E Technical Test and Evaluation (Army)." R/ B6 p' D% q8 |$ ~6 { TTA Total Time Accounting.3 ^6 h5 M! u8 a8 Z( \4 f" @6 c TTBM Terminal Tier Battle Manager.1 |$ f( m1 k$ K( {( [ TTBT Threshold Test Ban Treaty. 2 x3 i0 S/ N: I. B fTTD&D Test Technology Development and Demonstration. A portion of the CTEIP 1 i$ A2 s5 r% o8 lprogram, which funds the development and demonstration of technologies, . |- {* N- K% j7 }4 t7 e Dwhich have significant potential for improving testing. 9 ~4 e! |# H i' w- `4 c8 BTTEL Tools and Test Equipment List (ILS term)./ a; [0 ?3 d2 k n TTL Transistor-to-Transistor Logic. 0 j3 c! b1 L& P+ |' T* b; l) O, B' GTTP Tactics, Techniques, and Procedures." t3 F' v: H: l TTSARB Technology Transfer and Security Assistance Review Board.5 k q: A) w! l8 U1 O6 }- h TTT Test Technology Transfer.) E- B: d2 B8 v! N2 B MDA GLOSSARY, VER. 4.0 T ; Y+ p4 w. j8 C% p308- T" c7 z x O) } TTV Technology Test Vehicle. + ^0 z# p3 P4 d, M; aTTY Teletype. 8 b: c% y O/ s) S! ]3 C3 T, [TUG TRACE User Group.$ _+ O6 J3 ^; E! P+ r TV Thrust Vectoring (rocker engineering term).- ]# X/ K4 {. T0 U TVC Thrust Vector Control. 9 R! I% k @, m4 T" {/ }1 T `4 U2 P, TTVE Technology Validation Experiment.; k0 @1 T( j6 Y TVM Track-via-Missile.; Z( J, P% g. j9 u( X( M TVV Technology Validation Experiment. 7 Y% x1 r+ t" O; D4 z- ^TW Tactical Warning. 7 G0 P# N) O& R, S! G5 F0 oTW/AA See Tactical Warning/Attack Assessment. 3 @9 t' h# p2 J9 t7 ETW/SD Tactical Warning and Space Defense.$ ]8 u2 s) L7 e/ \ K; S TWG Technical Working Group.' L* V# l( q9 e- e3 K" {5 {$ q, h+ T TWS TOMAHAWK Weapons System (USN term). - u) s* ]1 E- Y; F- \9 HTWT Traveling Wave Tube.. `$ X9 ]: Z" i7 B* f TWTA Traveling Wave Tube Amplifier. (Electronic Engineering term). & d5 G/ h( c# ~) rTY Then Year (PPBS term).4 \$ m+ v# z& ?& ^1 u0 z% i TY$M Then Year Dollars Millions.$ ^+ }, g; w5 Z) Y$ E Type A - System 7 o) D9 _1 Y# M+ q, m* @Specification ! z- G1 ]" S+ S# PStates all necessary requirements in terms of performance, including test + T- F+ X T, h. a' [- _! F( K( \% Dprovisions to assure that all requirements are achieved. Essential physical " m+ H9 |# v2 Aconstraints are included. Type A specifications state the technical and mission( B; i7 U8 z# r+ i' H requirements of the system as an entity. : X; G6 f/ d, R, c* J: UType B -+ B# v! O0 }/ J4 |2 I# Q+ I Development # y# L4 C Y; Z2 O7 N0 `& d$ nSpecification' X m+ A7 g' e4 G" l) W* m- T States all necessary requirements in terms of performance. Essential physical 1 ^. f' p8 l$ Z8 d" A; }constraints are included. Type B specifications state requirements for the ( {4 e1 n( \, p' x- I6 @3 Gdevelopment of items other than systems. They specify all of the required item) V. k* L' [4 v: s functional characteristics and the tests required to demonstrate achievement of $ C* }- H& `5 N+ Bthose characteristics.8 y6 g& G% t1 _6 r' T2 S' R3 u, J Type C - Product . }8 v, _ w0 `7 ]; A! HSpecification+ M' X0 X9 Y7 h1 { Product specifications are applicable to any item below the system level, and ; _4 k1 B) ?0 C E3 omay be oriented toward procurement of a product through specification of ) U9 s1 X/ w1 R2 e; y4 H5 V: Jprimarily function (performance) requirements or fabrication (detailed design) 0 _6 B% l! d; `) q# prequirements. Type C specifications intended to be used for the procurement of ' S6 z3 u, u, ~ m/ Litems including computer programs. : n$ V* K) u5 D7 X7 r* l( n2 JTyphoon Class of Soviet ballistic missile submarines.& l3 \7 Y ?- M. ? Typing The act of recognizing objects by measuring a set of observables, computing a, x: ?* e- G* X4 Q set of characteristics, and associating the characteristics with a specific class of$ e+ b* d& q# P) B- K/ V. D8 P objects (i.e., SS-18, SS-24).& F$ y4 H: ^0 ~# p MDA GLOSSARY, VER. 4.0 U" W, R C, R4 Y' P6 s! H 309* c S0 Y2 ]4 p/ g, x4 y F# ~# x U Uranium.1 w. @) V! s4 @/ e3 O U&S Unified and Specified [commands] (pre-1996 term). & O. H, L9 e8 e& J: i$ Y" aU.K (UK) United Kingdom./ E h {7 M$ ?; W' X& | U.S. (US) United States.2 o/ ~* Z4 J. _# o6 N% i3 y U.S. West U.S. West Incorporated.# O- {/ T9 ~% X: v1 `5 u U.S.S.R. Union of Soviet Socialist Republics. 0 E; \8 Y# r+ \+ C e3 JUA User Assessment (NMD BMC3 term). ) f( A/ {" V9 ]7 n; ]UAE United Arab Emirates. ( v7 U% e$ E' ~) m- g: YUAV Unmanned Aerial Vehicle. |, l# I* F; G7 e2 Q+ ]' vUAV BPI Unmanned Aerial Vehicle-based Boost Phase Intercept. ! i% ?! t2 ?2 r% y" ZUCAP UAV Combat Air Patrol.1 p) ^& @8 ~0 z' }3 [' D UCC Uniform Commercial Code (US legal term).' k. R& o1 y% X* M UCP Unified Command Plan.& B% S1 F7 w w- S UD/ASD United Defense/Armaments Systems Division.# ?, k& p, f# n2 Z3 F4 N UDMH Unsymmetrical Dimethylhydrazine (a liquid propellant rocket fuel). . ]. L; |6 n1 M; `% E, K8 FUDS Universal Documentation System. A standardized comprehensive tool for stating3 s- l$ V3 I' l! u and coordinating program requirements for testing MRTFB ranges, as well as the: B$ a* z. h/ o( Q9 H capabilities and plans of test ranges to support program requirements. It 8 J9 u- s7 A0 E$ ]) ^. t' w1 Q7 y0 a0 pconsists of a series of six planning and execution documents: 10 are the Z, s3 f X! V4 Z1 h2 Y) O2 V Program Introduction (PI) (also called the Program Introduction Document (PID)),2 h! ?# X+ e' f' r, G/ G& Y 2) Statement of Capability (SC), 3) Program Requirements Document (PRD), 4) 8 S) ?, D( M8 X' LOperations Requirements (OR), 5) Program Support Plan (PSP), and 6) the8 j2 W! r/ N1 Z) [. n% L Operations Directive (OD). The UDS was developed and is regulated by the , M. h5 i" `' [6 xRange Commanders Council (RCC).

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UE Unit Equipment.8 t" D! G& q7 z8 K4 F5 q UEME Unified Electro-Magnetic Effects. . b5 P0 K7 R& HUEWR Upgrade Early Warning Radar. ! c$ Q. _' e5 |! ~+ i! S+ g, iUF4 Uranium tetra fluoride. % L( i( b5 X; R$ E& D+ `4 J& yUF6 Uranium hexafluoride.$ N$ B; K8 F- q MDA GLOSSARY, VER. 4.0 U: v8 A0 Z0 }4 Y; t4 B- |* _ 310 / D8 u4 i" L1 ?, CUFG User Focus Group.: v9 ~7 k2 `! k' S9 @- F0 F% [# E UFO UHF Follow-On [Satellite Communications System].9 A# n" z8 y+ V; I4 b! _4 G UFP Unit Flyaway Price. ! j% M; J( F6 j. R; TUGF Underground Facility. 4 r: u( Z c. F: f3 |6 R1 ^* j( oUGS Unattended Ground Sensors. 5 l5 t* d4 E1 [1 m' r2 n- DUGT Under Ground Test. ( b: o" ?9 n( L2 ~5 h0 a3 GUHF Ultra High Frequency.& x* g$ a, i) X( V. q1 ^ UIC Unit Identification Code.+ |8 A3 O; A. u UIN User Interaction Node. 0 T) b3 t; g2 D( {3 [UKAS (1) UK Architecture Study (2) UK Associate Studies.1 r- \% o0 Q7 d. p2 X* Z UKEADTB UK Extended Air Defense Test Bed. 0 k4 H; |1 w5 i7 KUKTB United Kingdom Test Bed./ Q0 f/ f3 m. G+ V' m: z- S ULCS Unit Level Circuit Switch (SINCGARS term). 6 ~2 }2 e8 q9 y% T+ E vULS Unit Level Switch. ) x8 ?: i. n9 z, q5 J9 s! oULSA Ultra Low Sidebobe Antenna. % i0 R& m q1 d# y @5 u- d4 d$ QULTDS Unit Level Tactical Data Switch (SINCGARS term). % O6 [0 u: V7 ` T+ W! ^: gUltraviolet (UV) Electromagnetic radiation of wavelength between the shortest visible violet, \& N' _! j' W. J3 l (about 3,850 Angstroms) and soft x-rays (about 100 Angstroms).. o2 d/ j7 E( o7 M UMD Unit Manning Document. 5 J/ p* L( \2 ` P4 pUMMIPS Uniform Material Movement and Issue Priority System (ILS term). - V& w9 D8 |8 E3 j2 }UNAAF Unified Action Armed Forces. / w3 w* m4 c$ l& P0 e. i( H& U- yUNC United Nations Command. 9 y5 A- \ a. X; ^3 aUnconventional 4 u0 ?; k y0 q, XWarfare " d# _! j* P5 p: D$ W J* C+ tA broad spectrum of military and paramilitary operations conducted in enemyheld, enemy-controlled or politically sensitive territory. Unconventional warfare F5 U8 @8 E+ ^includes, but is not limited to, the interrelated fields of guerrilla warfare, evasion . P a+ @2 O" N7 Nand escape, subversion, sabotage, and other operations of a low visibility, ) }' V& D1 S; F5 z1 e/ M- \covert, or clandestine nature. j9 b( D, p7 o0 d5 mUnified Action! ~1 M5 a U% e+ F c Armed Forces ' x6 p6 ?$ C9 f' |& YA publication setting forth the principles, doctrines, and functions governing the / [; m: d* D. G- O! Aactivities and performance of the Armed Forces of the United States when two or ( @! O- Z6 l# d" o" L- Mmore Services or elements thereof are acting together.3 y, X; C7 |! D+ D Q Unified Command A command with a broad continuing mission under a single commander and 8 S- X) D$ a5 a8 rcomposed of significant assigned components of two or more Services, and1 a. p5 W; w( M- X; z which is established and so designated by the President, through the Secretary , Y( h& a/ x6 S! C- K* {( ]of Defense with the advice and assistance of the Joint Chiefs of Staff. 1 p7 W% L4 R* y; V7 Y6 A2 t/ DMDA GLOSSARY, VER. 4.0 U G3 }+ ~: y4 _# E 311 5 v0 @1 b" V- g" GUNISYS UNISYS Corporation. 9 n$ ]# y7 R$ v' `$ z* w( WUnited States ( d/ S6 \7 E' v* XArmy& L) r8 Y/ z! B Space Command) @5 \. B6 e6 s1 A (USARSPACE)4 ^6 x0 l8 C6 X5 q0 L) f9 o The Army component command of USSPACECOM. Responsible for the Army M+ C- X# y' R P, A+ r elements of the SDS system. Located in Colorado Springs, CO. 2 ]! z; S$ Q( @9 {+ SUnited States : v# X4 [2 e- Q& }: dSpace Command; V- G. M0 |6 f3 _4 H (USSPACECOM), i0 @0 T/ U( X9 e The unified command responsible for planning and conducting ballistic missile! ]+ w, y5 B- p% W/ \ defense. Located in Colorado Springs, CO. 4 q( k& S5 ~" V# hUnited States/ {+ \) N; T4 ?" \! n n& c% i3 s Strategic# H" Q# z6 a2 U0 a& } Command2 ^' F& J! c3 T/ ]/ I (USSTRATCOM)& u: Z( j) ]/ x( j1 @ The DoD unified command responsible for carrying out directed nuclear and nonnuclear strategic air, intercontinental ballistic missile, and sea-launched ballistic% k- t/ N: z, {# x3 _ missile offensive combat strikes. Located at Offutt AFB, NE.% L+ o) W k! ?3 y3 a+ q United States! e$ \- a& X# W/ ?5 G% x. { Transportation. i1 p: e7 z5 o0 M. O2 s4 | Command* }1 `+ O* K3 x: l; u8 ~; V, g (USTRANSCOM) ( p# Q: p9 ^- D# `8 l+ H; a2 E0 wThe DoD unified command responsible for providing air, land, and sea4 K! s* `8 {0 ~8 U8 X- c transportation for the Department of Defense, both in time of peace and time of4 N+ l& Z- n/ F2 W" z z war. It is also responsible for providing airlift, sealift, surface transport, and& v b4 F* I8 V7 B( C( I! Q terminal services, and commercial air, land, and sea transportation, including as7 O O. \( z0 V needed to support the deployment, employment, and sustainment of U.S. forces* v+ l% f! M1 j. U! E9 f. z on a global basis, as directed by the Secretary of Defense. Located at Scott4 z; Z" n8 D4 ~) \1 D) m& {9 I AFB, IL.

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Unk Unknown. , T# _2 u. g9 c7 p3 o# ]Unresolved1 _1 q1 z7 ]$ {1 e" z f; W Objects/ D7 {6 Q9 M" S2 P& t- L& m Objects so closely spaced with respect to the sensor focal plane as to be k" s# o b8 P6 M5 `# Gindistinguishable from a single object.% T( u! H& c/ P1 x3 d8 H4 {- N UNSC United Nations Security Council. ( o. |' Z' B1 u1 d6 F& mUnSecEnergy Under Secretary of Energy. , g: }" f- M2 o; c \: zUOC Usable on Code (ILS term). # ?( J8 {( Z4 G6 R- v4 gUOES See User Operational Evaluation System.6 K1 H8 I! N3 d+ [5 K UPD Unconventional Passive Discrimination.( M6 r, [% U4 c$ e1 H UPS Uninterruptible Power Source.& O: v, v) I, l- [+ P# { UQT Unit Qualification Training (ILS term). ' X6 `! {) [7 q1 @; x tURIP University Research Initiative Support Program. 5 \. Y3 N% a3 c; ]URL Uniform Resource Locator (internet protocol term).3 _% W h6 S2 k4 u& g: [ URT Upgraded RTD. - F& x m1 L# `) R8 u7 B8 O1 f2 I4 |! q9 A. \US/UK United States/United Kingdom. # U# B! U" O% |- n4 n+ u6 j; S1 d' U1 EUSA (1) United States Army. (2) Under Secretary of the Army." b8 E& I1 O, t" } USAADASCH U.S. Army Air Defense Artillery School. / }7 P8 k' R1 {' ] X1 p7 |USAAE U.S. Army Acquisition Executive. " I# M# `# q; e @/ T ?MDA GLOSSARY, VER. 4.0 U& E- e& f" o! {# g 312 " w% G" v7 z5 p7 o, J& TUSACE United States Army Corps of Engineers. $ A3 N" E$ K3 ZUSACOM United States Atlantic Command, Norfolk, VA.& |- V$ \6 z' O3 h2 w3 v USAF United States Air Force.# A/ G; u% T' M- N2 ^# {+ G* I USAF/AFMC/ESC U.S. Air Force Materiel Command, Electronic Systems Center; ex-ESD. T/ x3 I1 y: y% Q& l% Z! L5 A& IUSAF/AFMC/SMC U.S. Air Force Materiel Command, Space and Missile Systems Center; ex-USAF, \/ d( H: d9 H, A( U Systems Command /SSD.7 O2 i) D9 k1 w4 `- K$ n USAF/OTEC U.S. Air Force Operational Test and Evaluation Center. 0 w, P4 h. l* Q4 ]7 z+ `9 [# _USAF/SMC U.S. Air Fore Space and Missile Systems Center, Los Angeles AFB, CA. ) |4 Z0 {" \/ B0 @USAF/SSD U.S. Air Force/Space Systems Division; See USAF/AFMC/SMC. 4 ]. G9 M @0 r7 Q! @- Y& zUSAFE U.S. Air Forces in Europe. - h& y& `+ Z" `( N- A, g5 HUSAFLANT U.S. Air Force, U.S. Atlantic Command.: a. S r) n( o" D2 G0 \4 v2 j0 x USAKA U.S. Army Kwajalein Atoll.. w8 D! X7 r" [: C& D- R* s USAMICOM U.S. Army Missile Command, Redstone Arsenal, AL. / I. [/ m$ G' ZUSAMSIC See MSIC. 9 Q& V E" M# m5 M' X5 S" NUSAMSAA U.S. Army Materiel Systems Analysis Activity.$ v; o( G5 u$ ^3 p7 u USAOEC U.S. Army Operational Evaluation Command, Alexandria, VA.) G0 S. } D# Q* }8 k2 f USAOTEC U.S. Army Operational Test and Evaluation Command.5 |" w# {1 o8 ^8 P3 [, \! Y: b USARCENT U.S. Army Forces, U.S. Central Command.$ E% D" u$ o& F" w USAREUR U.S. Army Forces, U.S. European Command. + n) @8 ?3 p( ?+ ^USARLANT U.S. Army Forces, U.S. Atlantic Command. ; Q5 M7 X- ]0 F$ h+ i5 r' G- w ZUSARPAC U.S. Army Forces, U.S. Pacific Command. 5 d: g$ T, {8 wUSARSPACE See United States Army Space Command. / m' p. T, b$ m6 T, c& o% b; CUSASDC U.S. Army Strategic Defense Command (<1Oct 92). 4 r- E# ^) I) I" |1 wUSASSDC U.S. Army Space and Strategic Defense Command, Huntsville, AL& K; Q% z, f; z7 ^0 I# ~ USATECOM U.S. Army Test and Evaluation Command. * P3 N$ {. i; ]3 s) T/ YUSATRADOC U.S. Army Training and Doctrine Command. ) J( K( o6 k+ L' l ]USB Upgraded SBD. # M0 G/ f, x! L, `USC U.S. Code. # k3 h/ d1 S) `USCENTAF U.S. Central Command Air Forces. - T% S5 h$ H' G' y5 _MDA GLOSSARY, VER. 4.0 U) d2 j0 q8 C; V; t) X$ s) A 313, }. ~0 L: W: |4 T' K- L USCENTCOM United States Central Command, MacDill AFB, FL.: d- Q4 g, R3 \ USCG United States Coast Guard. 5 K6 f5 d3 s( C1 S5 v8 P: xUSCINCCENT Commander in Chief, U.S. Central Command.+ z3 y* }& s+ w2 H, Z USCINCEUR U.S. Commander in Chief, Europe. 1 S) d0 a& E1 t- ZUSCINCLANT Commander-in-Chief, U.S. Atlantic Command.& l& s1 H4 x$ q; e& D7 `; u5 N USCINCPAC Commander-in-Chief, U.S. Pacific Command.$ t# @4 y1 b* Q- W) B" m* s% c USCINCSPACE Commander-in-Chief, U.S. Space Command. + w# ]( o4 e" eUSCINCTRANS Commander in Chief, U.S. Transportation Command. 6 W) v/ k" w$ B9 A% f! a6 F; d& @; OUSCS U.S. Customs Services.2 s$ b& t* E- V USD Under Secretary of Defense.* B- |5 R6 ]. E3 h1 x USD(A&T) Undersecretary of Defense (Acquisition and Technology).. |0 B. m: N7 j4 i% k4 h USD(A) OBSOLETE. Under Secretary of Defense (Acquisition.)./ _: T- q. Y$ K) h" \$ S USD(A)/STNF Under Secretary of Defense, Acquisition, Strategic and Tactical Nuclear Forces. / s; U. R& }. @) x n4 R$ W0 f% mUSD(P) Under Secretary of Defense for Policy. 7 h: m$ }0 |- P# w2 [( E. L0 W) xUSDA United States Department of Agriculture. ! L8 H: @/ w& |7 }9 y# a1 \4 f' vUSDAO U.S. Defense Attaché Office. 3 S- o% j! p; a/ A' }USDELMC U.S. Delegation to the NATO Military Committee.% g1 v% V) j9 A8 l8 e, X USDR&E Under Secretary of Defense for Research and Engineering. 8 M$ H; `9 S; y2 v% K+ sUser Friendly Primarily a term used in automatic data processing (ADP); it connotes a machine * o+ }( Y3 | t: Z(hardware) or program (software) that is compatible with a person's ability to 8 F& d* \: t; s% s8 g- a& |operate it successfully and easily. ' [4 @, d6 s! S9 N& RUser Operational, W* g' n4 { S8 h$ Q( f+ x3 r Evaluation/ z4 b* j( L8 u: b1 a% K# C System (UOES)" G+ V U8 @8 U5 G Prototypical system developed and tested as part of the early phases of the 2 v; @' F9 _& T' Z; v8 ?4 l! \' [. adevelopment process. A UOES has two objectives: (1) testing, evaluation, and 6 s2 O3 l$ ]+ s% q0 Itraining for a system proceeding through the normal acquisition process; and (2), E @2 V! i3 z3 Z U3 S0 b contingency defense capability should the need arise prior to completion of the+ [5 K. x c! n! j z" v' _ normal acquisition cycle. 0 ]' R+ u" J* @- rUSEUCOM United States European Command, Stuttgart-Vaihingen, Germany.5 n$ ^& A+ @" d: c7 u USFJ U.S. Forces Japan. 3 X. N& P8 W% YUSFK U.S. Forces Korea. " V* ^* [! Q) L) M: k* _USFK/CFC CSFK Combined Forces Command.- L/ b( ~5 Z2 }9 V4 g/ h8 F7 A USG U.S. Government.% F; y/ p/ ?$ n: k: ^, i USIA United States Information Agency.

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MDA GLOSSARY, VER. 4.0 U " P/ n8 \8 P5 `$ \- g- u3147 W! ~: g+ w/ }7 J9 r: ]5 ?3 D _ USLANTCOM United States Atlantic Command (Now see USACOM). , h5 o9 Z) ~4 BUSLANTFLT U.S. Atlantic Fleet.! |/ d5 g. O- X$ J. U7 h USMAR- / }3 u: y& p0 b* Z# mFORCENT - v# m# ^# G* x. k2 ?$ NU.S. Marine Component, U.S. Central Command. $ p- Q% s, w6 n$ nUSMAR-FORLANT U.S. Marine Component, U.S. Atlantic Command.8 F* A$ a9 ^3 f( k$ C, P$ | USMAR-FORPAC U.S. Marine Component, U.S. Pacific Command. ! r$ @# W9 l# g, DUSMC United States Marine Corps.$ o9 h; l2 E" a5 z; p' p USMCR United States Marine Corps Reserve.7 y9 Y6 p: V4 ]! s0 `$ _9 }+ x1 | USMILREP U.S. Military Representative. u: B J' F7 Y USN United States Navy. " o! O4 Y. u: XUSNAVCENT U.S. Naval Forces, U.S. Central Command. : w" o) i- O" ?' K+ X5 iUSNAVEUR U.S. Naval Forces, U.S. European Command. , A* l( T' P" d6 C: EUSNIP U.S. Naval Institute Proceedings. 2 Q# ^8 k+ Z7 s0 V) T$ a6 e mUSNO U.S. Naval Observatory. 7 ~' A: d* E; u+ @) r2 {0 c+ HUSNPGS U.S. Naval Post-Graduate School.- u5 V' W$ A* t3 G( U1 @ USPACAF U.S. Air Forces, U.S. Pacific Command. . M, j+ F) R/ ^$ r6 A$ i0 O4 IUSPACFLT US Pacific Fleet. 0 Z4 }, Y* Q6 R. ]! lUSPACOM United States Pacific Command, Pearl Harbor, HI.5 g0 B/ N* R o3 I USREPMC U.S. Representative to the Military Committee (NATO).+ p1 p5 Q# G' X: i! l USSC United States Space Command.) ?+ B8 ~5 u- j" `' d% ] USSOCOM United States Special Operations Command, Tampa, FL.. W% a' @1 C, H5 Q8 F; ^7 g USSOUTHCOM United States Southern Command, Panama Canal Zone, Panama. / v: W1 [1 m3 f, Z& t, ?& zUSSPACECOM See United States Space Command.2 |: L( s) ~& i USSS United States Secret Service. " c8 G) G e% }. y2 Y8 [USSTRATCOM See United States Strategic Command. 0 B" _: N- b. \& `% kUSTA United States Telephone Association. $ N& `0 y* u, F1 W& o9 O: P" mUSTRANSCOM See United States Transportation Command. 9 n$ B8 k) n( L1 G3 h2 C7 qUT Universal Time.' v# t1 U1 v0 o$ Q. A" [6 X! T7 d UTC Unit Type Code.! a+ R4 }) j0 @5 Z S' T MDA GLOSSARY, VER. 4.0 U , Z1 d) k4 |8 o2 G9 t315 : z# a7 T, K# N% V, R$ I* d& i( CUTM Universal Transverse Mercator. . U( H; v2 K" D4 `3 P; ?UTTMDS Upper Tier Theater Missile Defense System. See THAAD System.% K8 x( ^' ~5 E+ r7 Q UUT Unit Under Test (ILS term). " F$ S2 a: W& e" s; E* {UV Ultraviolet. % K3 I F1 N/ e( ]: v& t$ wUV Electro- . H2 ?" W% {( [ ~' x5 g7 bOptics; M; x' a1 G: _$ L% j1 ] Technologies/techniques employed by optical sensors in the wavelength: P3 X& _& S" C* I5 c1 Y7 {5 ^" _" R spectrum shorter than visible (e.g., less than 4,000 A). $ x4 v; Y/ o3 |- I5 K' EUVPI Ultraviolet Plume Instrument. 9 R0 Y* T5 A" F bUW Unconventional Warfare.$ c" D2 g/ Y* G4 s+ k$ E: J& V MDA GLOSSARY, VER. 4.0 V7 l3 ~4 o( j( }7 S/ a# q' \- m' Q6 q 3168 w& `! Y- d' d7 o' i7 ^5 n V Volt.$ O+ e, Y+ `) \# a2 p5 I7 b4 W V&H Vulnerability and Hardening. 4 W- X1 ^3 e( }V&V Verification and Validation. (See Verification, Validation, and IV&V.) r* d1 J6 [8 \8 h V/STOL Vertical Short Takeoff and Landing [aircraft].- w+ Y; j8 }6 v! b( @9 Y- C VAFB Vandenberg Air Force Base, CA. 3 B% l. B1 t5 t2 g8 v9 J$ E3 a! bValidation Confirmation that the processes and outputs from a test resource parallel real ' E9 H# m2 s6 tworld processes and are realistically sensitive to change in the environment, 8 i( j1 a9 B+ X1 r) N9 p2 Y i5 ftactical situation, system design, tactics, and threat.3 M# \5 q( g/ p7 @$ a VAMOSC Visibility and Management of O&S Costs.& S9 W5 k* g1 m+ C8 W! |7 W/ K VAR Visitor Access Request.2 g& A2 u' X, x" z Variability The manner in which the probability of damage to a specific target decreases1 Z6 D; L# d" Y- i. K& u$ r with the distance from ground zero; or, in damage assessment, a mathematical 0 S) X1 g8 `* x% S1 z" Lfactor introduced to average the effects of orientation, minor shielding, and 4 m' A) y" T& X g6 \: T6 Juncertainty of target response to the effects considered./ k P/ W( A. p VBO Vertical Burn-Out (velocity)., e4 m; n. H2 v8 G VCC Voice Communications Circuit. 9 h+ P8 b9 x8 @8 N3 aVCRM Verification Cross Reference Matrix.5 N: [3 u, m- Z VCS Voice Communications System. ! u& l" l9 y! pVDC Volts Direct Current." `& \. I4 I0 R0 g VDD Version Description Document.( j0 Q4 {: D2 ~ VDU Visual Display Unit. 7 R5 z( e7 R- S- _! nVE Value Engineering. ! k# K' c% c0 V# V2 v1 @VECP Value Engineering Change Proposal. * \. |9 v0 K9 L- `; C6 I: Q7 _Verification (1) Confirmation that all data inputs, logic, calculations and engineering 4 i0 _0 q0 B- a+ G9 i# Yrepresentations of a T&E resource accurately portray the characteristics,1 j: v! e7 u# \1 e8 h calculations, logic, and interactions of the system under evaluation.) `: w0 [! X* U" ^ D5 J. V# s (2) The process of evaluating a system or component during or at the end+ s" ]5 V# k5 r8 e5 @ of the development process to determine whether it satisfies specified ! t. h7 Z9 Y" C! T6 s grequirements. . }( `/ b; T% ^+ W4 i, kVESA Video Electronics Standards Association. 4 J% r& z& N5 d/ jVFR Visual Flight Rules. 6 z3 {1 y; ~5 o- ?. u* A$ LVGA Video Graphics Array (Telecomm/Computer term). % D& Y- W! |) I4 `+ UVHF Very High Frequency./ k5 |, h" @5 G* u4 ^/ u6 \9 F VHSIC Very High Speed Integrated Circuit. @- a( {+ I n) m+ F8 CMDA GLOSSARY, VER. 4.0 V 7 @( ?) Q) u" [1 O! x5 t7 q317$ Y; j+ l) T% e/ U3 o# V. l VIDS Vehicle Integrated Defense Software (USA term). * S( C0 W. o3 [( ?/ kVIGILANTE Viewing Image/Gimbaled Instrumentation Lab-Analog Neural Three-D, U8 @1 w, G# ~ Experiment. VIGILANTE involves building a small computer (ANTE) offering 1/125 R9 k) b) A6 x Operation Per Second (OPS), using a mixture of experimental three-dimensional 2 h: k0 S" M) ?# x ^7 tcircuitry and commercial components. Project also demonstrates VIRGIL, a 6 Z9 i" h7 f" p3 o5 Bgimbaled airborne sensor with visible, experimental UV and quantum-well IR : S- M- O B& r o/ t1 M' b0 H7 fcameras capable of tracking targets that can be detected, identified, and/ o5 F8 i8 P, N7 z9 i3 q! k precision-tracked with the ANTE processor.$ Z1 l* h4 I! N- x, ^ VIM Vibration Isolation Module.1 K7 W) f2 }# i$ m0 F$ a0 w' m VINSON Encrypted Ultra High Frequency Communications System. % P x. i) ~2 ^* J0 i) pVIS Visible.5 x ?0 f* G# k8 y VIS/UV Visible/Ultraviolet. ; q% t, k* b' f# H6 [$ j6 O% kVisibility Range. D; F4 X. S$ p (or Visibility) - y. p0 ~' C% f* ?/ o. hThe horizontal distance (in kilometers or miles) at which a large dark object can* @/ A! f ^0 M: _/ @ just be seen against the horizon’s sky in daylight. The visibility is related to the ; g# G# p) W S' k9 l* Tclarity of the atmosphere ranging from 170 miles (280 kilometers) for an $ {4 m$ y, ?8 T4 ~/ z: x- Mexceptionally clear atmosphere to 0.6 mile (1.0 kilometer) or less for dense haze1 |' t2 z0 f$ q! j A or fog. The visibility on an average clear day is taken to be 12 miles (19 6 i! d7 v& E( q: v2 ^# f) L+ ^kilometers).& r' o! S' ]/ v6 R Visible Electro- * Z: G- ~. ^7 D) E, h" E7 W: C* n: jOptics6 g) `) X% ~* S) m Technologies/techniques employed by optical sensors in the visible portion of 9 K& _" k% n6 W8 ~the wavelength spectrum.: o; t: m& B% Z. B M+ s VLAR Vertical Launch and Recovery (UAV JPO term). , V7 R8 E# x$ N9 L `VLF Very Low Frequency.7 C, V9 |! v+ { H" k2 u VLOS Vertical Line of Sight.

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VLS Vertical Launch System. 4 `" D" E4 f% q" sVLSI Very Large Scale Integration. ; k, k4 V- ^7 f5 v, P! Y9 \) a5 iVLSIC VLSI Circuits. 6 q; I4 ]8 g3 q2 N/ _VLWIR Very Long Wavelength Infrared.1 d4 Q. D: c3 \8 ^! @ w8 D VME Versa Modular European [standards]. ) }4 k9 C5 @* o6 b' E% P5 A) c/ H; MVMF Variable Message Format (Telecomm term)." w+ Q0 O5 b c& G, I9 G7 n VOX Voice Actuation.3 r9 m0 J% [% D' U; d' T: V VRI Vanguard Research, Inc., Fairfax, VA.! l1 j9 z1 O4 p2 D; c VTC Video Teleconference. . `, ]7 a: O, ~1 w$ m% f+ PVTOL Vertical Takeoff and Landing [aircraft].4 @$ u3 t( [' @$ c/ w VTOL-UAV Vertical Takeoff and Landing Unmanned Aerial Vehicle.+ u I9 P: V8 S" U& d VUE Visible Light/Ultraviolet Experiment.8 M' U9 W! y3 S( O8 F+ J MDA GLOSSARY, VER. 4.0 V : Q1 p- ~* i, y& d( T318 3 t, r6 W' n) OVulcan UK bomber. ' }" \0 v, t) K0 i3 aVV&A Verification, Validation, and Accreditation., h0 h8 Z7 V+ C VVER Pressurized water type nuclear power reactor.2 C3 x" R- A1 c e5 a) i# ? VVIRF Verification and Validation Information Request Form./ V4 w: M& X9 B9 A6 {8 ~ MDA GLOSSARY, VER. 4.0 W # N' J* C9 R. M* U( n7 E319 & U% M; z8 Y( G& M) ~, w5 d0 Y; vW/ With. ' }2 d! ? q- w. [w/o Without. . F- ^) b! H# w( MW/TD Warning/Threat Detection. . N5 ]2 ~$ I. G' ]( \, E+ g4 k5 |/ ]WAA Wide Aperture Array. % L+ T& H6 ?, w; u, l1 a& DWALEX Warfare Analysis Laboratory Exercise. ]8 h- V9 C8 X0 @. e; C8 f WAM (1) Worldwide Military Command and Control System (WWMCCS). (2) Wide Area4 C$ o% p' w: t! ^8 M Munition. (3) Wide Area Mine. (4) Wide Area Missile. 1 p) r; |! T4 R4 f) y3 y3 z: G1 _0 JWAN Wide Area Network (Telecomm/Computer term). 2 @9 S. v2 P0 z4 G4 WWAP Wide Azimuth Probe.4 g w3 @7 s3 H: N( s2 { War Game A simulation, by whatever means, of a military operation involving two or more % z5 F* u5 L' s' q, K4 n# t. @opposing forces, using rules, data, and procedures designed to depict an actual9 C$ @4 y1 m+ H: U or assumed real life situation. 4 Y1 b2 a$ }3 |- F9 D. a" v+ P% T1 \2 eWargame 2000 Title of MDA program for development of a state-of-the-art simulation tool at the % b+ x9 @8 K, y" D' BJNTF for use in CONOPS validation, missile defense program design verification,! Q0 z7 E p! g$ c) g+ C validation and accreditation, and support CinC/Allied wargames and8 t& {( Q' P8 e' i; ^7 M assessments.$ R9 P! s0 q) F& E# |" a% X/ R Warhead A weapon, usually thermonuclear, contained as the payload of a missile.1 k1 Z, n* O. l2 v$ h g" a& | Warhead Mating The act of attaching a warhead section to a rocket or missile body, torpedo, , q8 _5 M, M( @airframe, motor, or guidance section.# [9 ]6 H: }' ~9 o W Warhead Section A completely assembled warhead including appropriate skin sections and related- r; y+ o+ \: d% J5 J" u# E components.4 O0 S0 ?1 W |5 ?. @% L! ~% ?# u WARM Wartime Reserve Modes.: U/ D9 H% G! x# R3 t Warning of Attack A warning to national policymakers that an adversary is not only preparing its ! O8 P7 m! h# r/ b0 m3 warmed forces for war, but intends to launch an attack in the near future. % D, p$ X* ~- J( z6 NWarning Order A preliminary notice of an order or action that is to follow. q2 s+ S0 b6 i& d( F7 v) C WARSIM Warfighter Simulation (US Army term). 8 M9 ?9 y4 e8 rWARSIM 2000 Warfighter Simulation 2000 (US Army term).& Y" q$ Z7 B+ C; m Wartime Reserve0 E9 T- T* x: p' \% F9 S4 g( H Modes (WARM) A0 E; E3 L3 B& GCharacteristics and operating procedures of sensor, communications, navigation $ E" a. F0 B( S/ D1 q4 Caids, threat recognition, weapons, and countermeasures systems that (1) will & i8 p& l& m1 o( `% mcontribute to military effectiveness if unknown to or misunderstood by opposing * O8 R! N$ K- m. s1 X; l& n3 v* ocommanders before they are used, but (2) could be exploited or neutralized if ) s, `" l' d% d: c' n& Hknown in advance. Wartime reserve modes are deliberately held in reserve for! |+ n3 E9 E* Y/ A' R5 L% K( q$ ` wartime or emergency use and seldom, if ever, applied or intercepted prior to! m6 l4 L" ?( w, O% Y such use.1 E0 W' I5 O: ?+ w, w0 @% F+ [ WAS Wide Area Sensor.9 Z' u ?8 i$ @( w/ K; N. W WASP Wide-body Airborne Surveillance Platform. A modified DC-10. 2 H- g( W- s( \& B& { fMDA GLOSSARY, VER. 4.0 W 9 q+ M0 D. S0 F320 7 j+ U, s! I2 F# mWASHDC Washington, District of Columbia. ! h( U, [: H, K9 w- o. T8 b5 vWastage (Max) The maximum number of defense weapons which, when used, will be ineffective# `& y( w; G) m6 z7 Y in contributing to the defeat of the offense.6 a8 ~( `8 ]( C( C2 @! m3 X Watch Condition: m: {* v3 C# [" a (WATCHCON) ; c( e% ^7 ~6 T. K! c6 XSeries of readiness conditions used by the intelligence community to alert staffs " `2 x* K+ i1 Y, Oto watchfulness without raising DEFCON.& x& u- a; _0 {. ?3 r2 @' s7 s WATS Wide Area Telephone System. 4 p0 u I+ I4 `9 aWAVE Wideband Angular Vibration Experiment. 5 w E- u- O! F1 u9 J8 k2 U! V( ~Wavelength The distance between two points having the same phase in two consecutive ; o0 x4 K/ ]3 {( L8 [0 gcycles of a periodic wave, along a line in the direction of propagation.' k5 G3 `: F. F0 o1 J+ e4 S; h, ^) ~. {- o WB Wideband., Z2 [) r L. q" C WBM Weapons Battle Manager(s). ( S7 G7 D5 ~* C9 } a& n* GWBS See Work Breakdown Structure.) B- e, {) g. G! u WCC (1) See Wing Control Center. (2) Weapons Control Computer.6 ?1 ~& X: b% c$ }) ?- h/ R WCG Workstation Computer Graphics (Computer term). " \1 O ]. x! W; hWCP (1) Weapon Control Processor. (2) Weapon Control Platform.( ~' `) v1 C) ~( j9 r$ Y WCS Weapons Control System. 4 b: Z: I" \1 {" w9 P: `) zWDM Wavelength Division Multiplexon. 1 x1 N) ]0 r) Z; ^* ^Weapon Enabling The set of control functions without which defense weapons cannot be# h3 M. c. x7 R4 | A8 S) w launched.

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