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发表于 2008-12-25 20:24:45 |只看该作者
MDA GLOSSARY, VER. 4.0 T 7 r; b- x4 I7 T0 W( a5 L9 [298; ?1 L: E& n8 N y' B# Y7 a Theater Missile* M8 h" `0 ]5 v Defense Council7 N8 {2 L2 G+ v' \& m D (TMDC) & o1 V1 ?+ {, ZA consultative body for considering TMD family of systems planning and e) ?2 c1 a; l% o; g programming issues; chaired by an Assistant to the MDA Deputy for 8 D. t! P7 `6 Q# D; [3 x% M( OAcquisition/TMD, membership includes MDA TMD Directors, representatives of & p9 ~% D/ V8 C/ K, h; ceach applicable Service Program Executive Officer, and TMD Executive Agents 8 n2 Z7 _5 H0 vand Program Managers. 7 l' Q1 B- Z$ y; dTheater High" ?4 m! I% |+ m) O# } Altitude Area 1 m5 [* d) Z- q" ?5 SDefense System , l) n6 f! q6 t7 G% V' n% r) m4 d(THAAD), p" A8 `( _8 y: y A ground-based, air transportable interceptor system that will provide wide area# L5 @6 T4 x1 R/ c e5 C( r defense capability by intercepting longer-range missiles at higher altitudes and at& E* K; S- x. x! [7 ` greater distances. Will provide an overlay or upper tier to point defenses such as 2 I% q5 H, T- k4 y( I" V! V& fPATRIOT.1 f S1 `8 N* E& y: w* ~ Theater Missile j' i' b2 b: t9 p: \9 J(TM) / b: U1 ?3 c0 E! a" S1 \# a: uA 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 capable / `; j% ]; P( }3 X3 b1 T* Lof attacking targets in a theater. 8 j% @5 \5 h% \. `" r4 ?* wTheater Missile N* J% s. R: j) D/ C Defense (TMD) - j+ F( g( S, h1 LOBSOLETE. The strategies and tactics employed to defend a geographical area& `" f5 B( z; x3 D$ E2 J outside the continental United States against attack from short-range, * B4 _- X2 O$ ^intermediate-range, or medium-range ballistic missiles. 7 O6 H' V2 u. I& x' Y) m7 ?Theater Missile # L1 E# s+ Z5 f" i' tDefense Ground-8 q4 R2 U1 _7 C+ {4 K. z Based Radar ( Y- u- W+ ~! Q( }& q(TMD-GBR)+ x; a( K6 O2 l8 f8 s6 Z3 Y A ground-based, air transportable sensor that provides search, tracking and0 c, k7 D# n8 g& q discrimination capabilities for the THAAD interceptor system. Also referred to as 6 [6 @: Q2 c5 ]" _( b# tTHAAD Radar.% o2 F! O7 P4 I# L; p; K Theater Missile 8 C3 f6 Q* ~% v }! I c2 B9 { z0 |Defense Initiative" o) [& l, }. j {, x (TMDI) , R% y5 e; j) @6 TAn initiative under which all DoD theater and tactical missile defense activities are9 s5 Z3 e* M8 v7 T' C9 W# [0 x0 p carried out. Section 231 of the National Defense Act for Fiscal Year 19937 |8 Z- n2 @+ i+ r) y (Public Law 102–484) directed establishment of a TMDI office within the DoD. ! b1 ~2 b' w' A& B2 f# aTHEL Tactical High Energy Laser.% F- D: f& {8 s7 {. x4 I Thermal Energy Electromagnetic energy emitted as thermal radiation. The total amount of ' Z& B% E7 i" \8 e9 ithermal energy received per unit area at a specified distance is generally 1 U' \+ E% l" A1 Z' ~& C( texpressed in terms of calories per square centimeter.) }2 q) j1 l3 r/ u Thermal Imagery Imagery produced by sensing and recording the thermal energy emitted or + j# C( f$ s% A( r7 Dreflected from the objects, which are imaged." t: _) R. [; P a' A Thermal Kill The destruction of a target by heating it, using directed energy, to the degree1 p0 {3 B% Y/ Q! B- h. J that structural components fail. : r3 i) D. g7 W6 ^' U- [7 j: }, q# TThermal ; L- ]6 A" V3 I" x- q8 ?6 f# X, BManagement7 o" B+ @; _+ G Technologies/techniques associated with the control and management of4 U+ b Y. s) q. N0 `, { thermal energy, its generation, dissipation, and recovery., x7 U: e( H6 R h& k4 j Thermal 1 ~4 k9 h* w/ bRadiation / ]. s0 r' r4 |! H$ @Electromagnetic radiation emitted (in two pulses from a nuclear air burst) from the7 |3 Y: L G. `5 }) }9 g fireball as a consequence of its very high temperature; it consists essentially of/ y! I' F% Y- [+ k ultraviolet, visible, and infrared radiations. , u+ l9 n7 i/ E# V+ a# uThermal X-Rays The electromagnetic radiation, mainly in the soft (low energy) x-ray region, % x1 B6 J- q5 d# I0 {* D& Memitted by the nuclear weapon residue by virtue of its extremely high $ u2 c% z8 f3 q% T$ Etemperature; it also is referred to as the primary thermal radiation. It is the . N- G& h8 b- B3 G* G9 K2 {absorption of this radiation by the ambient medium, accompanied by an increase / O+ N' m% Y5 |' L1 [. e9 Sin temperature, which results in the formation of the fireball (or other heated $ A" N7 ?% ?0 L b( R. H% W4 `( Xregion) which then emits thermal radiation. (See X-Rays.) 3 ^3 H2 w7 I! t5 ~5 D. ?6 fMDA GLOSSARY, VER. 4.0 T 5 l0 O9 Q! g4 w2 z2 x5 y0 ]299' W& e' b! s- m3 w5 c Thermosphere The atmospheric shell extending from the top of the mesosphere to outer space; . w1 \# E: I& a P4 Y( ^- U8 eit is a region of more or less steadily increasing temperature with height, starting / E1 H# [2 B% |3 O& Fat 40 to 50 miles (70 to 80 kilometers); the thermosphere includes, therefore, the: P( ?8 n) Y# { exosphere and most or all of the ionosphere.7 Y6 } X* ` V) f Threat/ k: a( y. J$ e, X) s5 s/ F Characterization n& T6 ]4 Q& @5 g An assessment of the nature, magnitude and intent of an attack in progress.& U) s5 n' s2 ?5 ]% W5 `5 [: E Threat Corridor$ m9 a& R {! u( e9 s/ ~" {6 `9 ~ (Threat Tube)' y) D# D$ M+ t+ N/ ` I A tube containing all the objects originating from launch sites and aimed at & n1 x' m. N' P! h3 xtargets whose spacing is close enough to permit the tube around the object . h! L/ z& z% T vtrajectories to be represented by a single trajectory in battle management0 N) K8 W, _7 W7 Y! G8 J6 e computation.7 k, q2 t" ^, h" e+ ?, e5 N/ e3 p4 L Threat Scenario A hypothetical example of the employment of threat systems against ballistic+ U8 s7 L7 d3 f' s# a missile defenses for the purpose of analysis and evaluation of those defensive * L. I) E8 v- F" `' Z1 i3 u. x$ d5 hsystems and architectures. 9 t: I5 Q3 i2 BThreshold Performance capability or characteristic level in terms of a minimum acceptable # L2 }: _5 k* ]( {8 t% H! d* Lvalue (threshold) required to satisfy the mission need and a performance* o( B" I+ u* M: s" ~; d& h, Z objective.6 G+ v$ t' {# P' o Threshold; W1 M& C+ F4 c1 M Defense ; I" b' ]% ~* j3 ^2 x7 dA defense strategy that concedes that the target can be destroyed at a price& {8 `' {9 w5 T8 u a4 Z R: X that is not prohibitive, but the presence of the defense is thought to require the9 e8 I% s0 `! I1 A) `3 I( X% O* { offense to mount a relatively large and complex attack.( P/ K+ I' y+ ^6 w Throw Weight All weight in an interceptor, above the sustainer, which serves as the kill vehicle.0 [" o `7 S$ i+ V% x* h Thrusted 6 z* n% c: U/ W* T5 DReplicas (TREPS) 1 @% @% }0 H( gConical decoys equipped with a miniature rocket device. Generally used to : N# H7 i0 H( e9 Z- E( ~change the decoy’s optical signature to resemble that of an RV in the reentry # r1 A Q1 K- _ Uphase. # e G! O* X+ ETI (1) Technical Instruction. (2) Technology Insertion. ! U+ l. p8 A! C) S# F4 j8 ETIARA Tactical Intelligence and Related Activities.6 g+ i: a; b; q' e$ M) d1 s- L D3 c TIBS (1) Theater Information Broadcast Service. 5 A, I9 G1 U6 _(2) Tactical Information Broadcast System. : @: k" Q: m- ]( q(3) Theater Intelligence Broadcast System.# s. U' f# C) e4 { TIC (1) Thermionic Integrated Circuit. (2) Technical Information Center. 4 s9 b4 O4 h; A( p# T) Y$ t: vTIDP Technical Interface Design Plan.; r2 d$ Y0 R* C* d9 Q7 n( r7 |+ A. k TIE (1) Technology Integration Experiments. (2) Technical Independent Evaluation. - V* S# {! H3 t1 b8 fTier An integrated set of SDS elements that address a particular phase of the threat T- I0 E3 M, _3 G) }. P2 q4 J(e.g., boost phase). . U9 R: O/ v4 s5 L& ^Tiered Defenses The use of defensive systems at different phases of the missile trajectory.4 S2 S& E# W# S6 F; S1 ?# h TIES Technology Integration Equipment System. 7 R O9 I* z. Q. h/ v3 @4 STIIAP Telecommunications and Information Infrastructure Assistance Program. + X G$ Z. U& [9 N9 @TIL Technical Insertion Laboratory. 6 z( t9 x! ~3 y% N& q* f: nTIM Technical Interchange Meeting. & G9 K ]$ L7 BMDA GLOSSARY, VER. 4.0 T # V1 G3 d, V* E& G+ d6 `& U K300 ! x+ u" \, {3 NTime-Phased $ w1 Y$ p4 H/ q& L' L( {Force and : i; h {! a- Q4 e# aDeployment List / v8 c: L) u+ M" R# AAppendix 1 to Annex A of the operation plan. It identifies types and/or actual ' T& T# n& U: W- ^9 d8 gunits required to support the operation plan and indicates origin and ports of5 F- G3 t1 {( X% o8 I0 l debarkation or ocean area.- u; A" A( H3 g% G1 q Time of Flight ) T7 {8 x( a3 f3 J" V(Max)6 b8 |6 d6 y3 n# i The maximum time for a booster or vehicle to perform its function from time of h* X4 _, F5 [0 \( W7 ]launch.7 @$ X3 j3 u9 e; ~8 o; o" N Time on Station The time the sensor is in its operating position.: h1 h q7 ]7 d Time Sensitive( A8 T$ c( O* L# P l( a Targets2 X+ @& n1 e8 @3 Q Those target requiring immediate response because they pose (or will soon 6 J1 {! ]& _2 {1 n, \: V+ n- r2 apose) a clear and present danger to friendly forces or are highly lucrative, 4 u. j# f% t5 @! D! rfleeting targets of opportunity.

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发表于 2008-12-25 20:24:57 |只看该作者
Time to Station The time required to move a sensor to its operating position. 7 f7 q& n+ @- l5 f( iTIMS Training Integration Management System (USAF term). 0 Q4 G2 d( @$ @5 S. [! zTIN Theater Intelligence Networks. + v; e' G2 }- G+ T: ^& xTIP TOPAZ International Program.6 d. w) U) K$ e1 q: n2 w1 A TIR OBSOLETE. Terminal Imaging Radar. (Predecessor to Ground-Based Radar& e, ]: k2 w; @, b: a Terminal (GBRT).)3 F5 f/ E4 g; x u7 X5 _ TIRS Telemetry, Instrumentation and Range Safety ( c) m. y- e- n yTIS (1) Trusted Information Systems, Inc. (2) Technical Information System., b9 R0 Q& q* R, f& F U Titan USICBM. ' ` l1 ^8 v0 y( e) UTIU TIBS/Tactical Interface Unit.$ v7 P! ^8 l F( f/ f TIWG Test Integration Working Group. (U.S. Army) 0 C9 ^0 q" c" W5 ^TL Team Leader. 8 M8 s9 }& k2 I$ g6 l5 E2 e, jTLA Time Line Analysis., J5 a$ V" r, r3 I7 R TLAM Theater land Attack Missile. $ a. u" p [; NTLAM/D TLAN [with submunition] Dispenser (Navy term).4 V) c* H& a9 A c1 m TLDD Top Level Design Document., \/ r0 r# q, @+ P TLV Target Launch Vehicle. 8 t8 o" [7 E/ N6 d: |TLX Teletype.+ t/ v8 o8 y0 I/ f7 T3 H1 ^; P TM (1) See Theater Missile. (2) Technical Manual. (3) Tactical Missile (US Army1 i1 g$ p9 `, a) l term).: l, w r7 Q" v. y5 |0 H TMCC Test Monitor and Control Center. $ t. w7 d/ N7 R! W. p& l3 jTMD See Theater Missile Defense. / J. M* z) H/ e+ x, X9 I3 k! `TMD C2 Theater Missile Defense Command and Control. * v' V' ?# o; r' b3 IMDA GLOSSARY, VER. 4.0 T6 ?' w& P, n8 @6 t6 K/ |2 ^ 301 3 l: B6 R; w: \9 \TMD C" T# B, E% |2 x 3 ( N: F( Y! p/ iI Those assets that provide connectivity between and among Theater Ballistic) b0 p. t4 l! b" N) |: B" m# ^ Missile Defense forces. ! H. s' t- t V1 j7 b5 ^6 h1 tTMD ESM Theater Missile Defense Existing System(s) Modification (MDA term).& v4 a1 }& C4 ^ TMD GBR See Theater Missile Defense Ground Based Radar (THAAD Radar). " Q& B/ {% A LTMD IA Theater Missile Interoperability Architecture.* h% A3 M! d" B5 m: q) f TMD ITP TMD Integrated Test Plan. - R! S: F; g. e7 B* I) fTMDAS Theater Missile Defense Architecture Study. ' I- k, g! [# L1 k9 i* N8 aTMDC Theater Missile Defense Council. . ^" _$ @" o# u* s v5 O" `TMDE Test Measurement and Diagnostic Equipment (ILS term). ' I; d+ q$ i" D" `) eTMDI See Theater Missile Defense Initiative.7 @, a. o$ @! q* K, [8 U: [ TMDSE Theater Missile Defense System Exerciser.2 x! ^1 d0 }7 I TMMM TOMAHAWK Multi-Mission Missile. # M d# u/ c% }+ J) f; x2 bTMP Technical Manual Plan (ILS term). 2 G/ C4 C! p! W/ F3 E- [' T0 N J) YTMPCU Tomahawk Theater Mission Planning Center Upgrade. 3 \5 v$ D; e* vTN (1) Terrestrial Network (C2E term). (2) Thermonuclear. ' _6 q9 @5 G& B9 [& X# YTNF Theater Nuclear Forces [Treaty term]. : {) j: k4 T: K# c2 NTNT Trinitrotoluene. ; W7 Y) F l/ F1 i8 j, d2 w1 E9 X" DTNW Theater Nuclear Weapon. ' {. t8 D) S9 bTO (1) Task Order. (2) Technical Order.* P y6 D: ~+ k" Z$ ?. _ TOA Total Obligation Authority., q- ~; A' D0 O5 w7 F! E6 C TOAM Tactical Air Operations Module.8 }8 _; n9 t, h | TOC Tactical Operations Center. / w; j% o+ j0 b* x) ?% P% X/ B2 sTOE Table of Organization and Equipment.1 M1 I6 e5 j1 `! o( W TOF Time of Flight. 0 L; E! Z2 B1 F g8 u; UTOI Track of Interest.+ _. Z: B2 V$ W2 B TOIA Task Order Impact Analysis. ' {. a9 q9 _& K4 K% S. CTolerance The ability of a system to provide continuity of operation under various abnormal" `, d; W+ L6 g8 J7 s Y3 f5 T7 u conditions.$ d* u" J' Q, G/ h: s& w 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. / @2 g+ X4 ^* Y* V/ l& mMDA GLOSSARY, VER. 4.0 T R1 U- r+ y' ?3 F" g 302 * c' K1 A( }+ _' x3 P! M; r% x8 q2 ZTOMD Task Radar Management Details.4 Y+ q7 N8 m% T8 N, s4 F TOMP Task Order Management Plan.: o4 u' E: e' t5 ^- ~6 W TOMS Total Ozone Mapping Spectrometer (NASA term). & T- j8 T: {: k- D t: v* u6 kTOO Target of Opportunity. . c2 u/ Z9 T' q9 `8 BTOOL Target of Opportunity Launch. 2 K ]$ H# g# d, G& bTOP Task Order Plan.! D- e1 N" G* ^& m1 }8 W9 h$ ~ Top-Down Pertaining to an approach that starts with the highest-level component of a . B9 u) j9 Q: ?( r* H5 Ohierarchy and proceeds through progressively lower levels; for example, topdown design, top-down programming, top-down testing. Contrast with bottomup.( |- W* O" ?2 D0 k. H Top-Down0 Z8 n! n. V1 d$ g Design 1 e* `4 y: p' {% yThe process of designing a system by identifying its major components, * p4 g2 p" P$ Kdecomposing them into their lower level components, and iterating until the ( H& |: Y3 J, m+ tdesired level of detail is achieved. . Y6 L' E: {. r# |Top-Down r8 [+ O P" L4 ^6 w Testing 4 q% L5 _ L$ v% _( V) N7 ^The process of checking out hierarchically organized programs, progressively, ( E0 [/ x6 ~% i" l7 ?4 ]from top to bottom, using simulation of lower level components. 7 K5 b3 W3 `) Y& |) ^TOPAZ A project to demonstrate the transfer of Russian thermionic space nuclear power% M3 d0 P' j1 h technology to U.S. BMD applications.1 d) x4 R3 t- \ TOR Terms of Reference.! \4 Q+ C* R; Q Q( @ TOS (1) Tactical Operations Shelter (Station). (2) Task Order Status.9 n W/ Z7 y9 z2 P' Q2 }: }' R TOT Time on Target) x9 i1 M# X2 P7 p/ s! z5 v9 P9 _ Total Obligation7 A. R6 ?, D1 s* @9 d0 n Authority (TOA) 8 \1 l" ^8 U% F" v( {% W( \A DoD financial term, which expresses the value of the direct program for a given, a1 G7 m/ `9 r; U" H fiscal year.; _3 ?4 j& T- I! x1 n5 i Total Quality ! s+ r7 z7 P5 G7 j" eManagement ) C. y, ?& Q0 x8 @, f(TQM)" A4 f0 \# g' d* K7 m A management philosophy committed to a focus on continuous improvement to- f5 \+ C7 q' o1 m6 U' x product and services with the involvement of the entire workforce. ' r# W9 K3 M6 X( y, ?9 ?, wTOTS Target Oriented Tracking System 5 {+ `& U0 `4 e; k: [9 S. L: DTOVS TRIOS Operational Vertical Sounder.6 w' P, v$ M, ^4 d Toxicity The kind and amount of poison or toxic produced by a microorganism, or ! |% j' o$ W: l epossessed by a chemical substance not of biological origin. 6 E$ A" x7 c3 c: RTP (1) Telenet Protocol (Telecomm/Computer term). (2) Test Program.3 B' E. {# k8 _ A) N; b' S! Y$ C TPALS Theater Protection Against Limited Strikes. ; k) n; N* i. ]1 u* }# STPBM Terminal Phase Battle Manager.! W+ b. p8 G B% m# N( @. |% Y5 S4 E TPD Mobile Tactical Radar (US). & X" I2 t4 \7 e. tTPDR Total Processing Data Rate (TelComm/Computer term). 3 S0 J5 D! W, ?# b$ c# uMDA GLOSSARY, VER. 4.0 T7 b* O, W) }/ H: R1 t8 ?& W- N 303, d7 C8 b3 J, `+ x; { TPEC THAAD Performance Evaluation Center. 4 g' j) J/ N1 d8 xTPEM Technology Program Element Manager (SDIO/MDA term). " U% J' N* [! `( V: I% c0 }! fTPFDD Time-Phased Force Deployment Data. 3 I$ D8 ?8 {1 H* o: KTPFDDL Time-Phased Force Deployment Data List. & j5 O0 f* z8 f! WTPFDL Time-Phased Force Deployment List.* o4 g/ r; E! T" g" S TPM Technical Performance Measurement./ _, [) a6 B$ ` TPMT Total Preventative Maintenance Time (ILS term).8 k6 I+ ^) t2 t+ k TPO (1) Test Planning Organization. (2) THAAD Program Office 4 b% t# M; a$ h: i; N3 _TPP Test Procedure Plan. y' h. c. b, H7 `$ I7 Z4 m5 I TPR (1) Terminal Phase Radar. (2) Trained Personnel Requirements. (3) Target $ a& i k3 V9 p* s. M7 O5 fPerformance Report. % `6 \4 O8 E+ H' B4 i! i aTPS Thermal Protection System. . o5 I% C6 O9 S/ X9 ?* ^' FTPT Theater Planning Tool. ' o) A- `" \. eTPWG Test Planning Working Group. (U.S. Air Force) - B/ T; n1 j' q; d6 [( r* [TQM Total Quality Management. 9 e& a( ^8 N* Y# oTraceability (1) The characteristic of software systems or designs or architectures or - c: r. N: i5 e2 a, r1 Qdomain models that identifies and documents the derivation path6 O. }" d( G: M# S, s/ r (upward) and allocation/flowdown path (downward) of requirements and" p) ]( H5 L) F, b4 z constraints. 6 W) V) M2 N' x8 L) y$ d4 V1 i(2) The degree to which a relationship can be established between two or ( Q9 T, b, m( c* ]& Zmore products having a predecessor-successor or master-subordinate ! v; I+ P7 _+ J6 m4 F1 a) V. b; @3 {relationship to one another.

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发表于 2008-12-25 20:25:13 |只看该作者
Track (1) A series of related contacts displayed on a plotting board. H C" ~4 A. H0 C n- I1 b# s(2) To display or record the successive positions of a moving object.6 s7 ~3 A, [4 w* I( B+ ]* p8 q* Y7 g& @% P (3) To lock onto a point of radiation and obtain guidance from.( }* ^$ z" ~1 I. e2 L1 O (4) To keep a gun properly aimed, or to point continuously a target locating 1 ~9 f4 {" }6 b1 a8 linstrument at a moving target.) I' r+ j$ h4 w (5) The actual path of an aircraft above, or a ship on, the surface of the * c& V6 d4 m& t/ O9 M2 Q4 pearth. 2 {- t% V1 |5 DTrack + w( ?9 @" |0 E. Q7 \& ^) I2 {/ U# kAssessment 9 B9 N, F! P2 E. v) M* N3 c; MThe Track Assessment looks for anomalies in an object’s track data. An anomaly 7 q8 k5 [" v `) E: E2 iin the track may indicate a hit.! a) Y6 A. f: C9 n" x Track, Birth to * i- ]: `; w- e* b8 o1 _3 @Death. [5 K E$ q$ s+ l5 B The maintenance of an associated track through all phases of flight (i.e., boost # }! D$ B0 Q, E/ ^5 E1 V# o1 tto reentry). % _9 _3 v, z! G9 c+ ~$ d5 S* L: R& RTrack Correlation The combining of track information for identification purposes, using all available8 P" p( w9 @6 |' F. V data.( w7 z6 z* k) [* L3 { Track Extension This term usually applies to improvements in track estimates by use of new data.# _/ \3 Q& ?6 E% j( V% O It is sometimes used to describe a process of target extrapolation to a future time2 c( f! M5 H+ y* T" p or place (e.g., reentry). & T! x- a* D# r/ EMDA GLOSSARY, VER. 4.0 T$ ~8 U0 l) x v* V( V 304; f' ~! {1 n& S) t0 d7 V z7 k5 } Track File A target’s stated estimate, confidence, covariance matrix, and associated LOS0 j" ?$ C8 R k% S t measurements with irradiances with confidence of association; or some subset of+ r" _% F! V. X% }1 _ the above.; B$ u) J) |( |8 } Track File-Track9 T) q! s; F1 q% d( s History6 f" A" B4 L( S, a A set of individual track reports on a particular object, which taken together ! |+ t% R& R0 I* sproduce useful approximation of that object's future position in space.6 W3 A2 ~/ ~0 |9 v+ n0 K) h" d+ P& _ Track Formation The process of determining the track or tracks of detected objects. It is usually a! A5 h6 K. t4 p. M& P$ L three-step process of data association, track initialization, and track improvement 9 z1 T8 ]( q3 U$ I- [0 jby filtering.) ]/ U+ ^0 J" d" a Tracking The act of generating and maintaining a time history of an object's position and8 `! q3 S# @7 l$ C any other features of interest.- A- f& r/ s8 S4 ` Tracking and * M" z' d( t! p# m# ]! f: I5 ePointing0 B2 t& p' L4 n1 S Once a target is detected, it must be followed or “tracked”. When the target is , h& s2 G0 n8 _4 |6 esuccessfully tracked, a weapon is “pointed” at the target. Tracking and pointing4 ]! v- p2 |4 t8 r1 u8 K; I are frequently integrated operations. : @* Q. B4 D; ~2 w8 C; fTracking Range$ x( H4 x! p) p* o- h0 e (Max) - S; y" s! W, N: I3 {% M! B& kThe maximum line of sight distance at which a sensor can maintain track of an4 ~7 |4 V" g: z6 U% a object.) F5 g- g4 v' t0 \0 k4 h. Y+ I Track Initiation The formation of the first or initial estimate for a sensor system of the state vector 6 f6 Y: K$ m' L2 m4 ]( [7 Zof an object. The process typically requires observation from a number of 8 g* }8 X8 i: A0 ~2 A) b7 Rframes.( j9 D6 b, Q' x$ `. h" e0 {% x0 K p Track Production 1 @7 h. Y7 k8 @9 |+ X. RArea 1 d9 e8 ]) x9 T6 \- B7 e& [/ ?+ CAn area in which tracks are produced by one radar station. ) [: L" W: }7 \$ D x. H/ z) qTrack Symbology Symbols used to display tracks on a data console or other display device. 6 {9 V$ s5 f, m% r; iTrack Telling The process of communicating air surveillance and tactical data information ! g2 m+ q4 z1 W0 d# U7 Abetween command and control systems or between facilities within the systems. 5 J" @/ B" |0 ]+ p; c" {Telling may be classified into the following types: back tell; cross tell; forward tell; % E. t( Q( Q+ P2 g$ t7 n+ hlateral tell; overlap tell; and relateral tell.; r, P: L' Z; X! h- u; I& D: i$ z TRADEX Target Resolution and Discrimination Experiment." n$ w( b! ?9 S: r) | TRADOC U.S. Army Training and Doctrine Command, Ft. Monroe, VA./ C, \/ s7 k, c2 h9 b( P5 ]# J2 E. H6 k Traffic Capability 3 l2 W, l: l" O% V" p& dMaximum / c }, e6 E; q' T: f" OThe maximum number of objects per unit time which the sensor system can - |/ ~4 y! @6 n& o* S& rmaintain track files.# G L5 ^8 V: c Traffic Decoy Decoy that matches RV characteristics in the exoatmosphere and high2 p. I# A. i6 [' n: i. h endoatmosphere. 3 P* ~% W2 w0 E! ^ w' J3 rTrain Threat geometry with objects placed in a line (string) along the velocity vector of 0 K7 B- V" W2 I j1 c. v1 yreentry. $ b ?' d: [6 S; [5 J# `Trajectory The curve described by an object moving through space. % v% W9 }- R- p! E9 S7 v; P8 A. nTrajectory D+ ]# c( M" BHistories ' ]- S2 H& m: E- e. cTrajectory information on targets recorded over a period of time. " e% n* C3 i" q+ c B' iTRAK A data base management system (not an acronym). . h. x, Y+ E: Z! j) fTrans-Attack Period from first tactical indication of attack until termination started, i.e., postattack.2 g! n' b. x* G6 u5 G* H6 g- m MDA GLOSSARY, VER. 4.0 T, `) A: [$ S% @9 \! I! B 305 , j; E' n+ R1 E( a* J. LTRANSCOM [U.S.] Transportation Command, Scott AFB, IL.8 u' p3 N( A: Y, ~ TRANSEC Transmission Security.2 n; `# q4 E1 ? Transition The period in which the world strategic balance would shift from offensedominance to defense-dominance. % T( d+ ?+ F) r) C$ ~6 j5 RTransition to; o9 K- T" k& B8 X7 x4 V Production # B0 y& S2 {5 I0 O; M2 N% f$ UA risk reduction process during which the program shifts (passes) from 2 C! F# p) I/ f! X8 adevelopment to production. It is not an exact point, but is described as a a) y% Y7 D7 Y7 O0 | process consisting of disciplined engineering and logistics management to5 y$ n4 A1 n+ w ensure the system is ready for manufacture. (See DoD 4245.7-M.)& p9 e7 g( v- ^9 `- W Transmission d. q& \ c5 ISecurity- W7 h& M" f% b* v5 s (TRANSEC). f. h3 w5 k/ j3 x That component of security, which results from all measures, designed to protect+ Q/ c0 k/ O* U; F+ \% F. H% ~ communications transmissions from interception and traffic analysis. (See0 l. s$ H2 R! g" y4 [6 v COMSEC.)

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Transonic Of or pertaining to the speed of a body in a surrounding fluid when the relative2 o" \! P' s6 L5 E% Q: e, T speed of the fluid is subsonic in some places and supersonic in others. This is8 r3 g5 S$ s) S/ W encountered when passing from subsonic to supersonic speeds and vice versa. 7 G9 { F* e- V9 \Transponder A receiver-transmitter that will generate a reply signal upon proper interrogation. ; x; y+ w5 N) e0 ~3 a9 N- l0 v F6 qTRAP Tactical Receiver and Related Applications. * ]1 }$ k- l* x; j4 q/ t' DTrap Door A hidden software or hardware mechanism that permits system security 6 `; p+ m2 h. a+ W3 {. k& Jmechanisms to be circumvented. # G( O' [% D3 l0 J) a% GTraveling Wave ' }/ L* U8 |7 P+ o8 q9 oTube (TWT)* x' a2 N) g/ t0 z J: j+ m An electronic tube in which a stream of electrons interact continuously or , E4 R0 s9 t& k; @2 @8 F' \repeatedly with a guided electromagnetic wave moving substantially in + s5 a- H* V8 T7 H. k/ gsynchronism with it, in such a way that there is a net transfer of energy from the. f4 W3 r0 t1 H: n; z8 W stream to the wave; the tube is used as an amplifier or oscillator at frequencies in : S' M7 _3 R- |' jthe microwave region. + S0 G4 O- a! o7 YTraverse (1) To turn a weapon to the right or left on its mount. 0 ` T9 S4 ?" b9 P(2) A method of surveying in which lengths and directions of lines between/ T$ T$ e+ z: U" b; Y5 J points on the earth are obtained by or from field measurements, and 3 M: Y3 I5 D3 n( g& r: g% Mused in determining positions of the points.4 @* S. S5 s" j Traverse Level That vertical displacement above low-level air defense systems, expressed both0 w+ n6 Z R5 K. T7 F as a height and altitude, at which aircraft can cross the area. - N: l' B9 L- XTRB Tactical Review Board. : B: ?2 k) A& E- m5 u6 ?, {TRD Technical Requirements Document.; U2 K! U/ g H3 [; x2 P% S, H5 ? TRE Tactical Receive Equipment./ o3 z2 x$ _# Q# K& e! q) T TREA Transmit/Receive Element Array (THAAD). & P$ ~! X4 k7 rTREE Transient Radiation Effects on Electronics.! V' r* N! _, ^: N' X TREM Total Radiation Environment Model.; f$ x( { v9 W8 b$ R TREPS See Thrusted Replicas.- L2 T4 R. m) K7 c9 S: W' s7 B TRESIM Tactical Receive Equipment Simulator.0 G6 F6 \& d* i; q/ T8 f" v1 } MDA GLOSSARY, VER. 4.0 T1 \3 c* d. R+ L: h9 U! _ 306 " |' l( ~- t. g3 g3 a2 BTRG Threat Reference Guide.! K5 O4 s4 R8 x( q TRI-TAC Tri-Service Tactical Digital Communications System. & P* Z% g: n" A! u% e& MTRIDENT Class of US ballistic missile submarines (USN term). 3 x* j* O* l% q, O* I: [8 RTRIDENT I (C-4) US SLBM (USN term). - q+ Y3 h7 v1 n1 y+ H0 j( bTRIDENT II (D-5) US SLBM (USN term).; D: r1 Q$ e0 g2 E* M- j* Y TRIM Toxic Reduction Investment and Management. ( y0 o3 q8 ^7 a; Z8 R. gTRM Technical Reference Model.; ]5 V. J0 i7 K9 h9 q/ i TRMP Test Resources Management Plan. , E: R- N1 d- D) h( Q/ l6 j- VTRN (1) Task Requirements Notice. (2) Test Requirements Notification. : t; s/ h: H8 V, m9 y/ h& STrojan Horse A computer program with an apparently or actually useful function that contains" j+ }2 i& V: L8 Y& V additional (hidden) functions that surreptitiously exploit the legitimate4 U! s3 ^' F$ l) P1 c! v authorizations of the invoking process to the detriment of security or mission 9 F: |3 P) k9 w+ ?performance.: I& p+ N. x& L; \3 ~$ |. e TROPO Tropospheric Scatter. & B* t5 V) d. `* d2 fTropopause The imaginary boundary layer dividing the stratosphere from the lower part of the) G! v. t, F1 |, t/ j4 a# V atmosphere, the troposphere. The tropopause normally occurs at an altitude of - J# n4 R; r4 s+ [- a' ?about 7.62km to 13.71km in polar and temperate zones, and at 16.76km in the " \' m U4 l1 l1 T, \tropics. (See Stratosphere, Troposphere.) ; P1 w4 A* u' h' |4 eTroposphere The region of the atmosphere, immediately above the earth's surface and up to6 J$ K8 k* ?8 Y( ^ f8 l5 I the tropopause, in which the temperature falls fairly regularly with increasing 7 S. b( G) S+ }6 ?/ S' Y2 Faltitude, clouds form, convection is active, and mixing is continuous and more or% x3 \2 m5 t/ d' n! N5 X( @ less complete. ' P, m; X, y0 w6 e' NTropospheric % U3 i v9 W; K1 O/ yScatter 4 R- v: T1 c `$ p* m% o2 E# Z, kThe propagation of electromagnetic waves by scattering as a result of; [. |6 n% k. u& n irregularities in the physical properties of the troposphere.0 ^/ y4 J& t' M T TRP (1) Test Readiness Program. (2) Technology Reinvestment Program./ e" s+ L4 [( h) [. J- Q5 \" m (3) Technology Readiness Program (pre-acquisition program status). 8 W8 x2 i" Q. q* C(4) Technical Requirements Package. f' i$ Z8 A0 h7 K2 ], A TRPC Technology Readiness Planning Committee. 9 V$ }% ?' B! y$ y" F# lTRR Test Readiness Review.$ Z2 @' ]: A* k7 F" I. D& }. ~ Trusted# m) N4 a- e( W Computer8 @5 u3 Q D2 H# E. ]2 q/ d System/Software0 }, b4 T$ F4 _5 T; [' m A system or its software that employs sufficient hardware and software integrity3 | c" n- ]2 O5 M- M& F% q measures to allow its use for processing sensitive or classified information. / T2 q- P( R2 `; K& w3 @Trusted Path A mechanism by which a person at a terminal can communicate directly with the4 Y- f/ e% {1 K* h Trusted Computing Base. This mechanism can only be activated by the person / N5 Z3 C: W9 |# c4 j. n0 C- A- \of the Trusted Computing Base and cannot be imitated by un-trusted software.& t: I' N& {; M- d TRW TRW, Inc. . ~& I! Q5 G) a n' \TS (1) Terminal Service. (2) Top Secret.# o' C6 |- K1 M6 a MDA GLOSSARY, VER. 4.0 T5 }/ T; E# f5 I8 V* Q1 O 307& c8 f0 `& d0 b) g2 a1 ~1 } TSA Technology Security Analysis.: C) W. Q6 n8 c9 i5 v7 c TSD Tactical Surveillance Demonstration. / \8 ^0 E9 J+ b( ^: d( iTSCM Tomahawk Strike Coordination Module (USN term).: L$ V3 U3 D) c) r" [ TSD Tactical Surveillance Demonstration. ' I. W; ?7 U) |/ f- MTSDE Tactical Surveillance Demonstration Enhancement.9 z! r* y# E5 e& F5 G7 K6 {: s5 E* a TSEU Technology Seeker Evaluation Unit. ; U, d% F. v3 aTsIAM Moscow’s Central Institute of Aviation Motors. 7 c! ]9 }/ u8 sTSM TRADOC System Manager. 2 o* M% A" M; O/ kTSMA Theater of Strategic Military Action. 6 K8 M" g" E3 E, ?+ {) n, c% ]6 D) VTSP Target Support Plan. A( V6 O6 C: P% Y* h' g TSPI Time, Space, Position Information. 3 v0 i5 K4 A7 m1 ^TSR Target System Requirements.

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TSRD Target System Requirements Document.+ a5 r8 }. U% J0 j6 A TSS Terminal Surveillance Sensor.& B, O! c; M! B! G TSSAM Tri-Service Standoff Attack Missile. 5 V! M' m$ G$ t, s5 ^TSWG Target Signature Working Group.: a, w" `9 b! q; K" W$ I1 i TT Total Time.; N6 U: X! p: H; ]! h TT&C Telemetry, Tracking and Command.( @* {# g4 F5 H0 j0 \3 g& @ TT&E Technical Test and Evaluation (Army). " z2 U7 U; k4 |1 L$ w" h: jTTA Total Time Accounting.$ d, F @! |! N+ }/ e. h' m% i: N TTBM Terminal Tier Battle Manager. R2 {; |. [9 UTTBT Threshold Test Ban Treaty. - Z; H! J* \" {+ j! Y+ ITTD&D Test Technology Development and Demonstration. A portion of the CTEIP: R& ]' n; [" _1 p; C$ M1 { program, which funds the development and demonstration of technologies, % T- j( G9 g$ ~7 `$ ewhich have significant potential for improving testing. 6 w6 d9 {' q! x: m2 }# oTTEL Tools and Test Equipment List (ILS term).5 N I. ~0 {( C, D8 P8 D' ^/ i, l TTL Transistor-to-Transistor Logic. 7 W# \7 Y8 {5 ~: m2 }9 E( ETTP Tactics, Techniques, and Procedures.1 s' I0 V- q- s! S TTSARB Technology Transfer and Security Assistance Review Board. 9 m* x0 q8 g9 |9 u( K9 s( m" P! DTTT Test Technology Transfer.* y8 t6 n4 P# f/ Q$ K6 A MDA GLOSSARY, VER. 4.0 T $ b: m4 M+ j' i) _3 ]) Q308 ( g/ x7 Y3 i, GTTV Technology Test Vehicle.) Q6 P5 n8 _- m# ] k7 L TTY Teletype. X: l( ?; K* I" OTUG TRACE User Group.8 @* {. T, O& p) w9 |9 s TV Thrust Vectoring (rocker engineering term). : T( {- B( v$ wTVC Thrust Vector Control.3 W% |5 ^8 f$ W! _: f6 k1 ^ TVE Technology Validation Experiment. " U$ Z/ |* \7 t( PTVM Track-via-Missile.& Q6 l! X# v; \ TVV Technology Validation Experiment.8 ~/ T$ p* A3 k! l ?: I TW Tactical Warning. 0 ~0 i4 D# H" }TW/AA See Tactical Warning/Attack Assessment. & Y( D$ K( V' y% r% F1 YTW/SD Tactical Warning and Space Defense.2 e" h- ?: C( ^9 U TWG Technical Working Group. * U6 z! P" |2 V! B0 S6 m2 ^, b: ETWS TOMAHAWK Weapons System (USN term). 2 M& `- W$ P* Z8 L `( d2 ATWT Traveling Wave Tube. . ?8 c; J4 t! G7 ^TWTA Traveling Wave Tube Amplifier. (Electronic Engineering term).6 w, D8 O' |% |! d F TY Then Year (PPBS term).: p3 w4 F; s6 A' d TY$M Then Year Dollars Millions. 0 ^" j* ^9 X) \- A7 L J, y$ hType A - System8 E% _2 k. I7 _+ j3 y& R Specification( x, m0 U# T9 R4 f2 n: m5 P6 n States all necessary requirements in terms of performance, including test7 ?) M5 r0 _6 ]7 K# V1 _# x" i provisions to assure that all requirements are achieved. Essential physical) F2 S) o: T. d% C5 S; s$ l ^ constraints are included. Type A specifications state the technical and mission# a9 {& T" L0 J requirements of the system as an entity.3 L& I* z& @# t7 \ Type B - - _# a9 j, A7 @" hDevelopment . w4 J- V9 t2 \" p4 O* q% d& dSpecification4 {6 u; n3 {8 I2 x( A' n; V5 c ~ States all necessary requirements in terms of performance. Essential physical ! G7 ]: p1 s/ o: bconstraints are included. Type B specifications state requirements for the; \( g, G% v. q J( F development of items other than systems. They specify all of the required item+ W. L4 F& J: M, _4 J7 }3 M I functional characteristics and the tests required to demonstrate achievement of- r" ?7 I0 q& X- A3 G5 _1 ^) e4 @ those characteristics. 8 k8 d6 {3 o$ r8 X+ BType C - Product8 M- v) P6 \; Y$ e8 x) x, L/ e5 O Specification2 I1 }8 T% a' y( ]5 S Product specifications are applicable to any item below the system level, and e* k) g' ^; X- Y6 t may be oriented toward procurement of a product through specification of 9 \5 S3 k8 e1 E) c: N( S6 k- w3 Qprimarily function (performance) requirements or fabrication (detailed design)8 F9 z1 W% [2 F, @3 n: v) y requirements. Type C specifications intended to be used for the procurement of9 F# t: e8 [+ q0 l( I items including computer programs. 5 ?% R: j- j' m( w4 tTyphoon Class of Soviet ballistic missile submarines.8 [0 c* Q" u+ {/ `- S' F Typing The act of recognizing objects by measuring a set of observables, computing a# l1 d+ q$ F# ?& c0 c. R* q. T set of characteristics, and associating the characteristics with a specific class of/ E4 j2 L6 o3 u$ V$ I7 p objects (i.e., SS-18, SS-24).7 S* r6 p6 f: M% T% ~& _4 q6 p0 j MDA GLOSSARY, VER. 4.0 U$ V9 C- I3 ?7 n% i) i$ Y3 F+ { 3090 J( l/ f) e L f U Uranium. 4 Z- E9 m2 N JU&S Unified and Specified [commands] (pre-1996 term).0 @' v8 y- d, Z O0 ]! C8 R5 s) o U.K (UK) United Kingdom. * {" [- W, [. \2 F4 dU.S. (US) United States.5 U8 k' n8 Z/ n, V2 u" F+ t U.S. West U.S. West Incorporated. % j% }! ^- F, q' s$ {U.S.S.R. Union of Soviet Socialist Republics. ( y4 E: S% G) i6 m! J4 fUA User Assessment (NMD BMC3 term). ! k( z3 h, N* O; lUAE United Arab Emirates. * P" L# F( U3 k% |! t6 d+ W* |7 Q4 i7 c: uUAV Unmanned Aerial Vehicle./ r1 l0 c4 u I0 n UAV BPI Unmanned Aerial Vehicle-based Boost Phase Intercept. * K3 M6 G& ]! U- K e# d; h! oUCAP UAV Combat Air Patrol.3 k: K4 ~" S5 g. }1 F ~ UCC Uniform Commercial Code (US legal term).; g! \% @, `) p, f D9 c9 ~ UCP Unified Command Plan. e& v+ j" i+ b" z* A' \0 O UD/ASD United Defense/Armaments Systems Division. * p: g+ O/ n- A+ ?# Q6 JUDMH Unsymmetrical Dimethylhydrazine (a liquid propellant rocket fuel).8 m1 g+ c: W3 X, [: d, D' ~( c UDS Universal Documentation System. A standardized comprehensive tool for stating9 {7 }1 A) t1 t1 j and coordinating program requirements for testing MRTFB ranges, as well as the % v* O2 W- l2 e* L0 j" ^& acapabilities and plans of test ranges to support program requirements. It* [1 \ Z3 Y& p; p3 P consists of a series of six planning and execution documents: 10 are the 2 @- X9 O7 f+ {6 [8 P$ yProgram Introduction (PI) (also called the Program Introduction Document (PID)),2 p& {" I. v% H! H J9 x) |+ \1 v 2) Statement of Capability (SC), 3) Program Requirements Document (PRD), 4) 2 ^+ {5 w$ W& w, eOperations Requirements (OR), 5) Program Support Plan (PSP), and 6) the5 c8 M; |9 a* @ A Operations Directive (OD). The UDS was developed and is regulated by the & `9 e4 z4 z. d8 E7 q2 I$ _Range Commanders Council (RCC).

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UE Unit Equipment. & W6 K8 s- O: _! N0 IUEME Unified Electro-Magnetic Effects. 2 _3 E* C: T, q7 bUEWR Upgrade Early Warning Radar.( p3 Z8 s+ p, v g, `4 S$ u; E UF4 Uranium tetra fluoride.! {. S4 ?! x; |4 @( m, h# N( O) K0 P4 I/ S UF6 Uranium hexafluoride. r/ r) z! o7 d; n$ Y MDA GLOSSARY, VER. 4.0 U7 ^" J- s- U) |. L% a; | 310 " ~5 @9 @. U Z7 ^UFG User Focus Group.4 r% D4 q; n( U# T UFO UHF Follow-On [Satellite Communications System]. : N' v+ d3 k9 U/ x P, I( a U1 dUFP Unit Flyaway Price. 4 t8 k& Z* P* ]# H1 ?UGF Underground Facility. E1 P% N- G& e4 ^( w" y5 wUGS Unattended Ground Sensors.; W' h% Z! {7 E# J) o, Z UGT Under Ground Test.' j: r9 X# J" z UHF Ultra High Frequency. ; ~+ M3 i9 H) xUIC Unit Identification Code.' m( c0 n" p* U2 P* q, } UIN User Interaction Node.8 e: W3 G- u; _- D) C$ S7 { UKAS (1) UK Architecture Study (2) UK Associate Studies. $ f |9 E5 Z) B% gUKEADTB UK Extended Air Defense Test Bed.- Y! M6 Y& H7 b8 D8 \( @! g3 h UKTB United Kingdom Test Bed.$ @; o+ L5 ^2 f% n( X* `7 n ULCS Unit Level Circuit Switch (SINCGARS term)./ F, o* q% }8 Y+ H. ^+ [9 P ULS Unit Level Switch. 6 ]( o/ |0 }$ M! qULSA Ultra Low Sidebobe Antenna. ; \* F7 E$ \( `6 P7 T& jULTDS Unit Level Tactical Data Switch (SINCGARS term).# q( p/ _! g9 O/ d0 ]! J5 g1 o& l Ultraviolet (UV) Electromagnetic radiation of wavelength between the shortest visible violet % w( _+ Q" U. s# ]& p* v, v2 I' X(about 3,850 Angstroms) and soft x-rays (about 100 Angstroms).( y \" S0 H1 b; r. u UMD Unit Manning Document.2 D, z2 T8 h! z UMMIPS Uniform Material Movement and Issue Priority System (ILS term). / m0 q: D* j/ hUNAAF Unified Action Armed Forces.' _7 }- |6 ^0 m UNC United Nations Command. % Z( N& H2 z) B \. GUnconventional 1 ]& i: H9 \6 p+ yWarfare3 X N, Z0 o U* M1 ? A broad spectrum of military and paramilitary operations conducted in enemyheld, enemy-controlled or politically sensitive territory. Unconventional warfare. H, C1 r& E5 I- c5 _! A( g) o includes, but is not limited to, the interrelated fields of guerrilla warfare, evasion! f% v, D$ g( B6 o+ U and escape, subversion, sabotage, and other operations of a low visibility, ) S7 L2 c- _: U$ w G5 Xcovert, or clandestine nature. 4 Q3 U! }8 k, Z( Y2 @- FUnified Action+ E! x) \. F+ p+ n7 A( {& v, o Armed Forces 3 w" I7 w! f7 y- [" h5 ~A publication setting forth the principles, doctrines, and functions governing the % J+ j& o; X% G: Y/ t% I8 l9 nactivities and performance of the Armed Forces of the United States when two or( n* I/ \2 t2 _; |# @3 X2 B more Services or elements thereof are acting together. % t7 `6 l q4 ^- f' N1 TUnified Command A command with a broad continuing mission under a single commander and + o- Y1 x! A( @) n" `% g& o5 [composed of significant assigned components of two or more Services, and8 H( A; S0 p6 k8 v: R- C which is established and so designated by the President, through the Secretary4 @6 ?9 H$ `* \$ v8 U& m0 W of Defense with the advice and assistance of the Joint Chiefs of Staff.+ {* o6 ?( i! P* A3 D, @0 g' o MDA GLOSSARY, VER. 4.0 U; K# \$ E# V6 I8 h% n 311 ( a5 |, P+ W& f" D3 F' r! P/ wUNISYS UNISYS Corporation. 1 e, @- }! Z, YUnited States; g9 s# D/ F) V Army & M/ t1 N+ S7 r5 U! zSpace Command9 M. N( O0 c. D- `; @9 B8 m (USARSPACE)1 E. {; K/ ?" Z) d# N8 E The Army component command of USSPACECOM. Responsible for the Army7 ?7 q6 w- F6 z. _3 j! ` elements of the SDS system. Located in Colorado Springs, CO. 3 Q) ?- G% k7 w/ CUnited States9 [( E& P; u: T# I4 ^9 J Space Command9 C9 S2 L+ P, ^% B/ h0 q8 q (USSPACECOM)2 L9 ~$ T( w& g$ }5 n, ?1 Q7 e- ? The unified command responsible for planning and conducting ballistic missile % U; U4 j: [4 W+ Q' Zdefense. Located in Colorado Springs, CO. ' p9 Z U7 X! zUnited States 2 p* ^( H* _% m0 U5 yStrategic / H# L+ l2 ?2 `: MCommand% f. j5 S5 `5 w+ y (USSTRATCOM)- E$ I% m. g- K- v$ z4 L1 x: O The DoD unified command responsible for carrying out directed nuclear and nonnuclear strategic air, intercontinental ballistic missile, and sea-launched ballistic / r* U. v* }, U9 t! |; ?9 H. vmissile offensive combat strikes. Located at Offutt AFB, NE. ! Q1 V% {4 [3 |United States + P9 j0 e* Q% s [" C- xTransportation$ N8 ~, ?& m( T' s7 `4 Z* x C9 K Command ; N) h: o& y5 j) o5 T(USTRANSCOM)- l& n7 m: ^; s. P The DoD unified command responsible for providing air, land, and sea ! {* k3 e' b% z, [3 Mtransportation for the Department of Defense, both in time of peace and time of 2 {" ~* l! b. Z9 l& `; Y) Ywar. It is also responsible for providing airlift, sealift, surface transport, and$ u9 b- E, t4 V+ v8 F" ]4 g* l! m terminal services, and commercial air, land, and sea transportation, including as: H1 _, S/ V, I5 r1 H5 g# u: m) V needed to support the deployment, employment, and sustainment of U.S. forces; _% B+ `7 G/ H1 O: x1 w I: a2 z: j on a global basis, as directed by the Secretary of Defense. Located at Scott, X( Y+ T6 c! P9 v: D6 c5 V5 m& Y( C( E AFB, IL.

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Unk Unknown. $ b+ D1 U' S8 [1 x' M' N% a' qUnresolved' J/ A9 F: g, \- V- v5 f Objects3 z/ x* b* H( Y Objects so closely spaced with respect to the sensor focal plane as to be ) d$ r8 a7 n& M7 y1 T' z8 u* {+ z! Sindistinguishable from a single object.9 ?9 w% I4 D* Y' i$ V" H UNSC United Nations Security Council.! b+ B0 f! N; Z) L' O6 X UnSecEnergy Under Secretary of Energy. 6 i6 D9 X+ z1 K2 eUOC Usable on Code (ILS term). 0 ^, Z5 N$ t2 X1 qUOES See User Operational Evaluation System. / A. e9 G: ~7 A8 c4 tUPD Unconventional Passive Discrimination. r( L0 F; b, w8 ?, EUPS Uninterruptible Power Source.7 P# _2 Q& Y/ _/ |4 `. a UQT Unit Qualification Training (ILS term).6 n( l2 [) K8 \+ y3 S& T URIP University Research Initiative Support Program.( b( z* v; N( @2 `6 [; U! q URL Uniform Resource Locator (internet protocol term). ' A: e% z' C5 \! S8 i7 k7 EURT Upgraded RTD.# f) t7 d) x% C& A! p' K ` US/UK United States/United Kingdom. " q) M8 f7 F: D) v. u# k! hUSA (1) United States Army. (2) Under Secretary of the Army. l. K3 c9 @1 h4 yUSAADASCH U.S. Army Air Defense Artillery School. $ _2 h K' z3 W' X7 NUSAAE U.S. Army Acquisition Executive.' [. N5 e2 Y7 z) @5 c MDA GLOSSARY, VER. 4.0 U; S! A, `# j6 S2 A! _5 W 3126 A( n$ N( e9 A) K+ ?" R2 S USACE United States Army Corps of Engineers.% h, K9 k; S' l. Z% I" g USACOM United States Atlantic Command, Norfolk, VA. [. U5 d& Y5 A1 Z" k: B USAF United States Air Force. 7 P; g4 v1 D1 D9 PUSAF/AFMC/ESC U.S. Air Force Materiel Command, Electronic Systems Center; ex-ESD.! F5 `. E0 W* s' K9 q& i w USAF/AFMC/SMC U.S. Air Force Materiel Command, Space and Missile Systems Center; ex-USAF % }! G. }# j4 pSystems Command /SSD. 5 F) k- r: p+ a! x- n( ]3 m% tUSAF/OTEC U.S. Air Force Operational Test and Evaluation Center.) N/ z% y/ ^8 ^2 v2 G* i+ ?6 d USAF/SMC U.S. Air Fore Space and Missile Systems Center, Los Angeles AFB, CA.6 o; g1 y# D: E. D, @8 Q7 w1 k6 ^ USAF/SSD U.S. Air Force/Space Systems Division; See USAF/AFMC/SMC.3 D7 s0 x) t' E9 w USAFE U.S. Air Forces in Europe.6 L* y5 ^& a( B5 D USAFLANT U.S. Air Force, U.S. Atlantic Command. q* n, ^7 f& e, m1 B. L# m USAKA U.S. Army Kwajalein Atoll. 8 i& F+ @' R. pUSAMICOM U.S. Army Missile Command, Redstone Arsenal, AL. ; [; l) b7 P, q7 ~3 {2 M3 v! QUSAMSIC See MSIC. ( f- ~4 H6 s7 I( {# e/ q* vUSAMSAA U.S. Army Materiel Systems Analysis Activity. ! L5 `, ~8 h: e+ v4 N( j. pUSAOEC U.S. Army Operational Evaluation Command, Alexandria, VA.7 S) B4 L3 a) D' U' [, h: F' {, C USAOTEC U.S. Army Operational Test and Evaluation Command." B& @+ ]8 i) f/ x USARCENT U.S. Army Forces, U.S. Central Command. & v" }! s& k U: LUSAREUR U.S. Army Forces, U.S. European Command. 6 m" Y$ L- ?( O, N$ }USARLANT U.S. Army Forces, U.S. Atlantic Command.4 x# v5 Y+ }+ u USARPAC U.S. Army Forces, U.S. Pacific Command.- b# \. v5 S/ H USARSPACE See United States Army Space Command." p! _: A# L" H7 B& `* J USASDC U.S. Army Strategic Defense Command (<1Oct 92).) p1 x/ T5 b. L, q, L1 @ USASSDC U.S. Army Space and Strategic Defense Command, Huntsville, AL' ?* v6 a+ S2 H) j7 g- } USATECOM U.S. Army Test and Evaluation Command. % Y9 F' y9 I. M9 U. ?, _USATRADOC U.S. Army Training and Doctrine Command.5 l" |& A1 b( B USB Upgraded SBD. j3 N2 _2 h9 d4 \7 _$ Z2 l- U0 oUSC U.S. Code.2 G- r) `. V4 U- _+ T: M USCENTAF U.S. Central Command Air Forces.( M* J& k! `8 \1 d MDA GLOSSARY, VER. 4.0 U 8 b9 e$ {) l0 I& A; ~4 t7 x3137 q9 a/ U! l; W: w, U3 ^8 f3 q# X, }$ V USCENTCOM United States Central Command, MacDill AFB, FL.; e( N/ |% P- j6 I5 Z1 r0 F$ r USCG United States Coast Guard.. V7 u6 a9 I( w/ d6 Z USCINCCENT Commander in Chief, U.S. Central Command.4 o7 Y3 H3 r( A9 G' \3 x USCINCEUR U.S. Commander in Chief, Europe. 2 t5 u9 y. J9 N" `+ `3 A' C, xUSCINCLANT Commander-in-Chief, U.S. Atlantic Command. 5 `! D, E& f0 O* z9 _" t+ @2 ^3 f0 EUSCINCPAC Commander-in-Chief, U.S. Pacific Command. $ T! `. u$ N5 a# {/ L# ^0 f& S1 lUSCINCSPACE Commander-in-Chief, U.S. Space Command." x6 U9 ^0 ~/ J- u! t& C USCINCTRANS Commander in Chief, U.S. Transportation Command. ; F' K5 X9 V" x1 u$ O/ h2 P4 PUSCS U.S. Customs Services. u# Y# S- K5 @: p$ {+ _USD Under Secretary of Defense. / ?/ {- W! B$ H: [USD(A&T) Undersecretary of Defense (Acquisition and Technology).! l' k5 D8 r# s5 x* W9 X6 q9 \6 N0 F USD(A) OBSOLETE. Under Secretary of Defense (Acquisition.).; b, u) c! s4 V# `7 ^6 T+ P3 W USD(A)/STNF Under Secretary of Defense, Acquisition, Strategic and Tactical Nuclear Forces.( H& g$ ` a- u/ ^ USD(P) Under Secretary of Defense for Policy. ( q' ]6 j+ z1 U* m6 \0 ]- ~USDA United States Department of Agriculture. " X5 f$ g7 u: i3 tUSDAO U.S. Defense Attaché Office.! f# B0 M! S/ U& q USDELMC U.S. Delegation to the NATO Military Committee. X. { k1 @# a USDR&E Under Secretary of Defense for Research and Engineering. / A, C0 C. ]5 U3 b5 oUser Friendly Primarily a term used in automatic data processing (ADP); it connotes a machine 3 D$ X; X% i# a9 n; m(hardware) or program (software) that is compatible with a person's ability to ; O. \( l- N6 h5 }5 }operate it successfully and easily./ s+ R9 P3 j# V( b; O9 E7 j6 V. P User Operational + t1 ^) f0 F' ?; _, E# R+ B5 fEvaluation. |! R; Z9 I6 X% l8 z System (UOES)+ M0 g- H: z5 s, X5 L Prototypical system developed and tested as part of the early phases of the* ?1 Y+ [% a( u development process. A UOES has two objectives: (1) testing, evaluation, and ' ~. {) X% J v3 ]! B% Jtraining for a system proceeding through the normal acquisition process; and (2)0 J8 B$ q, T0 m! P& l contingency defense capability should the need arise prior to completion of the 6 t5 y( p8 j$ Z, Onormal acquisition cycle. % s+ U. R# Y7 I4 wUSEUCOM United States European Command, Stuttgart-Vaihingen, Germany. ; e* {2 s' W% K" J) rUSFJ U.S. Forces Japan.- _/ ~- z6 P, T3 q0 R4 D USFK U.S. Forces Korea. 9 b6 v/ P2 J8 J4 K2 M# V. RUSFK/CFC CSFK Combined Forces Command.+ D4 M( u9 T: x4 Q7 B USG U.S. Government.9 A3 X$ `1 w2 A! @0 q USIA United States Information Agency.

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发表于 2008-12-25 20:26:08 |只看该作者
MDA GLOSSARY, VER. 4.0 U 3 f) i" y5 H$ i: @1 e: c+ B: v314 5 U$ Z: f% v/ B" N" gUSLANTCOM United States Atlantic Command (Now see USACOM). _9 I6 C- c; M5 L" [& c USLANTFLT U.S. Atlantic Fleet.( S; v) A( o0 \4 T; ^. [+ f& P USMAR-2 |* w0 h% S8 C4 g4 N FORCENT 6 W. Q2 G( _5 D% a0 e% \4 iU.S. Marine Component, U.S. Central Command. : q" O* Q' a' C1 kUSMAR-FORLANT U.S. Marine Component, U.S. Atlantic Command. 8 @+ H4 T7 _+ {3 d( YUSMAR-FORPAC U.S. Marine Component, U.S. Pacific Command.- h, b. M$ i# c* d- Z USMC United States Marine Corps./ M5 Y( q/ h5 ]* ?- P+ p6 @, `/ G USMCR United States Marine Corps Reserve.. q/ W- q' I9 G" i5 s2 U USMILREP U.S. Military Representative. - |+ p) _% J' T7 t7 ?USN United States Navy. ) L# T. m) M3 m9 WUSNAVCENT U.S. Naval Forces, U.S. Central Command.$ @/ J8 v" g; r+ q USNAVEUR U.S. Naval Forces, U.S. European Command.% A) M; l' r. Z" Q3 ? USNIP U.S. Naval Institute Proceedings. 2 ]0 B+ b! `5 d! M9 F7 cUSNO U.S. Naval Observatory. 0 u3 r# p9 Q, }/ w! E$ iUSNPGS U.S. Naval Post-Graduate School.2 G8 c9 _3 l3 l" X USPACAF U.S. Air Forces, U.S. Pacific Command. . G" M' E1 H0 e8 a# a* XUSPACFLT US Pacific Fleet. 9 w3 y! b1 m( h4 W+ f; WUSPACOM United States Pacific Command, Pearl Harbor, HI.2 B' E7 e' @+ Z p: ?# H USREPMC U.S. Representative to the Military Committee (NATO).3 |; H( N0 F4 t" M0 | USSC United States Space Command.) C# G+ N2 _( ^ USSOCOM United States Special Operations Command, Tampa, FL.' {1 z4 l0 X( Q0 a# v* a6 N& D% @ USSOUTHCOM United States Southern Command, Panama Canal Zone, Panama.7 m- D$ s+ W1 t9 z USSPACECOM See United States Space Command.. o l' D; }1 t1 W W2 V3 M% F USSS United States Secret Service.) \, @9 X! y" B) f5 o4 F USSTRATCOM See United States Strategic Command.! i8 S h- j E5 w USTA United States Telephone Association. : B6 T$ D' S$ U: B7 wUSTRANSCOM See United States Transportation Command." _3 j( m5 a( x6 `; X2 P UT Universal Time. 8 P7 T% e" I, PUTC Unit Type Code. 0 C- H7 ~: {, e* h- k8 s# y$ g* ]MDA GLOSSARY, VER. 4.0 U6 H; T; R2 ^! j% X. ] 315 : h1 `& Z& Y* d, ~ |' d# g9 oUTM Universal Transverse Mercator.5 n2 v# n& \8 e& R* C+ N UTTMDS Upper Tier Theater Missile Defense System. See THAAD System.: G$ O' j9 _$ ~2 B( l: R UUT Unit Under Test (ILS term). ' _& F6 {: x) Z; _3 ?: mUV Ultraviolet.' E+ o: K. R' M) |8 W: v UV Electro- + `) X8 }: Q( X9 f% E( U* nOptics' T. {7 r8 n) ]. m# h: g6 { Technologies/techniques employed by optical sensors in the wavelength1 v$ G% P( z# i3 B spectrum shorter than visible (e.g., less than 4,000 A).9 H1 {! A2 g0 }' W1 M3 o5 c9 A UVPI Ultraviolet Plume Instrument.+ B# l z0 [9 x0 l/ C8 h UW Unconventional Warfare. 0 C1 L1 r! v- V3 cMDA GLOSSARY, VER. 4.0 V6 L3 X, Y8 e; z4 ]3 l: A 316 , Y, e' D3 R+ e. ]) U5 }2 H# [: pV Volt." U; d- v; ^! p' b6 X V&H Vulnerability and Hardening. $ G7 f3 N. M H$ bV&V Verification and Validation. (See Verification, Validation, and IV&V.)) a7 s; C* Q% |) V6 V* ?$ x# v. u V/STOL Vertical Short Takeoff and Landing [aircraft].0 }. z$ _" D2 Y) L1 T5 S3 x VAFB Vandenberg Air Force Base, CA.8 `7 U. s8 n$ l. e- Y7 E: L Validation Confirmation that the processes and outputs from a test resource parallel real & |- N5 @* L) V/ w& ]# Iworld processes and are realistically sensitive to change in the environment,2 j8 z8 e* q6 c6 f1 V) _9 ^3 Y tactical situation, system design, tactics, and threat.0 o4 l/ @# e8 m1 s VAMOSC Visibility and Management of O&S Costs. ) e' ^! }, [- U1 M& A4 n, fVAR Visitor Access Request.6 j6 J! ~ M9 x! u Variability The manner in which the probability of damage to a specific target decreases7 L J0 B, ~" r4 ]7 A with the distance from ground zero; or, in damage assessment, a mathematical% I5 _. Y- ^ b5 B factor introduced to average the effects of orientation, minor shielding, and8 }# D" }1 Z* g8 k( n uncertainty of target response to the effects considered. " k0 G" |! a2 @+ P: u. |VBO Vertical Burn-Out (velocity).5 p% O+ o6 Z0 Q/ g7 ` VCC Voice Communications Circuit. # Y8 Y; H/ R$ }' A) K8 o/ C9 r1 y- ]VCRM Verification Cross Reference Matrix. ' ?" o2 Y7 J; T1 u ZVCS Voice Communications System. 5 m( Z# ~: G% L% RVDC Volts Direct Current.' j8 m+ W: W7 B$ S. K VDD Version Description Document. 2 }& V& Q6 K" j6 J% H7 n2 s" F0 ^VDU Visual Display Unit.+ f3 K5 T: ~: D6 _4 E VE Value Engineering. - G& C! P/ H5 d& ^1 M& K; ^VECP Value Engineering Change Proposal. 2 z' s+ P0 T6 WVerification (1) Confirmation that all data inputs, logic, calculations and engineering% _$ g9 V& u& g representations of a T&E resource accurately portray the characteristics, . v# w. W0 E/ g9 h/ q5 h7 O4 jcalculations, logic, and interactions of the system under evaluation.! \. {1 v* _, T( ^ V' F+ w (2) The process of evaluating a system or component during or at the end 3 _9 O. i1 E1 C3 W$ pof the development process to determine whether it satisfies specified + h; c6 ]: C0 Frequirements.; E: x- ?3 u) }/ z9 x VESA Video Electronics Standards Association.( X6 a$ b0 O% e- u, s+ f) k* ~& y z VFR Visual Flight Rules. 3 ^! i) R/ p/ a; j5 MVGA Video Graphics Array (Telecomm/Computer term)., N, Q; @% y9 d Z6 ?1 U; _ VHF Very High Frequency., X, I* q/ ^3 A3 ^/ }" B1 X VHSIC Very High Speed Integrated Circuit.2 y8 d. u# T* G' `+ ?/ k. W# t1 T MDA GLOSSARY, VER. 4.0 V; h8 ^# U, ~: B& q1 D 317 $ d/ _% N+ M* q) h. iVIDS Vehicle Integrated Defense Software (USA term). $ A3 P) s1 K2 i% h" T: F2 `2 BVIGILANTE Viewing Image/Gimbaled Instrumentation Lab-Analog Neural Three-D$ s9 F2 m, `. b, a% v' t Experiment. VIGILANTE involves building a small computer (ANTE) offering 1/12 ( c S+ y& `" qOperation Per Second (OPS), using a mixture of experimental three-dimensional 3 D; X( w' G j% Icircuitry and commercial components. Project also demonstrates VIRGIL, a/ Y% Z, f: ^% b+ a# L gimbaled airborne sensor with visible, experimental UV and quantum-well IR. y: R, ]9 Y9 N5 b" A5 o cameras capable of tracking targets that can be detected, identified, and5 F; R0 D) |& E+ K' I precision-tracked with the ANTE processor.! U0 V; h7 _( V8 o% F P VIM Vibration Isolation Module.- Q$ C/ x% k7 F0 l VINSON Encrypted Ultra High Frequency Communications System.3 D5 c; n( r: o. ]( B1 c3 U& G VIS Visible. 3 Q' ]( T8 b1 b3 u9 tVIS/UV Visible/Ultraviolet. ! O- @! D% h4 s4 E- v' iVisibility Range- t) j9 K, M) n# q1 T; d" o6 [4 | (or Visibility) 5 x' D8 _) B+ E" W' w5 {The horizontal distance (in kilometers or miles) at which a large dark object can 9 W/ M+ p, }) Ujust be seen against the horizon’s sky in daylight. The visibility is related to the* q- i+ K5 |( `6 ^/ K: a J clarity of the atmosphere ranging from 170 miles (280 kilometers) for an 4 v. ]# `6 ]! y7 g6 Rexceptionally clear atmosphere to 0.6 mile (1.0 kilometer) or less for dense haze 3 w9 o1 g1 T) h' tor fog. The visibility on an average clear day is taken to be 12 miles (199 a- [3 Z( }5 ?* j6 n kilometers).2 B, C) Y1 e F9 u# K Visible Electro-4 u' S* v8 ^1 a8 \) Y/ i: b Optics% U4 v0 M5 ?$ P) F Technologies/techniques employed by optical sensors in the visible portion of) i6 O3 z' j8 A the wavelength spectrum.0 Y9 c7 h4 D9 h8 `9 u! F$ g' ]% H VLAR Vertical Launch and Recovery (UAV JPO term).' z- I. l" O- H$ A) z, k VLF Very Low Frequency.6 k {4 C7 D+ [# Q" e' _ VLOS Vertical Line of Sight.

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发表于 2008-12-25 20:26:19 |只看该作者
VLS Vertical Launch System.3 j& E7 K) C0 _8 v VLSI Very Large Scale Integration. 8 ^3 O$ h7 h- WVLSIC VLSI Circuits.3 c' e& z1 ]1 B: Z" ` VLWIR Very Long Wavelength Infrared.8 D N% V0 \/ f% w: V- a, ]+ X VME Versa Modular European [standards]." f5 |4 l, o b8 c* q$ R VMF Variable Message Format (Telecomm term).0 a ^, v3 I3 a. D VOX Voice Actuation. ( M0 C# h( Q. O0 |VRI Vanguard Research, Inc., Fairfax, VA. % o6 [ I' C8 @/ CVTC Video Teleconference. 9 g7 K9 H9 W' @$ YVTOL Vertical Takeoff and Landing [aircraft].- B, V n4 e: h VTOL-UAV Vertical Takeoff and Landing Unmanned Aerial Vehicle.2 c- A9 d5 |1 i% `! ], f# i VUE Visible Light/Ultraviolet Experiment. ( X5 I5 D. Z; F( q- O# n! f2 qMDA GLOSSARY, VER. 4.0 V' s% {* P! \; y* D3 [- \ 318% O5 N6 m) I4 X6 r) x# d) X+ T Vulcan UK bomber. - L1 K& b8 ]/ _0 [# s! Y' \6 HVV&A Verification, Validation, and Accreditation.- G" a& }& @1 s- f VVER Pressurized water type nuclear power reactor. & {% \8 s) w9 o7 cVVIRF Verification and Validation Information Request Form.. B, f% F' O: ~8 U5 G! t8 w MDA GLOSSARY, VER. 4.0 W e9 @) V& ?, R 3199 k! U5 \& ?* }$ M# x W/ With.* j2 T' }: H9 V w/o Without.; m5 L% R; m0 w# {: c W/TD Warning/Threat Detection. * J% T# G( h/ f7 d. ^3 j) [* zWAA Wide Aperture Array.; c* J# n) ~" x1 q( T* a# p9 W0 |* v WALEX Warfare Analysis Laboratory Exercise. * l* i! L, t1 b2 T! HWAM (1) Worldwide Military Command and Control System (WWMCCS). (2) Wide Area: m! M% U& C6 z! r# I" {; |/ j Munition. (3) Wide Area Mine. (4) Wide Area Missile. `6 w4 {+ f+ l# X2 }8 e* wWAN Wide Area Network (Telecomm/Computer term). * O2 l) s/ S0 o3 f, sWAP Wide Azimuth Probe. - v! i" u% d) p6 V. GWar Game A simulation, by whatever means, of a military operation involving two or more/ R) T3 }9 `5 b% T" Z opposing forces, using rules, data, and procedures designed to depict an actual ! w/ Y7 E$ x T5 G G3 Wor assumed real life situation.8 H# ^6 a1 t2 s1 }6 b Wargame 2000 Title of MDA program for development of a state-of-the-art simulation tool at the ' |% m' v/ i0 R+ M/ @8 B+ g) S. y1 UJNTF for use in CONOPS validation, missile defense program design verification,& o- h' G! F# u7 b% { validation and accreditation, and support CinC/Allied wargames and : |4 s! E4 L; z$ [. p$ e `' Dassessments.& D5 h( ^/ _9 \" r4 e Warhead A weapon, usually thermonuclear, contained as the payload of a missile. ) h4 z+ d- \7 S$ b# g: y6 `Warhead Mating The act of attaching a warhead section to a rocket or missile body, torpedo,. t$ X3 B: _6 e# R0 E airframe, motor, or guidance section.1 u% a9 X/ t/ |- u+ C+ \1 F" h5 y Warhead Section A completely assembled warhead including appropriate skin sections and related* F0 B( R% ?7 I# d components.' v7 q5 x; [5 |9 z, `4 j$ [2 p/ { WARM Wartime Reserve Modes. 6 [. p) T- _3 V0 yWarning of Attack A warning to national policymakers that an adversary is not only preparing its : l R/ d; K7 Yarmed forces for war, but intends to launch an attack in the near future.& V8 U3 x( Q) m# G v' [0 S: T Warning Order A preliminary notice of an order or action that is to follow.6 s5 }$ J [' t6 |5 Y$ {9 m ? WARSIM Warfighter Simulation (US Army term).; f: }0 G6 H. I8 c+ A# { WARSIM 2000 Warfighter Simulation 2000 (US Army term). " Q2 V q: Z( s: `+ XWartime Reserve$ L" j# L' N; z4 C4 ~ Modes (WARM)% ~* A# D8 T3 \' Q% e s5 I Characteristics and operating procedures of sensor, communications, navigation# ~- v5 e" ~: o aids, threat recognition, weapons, and countermeasures systems that (1) will+ P- c/ m* u: z contribute to military effectiveness if unknown to or misunderstood by opposing 4 d# h) M! Z& D# i M8 ocommanders before they are used, but (2) could be exploited or neutralized if& _' J* j& @1 o$ v4 H( g known in advance. Wartime reserve modes are deliberately held in reserve for 0 i: X3 N( }- q4 g2 @) g% W' jwartime or emergency use and seldom, if ever, applied or intercepted prior to : v5 m+ ?) M* H# j" Nsuch use." W- I2 N1 H+ S WAS Wide Area Sensor.. Y, ` ]; ~7 ^ WASP Wide-body Airborne Surveillance Platform. A modified DC-10.. _: \) }$ G& m* R- @ MDA GLOSSARY, VER. 4.0 W3 @# l: @$ L# b! S6 W! }; w n0 h 320 1 N/ F4 `4 m8 m3 {* f2 ?; J4 HWASHDC Washington, District of Columbia. ; q9 N1 D2 i; F- ?% wWastage (Max) The maximum number of defense weapons which, when used, will be ineffective( Y7 K1 {3 N9 L$ }$ j0 D in contributing to the defeat of the offense." s* h* B+ }6 A Watch Condition / ?+ U3 X6 b8 W& r(WATCHCON); n* K4 v$ m! Z Series of readiness conditions used by the intelligence community to alert staffs 9 ~# ^5 t8 O# {8 a. d/ W& k# ^1 |to watchfulness without raising DEFCON.# {" e4 D a7 \: W6 H8 e9 H. r WATS Wide Area Telephone System.' b, P5 Y; U( ^! y- `5 {9 B& {3 Z WAVE Wideband Angular Vibration Experiment. + v' c, w7 z) r9 OWavelength The distance between two points having the same phase in two consecutive7 g& L) O* i/ o/ R7 S cycles of a periodic wave, along a line in the direction of propagation.; E9 U/ G! y4 M# h$ X# A WB Wideband.6 D0 C* r: Q' L, L4 | WBM Weapons Battle Manager(s).$ X1 f& @9 Z- a! `: _ L WBS See Work Breakdown Structure. / F1 S$ b; b) o. Z% }1 t1 kWCC (1) See Wing Control Center. (2) Weapons Control Computer.& {" _# m) V% l$ o WCG Workstation Computer Graphics (Computer term). 6 ~5 y, U/ {8 \0 a0 L! M) P7 zWCP (1) Weapon Control Processor. (2) Weapon Control Platform. 8 W5 i7 n+ F0 ?# t; I2 hWCS Weapons Control System. [# x* n: ]3 m( t, c' v8 Y1 nWDM Wavelength Division Multiplexon.. M2 c- ?2 z3 y u Weapon Enabling The set of control functions without which defense weapons cannot be 2 l% H0 { T9 H! J- L7 L1 @! Alaunched.

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