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发表于 2008-12-25 20:24:45 |只看该作者
MDA GLOSSARY, VER. 4.0 T4 G3 h3 w1 e" r1 P& I1 m6 @' N 298 , V0 w5 `, K4 M2 s& p8 s: F5 I4 _Theater Missile1 l- A( P6 A$ Y& C2 A% _( B Defense Council# O. \. N+ r5 T3 J" i (TMDC) o- X8 o) O6 P) e/ T A consultative body for considering TMD family of systems planning and) k# O1 y7 E# t- K% |5 m programming issues; chaired by an Assistant to the MDA Deputy for , j; C7 p, v5 Z8 W4 N7 zAcquisition/TMD, membership includes MDA TMD Directors, representatives of% j- S5 E+ D5 ? each applicable Service Program Executive Officer, and TMD Executive Agents 0 c7 U. \2 H8 x+ s0 e) b. Tand Program Managers." b) t. F, d7 K/ _" q4 x) ^9 c Theater High7 l0 k. ?- ]( t$ i4 ?( _/ L Altitude Area2 L; b, ]$ V+ [6 s: U Defense System % ?$ R5 v- Y& \5 w7 q U(THAAD). P1 i" u1 r6 j, B' ` A ground-based, air transportable interceptor system that will provide wide area # `( d6 X9 o! [7 o" S3 ^defense capability by intercepting longer-range missiles at higher altitudes and at- N* C6 m2 A$ D' U greater distances. Will provide an overlay or upper tier to point defenses such as o7 h9 |3 E% _/ U+ \ PATRIOT. + f& @+ T: B6 A6 s1 ~0 hTheater Missile 9 ~% m7 l/ x: D(TM) 4 [4 p6 A/ a0 E( Y' u6 KA 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 capable8 E' V( N2 y. T5 G) ?. P of attacking targets in a theater.4 Q3 x- ]( F6 i9 q4 o; g Theater Missile+ D5 d! [: N1 W `) S; Y, V Defense (TMD) * j( T; r& m& L) _; [OBSOLETE. The strategies and tactics employed to defend a geographical area" C. X! J5 }2 d i! S5 [0 v outside the continental United States against attack from short-range, ' k, h# r8 Y# ~, i5 Qintermediate-range, or medium-range ballistic missiles.( K2 @* h7 m' O8 x& | Theater Missile ; P( H3 _% A0 t' G$ I* A- H' }Defense Ground- 1 C& v/ A- G4 E K% A' y$ x- YBased Radar ) p% s& O3 m _(TMD-GBR)* K. P& h, M. J; ` A ground-based, air transportable sensor that provides search, tracking and . t, z/ Q; h, F1 Pdiscrimination capabilities for the THAAD interceptor system. Also referred to as 8 X& ]" M4 \( d; I" B3 KTHAAD Radar., p- X/ u9 g- l; t Theater Missile1 M- q0 r6 J3 q7 Y4 X, \+ \8 n Defense Initiative6 `3 ^" N# \! J* b6 F3 u; o ?2 S& n (TMDI)/ f5 O3 u& T& @/ R( h. G An initiative under which all DoD theater and tactical missile defense activities are & E* }1 B8 f& k$ D+ Y1 {8 hcarried out. Section 231 of the National Defense Act for Fiscal Year 1993 $ j J# Z: A3 A, n: s6 T9 H/ E(Public Law 102–484) directed establishment of a TMDI office within the DoD. / r: t: D7 }# U4 CTHEL Tactical High Energy Laser. . k) c' ?$ q2 [0 l' [/ xThermal Energy Electromagnetic energy emitted as thermal radiation. The total amount of: Y' }8 ]6 `$ W0 }/ [' }. M thermal energy received per unit area at a specified distance is generally . D+ P W1 \; n! Qexpressed in terms of calories per square centimeter. * E! [* \0 w1 _$ qThermal Imagery Imagery produced by sensing and recording the thermal energy emitted or& _5 Y+ S2 y7 i$ j& I' f" d reflected from the objects, which are imaged.7 l5 B' W" v+ d+ ^7 _2 s' L Thermal Kill The destruction of a target by heating it, using directed energy, to the degree) t5 @9 V5 c7 i; S9 r; Z) d that structural components fail. 7 \3 g1 \: N0 x" H" u: |Thermal : \' V& a0 T7 _& t3 PManagement 1 x: e, T9 b' i$ H/ [Technologies/techniques associated with the control and management of 8 D) e. ^$ O; mthermal energy, its generation, dissipation, and recovery.* t7 G1 l' H3 ^ x Thermal* D) g, T- c: T Radiation* u- C. Y/ r/ a) @/ t2 Y# B. Z3 j Electromagnetic radiation emitted (in two pulses from a nuclear air burst) from the ( d4 F9 P/ E; l6 a/ V) Sfireball as a consequence of its very high temperature; it consists essentially of 4 N% c. z- Y4 R: u0 @6 S; eultraviolet, visible, and infrared radiations.$ N2 ^5 D6 T# |1 q# l. B; D1 E" c0 { Thermal X-Rays The electromagnetic radiation, mainly in the soft (low energy) x-ray region,' V) b) R6 L- J b1 W emitted by the nuclear weapon residue by virtue of its extremely high- E+ y7 i% ~) X g) Z9 }! [* k temperature; it also is referred to as the primary thermal radiation. It is the s9 g7 m, _" ^ @0 R3 Aabsorption of this radiation by the ambient medium, accompanied by an increase9 m8 n3 S& Z4 \' c8 U/ l! U in temperature, which results in the formation of the fireball (or other heated 6 {/ B7 _0 E' u9 rregion) which then emits thermal radiation. (See X-Rays.) ' U/ V' k7 j6 KMDA GLOSSARY, VER. 4.0 T 7 v- `9 c+ [: Q: b' n; I299* s# ~0 l# W6 ^% s5 a Thermosphere The atmospheric shell extending from the top of the mesosphere to outer space; ' ~2 E: |. A1 \" q" m- dit is a region of more or less steadily increasing temperature with height, starting 5 Q' ?6 F" H/ G" Jat 40 to 50 miles (70 to 80 kilometers); the thermosphere includes, therefore, the2 H' i b. p9 o6 a exosphere and most or all of the ionosphere. _- C) U9 g3 W/ Y+ r. l- r8 R+ {) VThreat 1 b3 R6 {) n: {% O& X% |Characterization5 ]9 W$ H7 O6 F! m2 c& I An assessment of the nature, magnitude and intent of an attack in progress. , o+ `/ M1 i) U* w5 t. fThreat Corridor6 g3 i% P; E$ t- ?. j" h (Threat Tube) $ b N: J3 f' z0 Y: @( i2 }A tube containing all the objects originating from launch sites and aimed at l1 U7 e5 G$ |targets whose spacing is close enough to permit the tube around the object2 }/ K, j% |3 X! ` trajectories to be represented by a single trajectory in battle management# N- i. @) N7 f1 ] d# s) L' X; ? computation. 5 I- P% `/ T' T: ]0 e- h1 vThreat Scenario A hypothetical example of the employment of threat systems against ballistic! c- p1 _8 W1 Z missile defenses for the purpose of analysis and evaluation of those defensive0 j0 {/ B' F; q* V. J/ O% K systems and architectures. & n2 e4 {* ^8 O4 e4 sThreshold Performance capability or characteristic level in terms of a minimum acceptable 5 o2 n, p! p' I; K3 g& {7 [8 @6 fvalue (threshold) required to satisfy the mission need and a performance, L0 a; o' j; P. g5 ^ T objective.7 y3 O4 W+ `7 M* H8 W% Z* E6 a Threshold* y! E! I7 B# u1 ]! h; [9 M Defense , V9 A/ {3 u* Q/ f4 ^! Q% nA defense strategy that concedes that the target can be destroyed at a price g) h u% S8 v( T, k: J6 Ethat is not prohibitive, but the presence of the defense is thought to require the - ^4 f6 S$ }" w9 X5 O% U xoffense to mount a relatively large and complex attack. % X: \. p2 Y. R& o' ^1 {! gThrow Weight All weight in an interceptor, above the sustainer, which serves as the kill vehicle.4 C F: f. \3 k% k6 Q" y4 A Thrusted : p" _/ V) [; M( Q' O- YReplicas (TREPS): h" v7 n& l7 G6 U. Z Conical decoys equipped with a miniature rocket device. Generally used to3 L) w* L5 I# ~& W9 J- f( ` change the decoy’s optical signature to resemble that of an RV in the reentry- I: x' X! l" S- a( l% p7 L phase. $ z- x6 ^! Z+ J* Z, S) G+ CTI (1) Technical Instruction. (2) Technology Insertion. ( n. v; y. l D3 m# K$ w8 PTIARA Tactical Intelligence and Related Activities. " e( x R, g. P1 CTIBS (1) Theater Information Broadcast Service." X% _3 u6 f# O3 }4 p (2) Tactical Information Broadcast System. * H/ e' V3 Z( C3 \9 ](3) Theater Intelligence Broadcast System.9 }+ o4 A, c5 F7 v' p( t, \; e TIC (1) Thermionic Integrated Circuit. (2) Technical Information Center. . d; @, i1 N! j( }* d: FTIDP Technical Interface Design Plan.6 H3 Z: Q/ \9 a8 Z; J TIE (1) Technology Integration Experiments. (2) Technical Independent Evaluation.4 X- H* F0 A" [7 H" ] Tier An integrated set of SDS elements that address a particular phase of the threat6 y3 }7 E% y6 @ (e.g., boost phase). + e- q8 y- l! o$ ~! t& STiered Defenses The use of defensive systems at different phases of the missile trajectory." a9 }6 E: l& x; j TIES Technology Integration Equipment System., `" F( H, @) O0 e# k TIIAP Telecommunications and Information Infrastructure Assistance Program. D* f j4 e/ g/ H" STIL Technical Insertion Laboratory. 2 j6 d0 v* x& i5 l3 {& hTIM Technical Interchange Meeting. 6 l' G# e& m) h# l4 LMDA GLOSSARY, VER. 4.0 T " o. F h7 G6 B300 0 y% P) `4 K, ^Time-Phased1 v* N8 _ [9 s& V Force and 5 U# c1 W; D3 @6 T% x4 O6 v jDeployment List [, o- a5 L1 V8 i Appendix 1 to Annex A of the operation plan. It identifies types and/or actual 6 x2 w" `/ _4 I* x$ }2 s. X# zunits required to support the operation plan and indicates origin and ports of 5 q0 u) N t t2 O, W" Vdebarkation or ocean area.# g$ n' p- n; q9 d4 Q! M Time of Flight6 |" v9 v( c* u' ]; V. k (Max) ' W, w3 F% O; B" I3 ?2 O9 y$ c- WThe maximum time for a booster or vehicle to perform its function from time of. W$ R }& o; U# x, c launch. 2 z# \2 q, N. Z, i' \Time on Station The time the sensor is in its operating position. . h$ D: H1 P' ~* STime Sensitive/ x( Z( I+ W: O+ _1 q$ P Targets8 Z3 G% S4 M$ s Those target requiring immediate response because they pose (or will soon ) \ Z; {: G( g, l* Qpose) a clear and present danger to friendly forces or are highly lucrative,- n/ f) ?! d1 t1 \3 X fleeting 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. ! F8 ?7 M% u( LTIMS Training Integration Management System (USAF term). 1 {6 l+ L8 h8 W* bTIN Theater Intelligence Networks. : ^4 \6 P, D3 S; U }( N/ q3 HTIP TOPAZ International Program.% _9 f1 q% K. O& `- K" t" A TIR OBSOLETE. Terminal Imaging Radar. (Predecessor to Ground-Based Radar & O: ~/ A( l, }: |. N( Q# @Terminal (GBRT).)0 w6 K# y! a7 ~2 y) S TIRS Telemetry, Instrumentation and Range Safety / {( J) v1 }+ G7 Q8 uTIS (1) Trusted Information Systems, Inc. (2) Technical Information System. 1 s. m. W+ I( v, \9 \. {# HTitan USICBM.. `/ B. l* B! V7 V$ R# U0 j* M TIU TIBS/Tactical Interface Unit.5 d P& V6 h; E# C" G) } TIWG Test Integration Working Group. (U.S. Army)! c- |5 _" S" @ TL Team Leader.# G5 w* M9 Z: U6 v TLA Time Line Analysis./ P) \8 ^6 R3 O0 B! e/ E6 k# _! k0 Y TLAM Theater land Attack Missile. , Q; V! V1 s1 K j# kTLAM/D TLAN [with submunition] Dispenser (Navy term). " h& M; D1 p" ` v9 l( \TLDD Top Level Design Document. & a2 u7 ]% p% u6 F: U' MTLV Target Launch Vehicle. / T0 D$ q( m7 x% v3 R0 GTLX Teletype.1 j- t6 \) p, R+ ~# G/ s0 I TM (1) See Theater Missile. (2) Technical Manual. (3) Tactical Missile (US Army" X3 V4 g) ~' l/ ]$ a' k term).4 o0 l$ w+ w0 I% F" m TMCC Test Monitor and Control Center. : G5 n9 k6 t) U x5 \TMD See Theater Missile Defense.3 |0 V/ Z- X& G2 E" H9 ] y TMD C2 Theater Missile Defense Command and Control. ; _# v* Y' L* f: K8 ]% RMDA GLOSSARY, VER. 4.0 T6 b" H. ~) `" c; g2 M. H) ^ 301 N: Y! B. T) S- O% a TMD C Q; Y: ^/ _8 `+ @3 2 T# p! r. X8 a8 z5 R {4 RI Those assets that provide connectivity between and among Theater Ballistic ( N. s( V& c; e$ ^Missile Defense forces.) k) M0 M$ `! r' q7 }, M TMD ESM Theater Missile Defense Existing System(s) Modification (MDA term). & h' `; I+ Q3 }0 n- y5 l4 NTMD GBR See Theater Missile Defense Ground Based Radar (THAAD Radar).; q& E- E9 v8 Q& E TMD IA Theater Missile Interoperability Architecture.$ S+ }2 r" ~0 J% [8 s TMD ITP TMD Integrated Test Plan.2 C) x6 ]. s+ e B; L TMDAS Theater Missile Defense Architecture Study. - b% o% Q O# q; M9 k) f: RTMDC Theater Missile Defense Council. 3 k+ v, @8 z( a6 dTMDE Test Measurement and Diagnostic Equipment (ILS term). : g0 W9 G; }5 F# K5 {TMDI See Theater Missile Defense Initiative.' Z' N' h. c) X( o" n TMDSE Theater Missile Defense System Exerciser. 8 k3 U- r2 D; w& pTMMM TOMAHAWK Multi-Mission Missile. * V6 i$ e0 h) _1 O4 u! ?TMP Technical Manual Plan (ILS term).- z# ^4 e# M) B2 G) | o8 G- B TMPCU Tomahawk Theater Mission Planning Center Upgrade./ F: N D; t. Y+ Q TN (1) Terrestrial Network (C2E term). (2) Thermonuclear.' `8 w, a! V4 D TNF Theater Nuclear Forces [Treaty term]. 4 X: X5 G. J7 n1 YTNT Trinitrotoluene. % U+ \+ A, [/ d L- F0 ^TNW Theater Nuclear Weapon. 1 e8 m$ H8 F6 x8 u) C( VTO (1) Task Order. (2) Technical Order.0 O" \% _' c: }( }; z/ M TOA Total Obligation Authority.: ]) T8 B, @0 D6 F TOAM Tactical Air Operations Module.8 s5 @; m+ Q. b TOC Tactical Operations Center. ) k5 R7 ?3 Z* V. f; F; }TOE Table of Organization and Equipment.7 P' ]9 X& j# W( X; o TOF Time of Flight.1 Z% ~# H! u+ a e2 v7 X% I TOI Track of Interest.( i( J, w6 A; G" a. p/ | TOIA Task Order Impact Analysis. . f0 k# P& N& B5 i# ^9 i0 X, ^! YTolerance The ability of a system to provide continuity of operation under various abnormal + v8 N( O. j& T/ D _" Z! P0 {% nconditions.3 K9 m' l1 y5 m2 @: 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.! W5 C& E! x9 U: i$ S+ D& b MDA GLOSSARY, VER. 4.0 T7 n: f" Y0 A9 {0 A2 B8 g9 `! L0 P 302: R) z. H1 d5 z1 Q TOMD Task Radar Management Details.5 ?( i8 p8 i% J( G$ V; F% C; Z& w9 Q TOMP Task Order Management Plan.3 g$ u9 O4 j' C6 h! X& Z! d, G) n TOMS Total Ozone Mapping Spectrometer (NASA term).% X" {! I! C0 V( ~" T3 A8 j TOO Target of Opportunity.0 \5 y4 D: @1 U! m+ V8 P: Y TOOL Target of Opportunity Launch.9 \0 X. r+ i* u u. |. r$ r TOP Task Order Plan.9 w( x& C3 o: m5 [ Y% c" k* Q7 x/ H { Top-Down Pertaining to an approach that starts with the highest-level component of a ! N) F5 {! c9 B. n# l% C* uhierarchy and proceeds through progressively lower levels; for example, topdown design, top-down programming, top-down testing. Contrast with bottomup.( W: w7 v: ]1 a Top-Down6 F8 Y$ `0 e: G- k, {9 x Design ; R3 ?$ V1 [+ G6 _% V1 u0 y8 M6 nThe process of designing a system by identifying its major components, 9 C. ]9 U8 s" N: {1 mdecomposing them into their lower level components, and iterating until the 7 s1 Q7 }5 J Gdesired level of detail is achieved. F, ?4 @2 \" Q* Z, t$ C2 ` Top-Down 1 [$ ]+ s% a6 {) D5 gTesting& S- @" i) u. o5 s The process of checking out hierarchically organized programs, progressively," `; P8 g* y9 S3 } from top to bottom, using simulation of lower level components. 3 Q0 P% p+ W4 N' m$ nTOPAZ A project to demonstrate the transfer of Russian thermionic space nuclear power' L6 P/ _$ Y9 U& o5 s technology to U.S. BMD applications. y& X7 a* X/ D% J5 [+ ^; n- ] TOR Terms of Reference. * e: _' T5 J kTOS (1) Tactical Operations Shelter (Station). (2) Task Order Status./ D. z* A m* j+ ]! c( u* ~8 @ TOT Time on Target; n* \: z1 |+ g Total Obligation; G0 Q+ d5 `% P. a# o" z0 o# j Authority (TOA)) o+ a, m6 C5 r. m A DoD financial term, which expresses the value of the direct program for a given4 J$ O z2 D* ?6 K, L+ r- i fiscal year. # E6 N; ]3 x/ \$ f* fTotal Quality 1 W. f B3 z7 ?2 cManagement- i" k9 n& k3 [% x [+ U (TQM)" V2 q7 D0 h. U( V5 H2 j6 o1 z& j/ | d A management philosophy committed to a focus on continuous improvement to 8 v9 E0 p2 ]# B1 N7 jproduct and services with the involvement of the entire workforce. + H) [! z9 Q v; }" n- j/ f2 @TOTS Target Oriented Tracking System % J" G4 P& U6 KTOVS TRIOS Operational Vertical Sounder. 3 q4 _; ]" o" b, `8 J5 ^' KToxicity The kind and amount of poison or toxic produced by a microorganism, or 2 B9 N: q6 G+ ]$ Apossessed by a chemical substance not of biological origin. 7 d- t# U5 d, D: ^- _4 QTP (1) Telenet Protocol (Telecomm/Computer term). (2) Test Program.2 W$ x0 C/ |6 A0 [ TPALS Theater Protection Against Limited Strikes. * P/ A9 N& `# A, f' O( rTPBM Terminal Phase Battle Manager. ( U# x, J& q) c$ kTPD Mobile Tactical Radar (US)., N+ Z; k7 c2 U* T# _$ Q) B TPDR Total Processing Data Rate (TelComm/Computer term). ) c5 K5 T' T. Y9 M# k+ p; nMDA GLOSSARY, VER. 4.0 T 7 w7 U/ L$ l& e% j2 Y303+ s& T; E; e6 R TPEC THAAD Performance Evaluation Center.$ }- D+ R' z' p [ TPEM Technology Program Element Manager (SDIO/MDA term).# R! [& [2 O* h TPFDD Time-Phased Force Deployment Data.7 s2 ~% Z+ |4 w; v0 k TPFDDL Time-Phased Force Deployment Data List.! o9 p: z' C( X' t- T8 z$ g2 S( t$ n TPFDL Time-Phased Force Deployment List. 2 T6 s( w7 d+ r) d1 R# w) ITPM Technical Performance Measurement.* c t0 t" T: ?% |/ }- I, w TPMT Total Preventative Maintenance Time (ILS term). + [/ n1 H2 K* w' P2 _* qTPO (1) Test Planning Organization. (2) THAAD Program Office: Y- `1 g8 Q5 n3 Z& `* l; M TPP Test Procedure Plan. 3 v1 z' x# B+ mTPR (1) Terminal Phase Radar. (2) Trained Personnel Requirements. (3) Target' K+ {/ a5 J' i! `8 g Performance Report. ! l0 N% A; n( D9 ~0 E( m- n( GTPS Thermal Protection System. 7 D) y1 N0 a/ }5 O9 _! jTPT Theater Planning Tool.9 l) F. R& _- ^+ m3 z3 t TPWG Test Planning Working Group. (U.S. Air Force)/ a6 ~+ a$ S8 x) Z# f9 b TQM Total Quality Management.$ \) t, r" i* P2 A) z& y3 C6 F Traceability (1) The characteristic of software systems or designs or architectures or k+ L* w+ o4 k8 F2 H! |domain models that identifies and documents the derivation path7 W7 K# y' J/ d% q/ N) C (upward) and allocation/flowdown path (downward) of requirements and : O* C6 w. k" R* X& A1 Wconstraints. V6 c5 b& |/ Y (2) The degree to which a relationship can be established between two or & {+ I; w& G( ?6 ~1 Gmore products having a predecessor-successor or master-subordinate7 I) G$ L6 S3 G7 A relationship to one another.

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Track (1) A series of related contacts displayed on a plotting board./ n: Y% Y3 [4 R (2) To display or record the successive positions of a moving object.7 D4 G: |; D( u) i% z (3) To lock onto a point of radiation and obtain guidance from. # ^# P/ U9 n; a( F/ D0 H(4) To keep a gun properly aimed, or to point continuously a target locating 3 M& g2 f2 f% j) z$ k' K- L2 Zinstrument at a moving target. . J+ `7 e Z" ?1 a(5) The actual path of an aircraft above, or a ship on, the surface of the9 K4 `: k4 r" j& |# G: P, g earth./ |% J" z7 i* ]6 P% y; h Track! a, x* F& ?- c( P6 u Assessment ) z! _: @ q! {& l3 s4 P! }The Track Assessment looks for anomalies in an object’s track data. An anomaly8 y! h% ^3 `3 c" }+ j6 R in the track may indicate a hit. ( w9 v7 F7 X% ?9 fTrack, Birth to 2 D! s" M7 v7 W* XDeath 0 _4 ~" m: ?* O2 G: kThe maintenance of an associated track through all phases of flight (i.e., boost2 J5 ?4 U* ^3 L% y" h: M to reentry)., _9 F5 i0 O) n5 K* T& x) ] Track Correlation The combining of track information for identification purposes, using all available 2 P& j" m6 L. C H+ g( \* O( }( Fdata.7 H6 o9 ^$ P2 n Track Extension This term usually applies to improvements in track estimates by use of new data.; z# Q4 S) {2 _$ W9 V$ C: O It is sometimes used to describe a process of target extrapolation to a future time 2 _- V) `: I6 w& ior place (e.g., reentry). & i% U2 B# q8 i. }9 fMDA GLOSSARY, VER. 4.0 T9 @1 i8 `& E$ }! y+ j+ M 304 + K$ l3 \# X: Z3 t7 M6 Z$ OTrack File A target’s stated estimate, confidence, covariance matrix, and associated LOS * x( {" c- h ]$ xmeasurements with irradiances with confidence of association; or some subset of 0 V; v3 Z( r; W8 V2 k z# R, Wthe above., X+ M7 j3 x. {- G: ] Track File-Track # I" D( l9 n7 r: ^ u1 {History # Q( @* Z* u1 p/ I. d! SA set of individual track reports on a particular object, which taken together5 S5 O+ f( O2 ?. k9 x, x. v; X produce useful approximation of that object's future position in space. * |6 d& r' Z: ?- G/ vTrack Formation The process of determining the track or tracks of detected objects. It is usually a J8 Y6 t0 Z& P3 ^0 ~7 A. z$ F three-step process of data association, track initialization, and track improvement " Q1 b' F' H% Y: j9 Eby filtering.& n3 }7 _ k L @) k p1 H, @ Tracking The act of generating and maintaining a time history of an object's position and & d: o4 O# z/ U# G5 g3 P1 Aany other features of interest. s h5 J: @( ?' H& sTracking and ! c7 M4 K- C; X; |( `/ {Pointing! r% A$ I+ g' l" c: ? Once a target is detected, it must be followed or “tracked”. When the target is 2 d5 h/ i3 ]( isuccessfully tracked, a weapon is “pointed” at the target. Tracking and pointing" D! M& m% b1 K6 i are frequently integrated operations. 5 @* m, I; `4 t. O4 z0 V9 l; v8 }Tracking Range 6 s, c) Y9 f/ \(Max) * P# Z5 R2 R. ~8 W% A k) tThe maximum line of sight distance at which a sensor can maintain track of an " j1 M) f5 }) n: A' hobject.9 e7 F' y( |- v9 R9 E& E+ O, r Track Initiation The formation of the first or initial estimate for a sensor system of the state vector3 u! H8 `0 [) _ of an object. The process typically requires observation from a number of/ x8 k3 `' C4 ?% c1 w& u( r/ ?8 ^ frames.% O0 O3 @: W) q' t! Q1 T' j! j! E Track Production6 g% F7 A9 ^: e% `/ U$ x8 R Area $ I, [! e+ R! z* f; O& ZAn area in which tracks are produced by one radar station. 3 B1 r) y( ?% K1 I7 xTrack Symbology Symbols used to display tracks on a data console or other display device. : }0 P2 y5 \# V4 bTrack Telling The process of communicating air surveillance and tactical data information# Z5 g. `2 |6 Y: ^ between command and control systems or between facilities within the systems. ! V% N* j# z. q: @Telling may be classified into the following types: back tell; cross tell; forward tell; - b( N2 ~$ N) {* I+ W# Flateral tell; overlap tell; and relateral tell., p8 y+ n2 o5 o0 ^% x1 \ TRADEX Target Resolution and Discrimination Experiment. 9 Y. V: X7 M" I2 d* `- i+ ~TRADOC U.S. Army Training and Doctrine Command, Ft. Monroe, VA. & ^, N* v0 V, f" e6 F6 n4 d; GTraffic Capability Z- i H) i3 t D Maximum6 |* E& f+ ]: S9 {3 L( k! S1 A) ^* f The maximum number of objects per unit time which the sensor system can % h! m7 g" z# Rmaintain track files. , p( g, ~: [1 q" C2 o: Y o: t0 D' {Traffic Decoy Decoy that matches RV characteristics in the exoatmosphere and high! ]* B% M7 Y( Z endoatmosphere.( q5 X7 M Q. Z% t! X2 r Train Threat geometry with objects placed in a line (string) along the velocity vector of, T" m4 i. k1 V. F reentry. / J4 o% P4 g3 p( l/ XTrajectory The curve described by an object moving through space. - y' j/ L* x/ t. A5 @" M# ]& HTrajectory0 ^/ ~3 X" _0 |. {( ?% N( t) S Histories# z0 p; O" V# u3 H9 Y4 w8 o6 Y& a Trajectory information on targets recorded over a period of time.5 M& Z' M/ S% j7 i5 @ TRAK A data base management system (not an acronym). 4 `1 i) I; ]1 [6 s9 I ^Trans-Attack Period from first tactical indication of attack until termination started, i.e., postattack.4 T1 J1 X8 G1 p8 D( u% F4 U. ~ MDA GLOSSARY, VER. 4.0 T 1 w0 F3 l" |1 k( e. d8 v' L5 V3056 K8 H9 A5 c9 R% u: Z: h* y TRANSCOM [U.S.] Transportation Command, Scott AFB, IL. , N- g+ s- {* [ a7 ~. `5 ATRANSEC Transmission Security.( ^! v$ q& O5 p! U0 q Transition The period in which the world strategic balance would shift from offensedominance to defense-dominance. / b6 w' e3 r+ s$ [; oTransition to1 t' @4 P# L3 F$ m, y Production7 \' b. K: w2 v# u; m3 x' x A risk reduction process during which the program shifts (passes) from ' C* u0 r7 |1 B) [! {* h/ h% b: Sdevelopment to production. It is not an exact point, but is described as a # n! r, t" j: i" P; S; ?" [process consisting of disciplined engineering and logistics management to # B5 c" @( `5 i9 c ]% iensure the system is ready for manufacture. (See DoD 4245.7-M.) 6 g6 Z9 q- K$ ]& W7 M1 }7 J9 HTransmission2 t; N0 t- f4 d% t I Security 4 Z2 V) }1 j& P; I- V# }" o(TRANSEC)- j, `& v: v( s9 y9 e! w That component of security, which results from all measures, designed to protect L! k5 `0 W! `, g0 Q communications transmissions from interception and traffic analysis. (See 4 b1 P. v( x% C. A3 z" TCOMSEC.)

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Transonic Of or pertaining to the speed of a body in a surrounding fluid when the relative P9 n2 T4 j- x7 L speed of the fluid is subsonic in some places and supersonic in others. This is ; r7 r; z; F9 y& o- }+ Yencountered when passing from subsonic to supersonic speeds and vice versa. , u) D; n2 _- t: R: k7 Q$ V; J) iTransponder A receiver-transmitter that will generate a reply signal upon proper interrogation. 2 w B. `7 C7 _8 y9 u( ZTRAP Tactical Receiver and Related Applications.3 }% N( }8 g/ U! V/ a Trap Door A hidden software or hardware mechanism that permits system security: V0 G; Q0 G, o+ n" X9 f mechanisms to be circumvented.( [5 V6 ^! o: y5 l Traveling Wave. R. W# c9 w2 k3 p0 t Tube (TWT) % \7 K/ d/ _& F0 m. M6 T Z& EAn electronic tube in which a stream of electrons interact continuously or% W- D9 V/ N( y9 y# H0 o- B8 c! F repeatedly with a guided electromagnetic wave moving substantially in ) E/ s; J' K5 u/ Q- Asynchronism with it, in such a way that there is a net transfer of energy from the6 `/ D, w! j& J9 f } stream to the wave; the tube is used as an amplifier or oscillator at frequencies in 8 s& @( Z4 O# }' A; h( Wthe microwave region. ' i, h; I/ \4 V n7 K" U; g1 v- RTraverse (1) To turn a weapon to the right or left on its mount. $ \4 x- [6 G/ C- u8 n! B(2) A method of surveying in which lengths and directions of lines between & v: ~: ]$ P/ A' O3 ?/ }points on the earth are obtained by or from field measurements, and 7 B) I$ P5 o" P4 ~) i0 p0 C/ Uused in determining positions of the points.1 D% O* U7 S6 k Traverse Level That vertical displacement above low-level air defense systems, expressed both & k- m8 v; o$ C) l, {! g; bas a height and altitude, at which aircraft can cross the area. % s' f& b) w+ Q- KTRB Tactical Review Board. 1 i! B( |+ {% `% VTRD Technical Requirements Document. ; ^) f& M: h: @TRE Tactical Receive Equipment. 5 p/ n; X6 _/ Z1 a& O& A; F1 QTREA Transmit/Receive Element Array (THAAD). 6 n7 k) O4 ^( }1 O9 `6 U- FTREE Transient Radiation Effects on Electronics. + g7 \, f- U- @TREM Total Radiation Environment Model.$ v# x r3 }; B TREPS See Thrusted Replicas.4 b% x9 u) \$ K) u TRESIM Tactical Receive Equipment Simulator. " c; |) a" s! AMDA GLOSSARY, VER. 4.0 T Q5 m2 |* @+ D; G. i 3065 |- V! L5 y. I: ?- u5 m TRG Threat Reference Guide. 0 ^1 g+ H% F' s' U {TRI-TAC Tri-Service Tactical Digital Communications System.- c {; n$ a# B9 g' X TRIDENT Class of US ballistic missile submarines (USN term).) @ ?1 V. K8 C7 n) X' z TRIDENT I (C-4) US SLBM (USN term).# b) l4 ~: h* s& |& `' p$ ? TRIDENT II (D-5) US SLBM (USN term). , W" k" N9 ? T. ?3 P0 g ^TRIM Toxic Reduction Investment and Management.3 v2 T0 o8 K1 ]8 { TRM Technical Reference Model.( \9 @8 n1 u1 X7 g& c TRMP Test Resources Management Plan. 2 I- j* a' S2 g& M/ @TRN (1) Task Requirements Notice. (2) Test Requirements Notification.. w0 r" u# V' g" R, r Trojan Horse A computer program with an apparently or actually useful function that contains4 l; Z: y. g$ }; E; W$ C additional (hidden) functions that surreptitiously exploit the legitimate : k% j' A) I1 z e F) S @/ Q) Y: Qauthorizations of the invoking process to the detriment of security or mission 8 i; r c5 y( P) D3 _& z+ pperformance. 9 T( D& I# _0 | N3 g6 hTROPO Tropospheric Scatter. 7 x+ u R' w4 Y% w9 }4 ITropopause The imaginary boundary layer dividing the stratosphere from the lower part of the4 L; ^$ @7 L/ h" X4 v$ z3 ` atmosphere, the troposphere. The tropopause normally occurs at an altitude of% F. h9 C. I. q6 _0 M; g, E; I about 7.62km to 13.71km in polar and temperate zones, and at 16.76km in the 3 f5 _) j8 s, n$ ?1 S9 a7 B4 t6 ?tropics. (See Stratosphere, Troposphere.)6 e/ q, Q5 K6 }) n Troposphere The region of the atmosphere, immediately above the earth's surface and up to - c" V8 V/ O* bthe tropopause, in which the temperature falls fairly regularly with increasing' q) q0 D Q3 a4 E6 v& a* @! f) p altitude, clouds form, convection is active, and mixing is continuous and more or p! t+ B! P s7 p1 N0 c less complete. V& m0 O* {9 z6 i; ]5 o2 eTropospheric ~( g5 M% _. aScatter/ Y; ^1 F& k* c; X6 q$ s; |' L" v# n The propagation of electromagnetic waves by scattering as a result of % g9 H& H- J8 ?' G6 Girregularities in the physical properties of the troposphere.: x; ]- A" j$ V; |) M+ [; f; P. _ TRP (1) Test Readiness Program. (2) Technology Reinvestment Program., E2 g, o# @) S (3) Technology Readiness Program (pre-acquisition program status).4 `, v3 {5 P: ~ (4) Technical Requirements Package." M- `$ j2 i2 i" F6 f, ^# ` TRPC Technology Readiness Planning Committee. & J! a' p6 v2 `7 S6 O) y8 C7 ?TRR Test Readiness Review. 8 J9 N- r% r6 g' C4 e4 U3 xTrusted" i7 I1 g3 W7 N* x- f Computer 2 ?4 i# @% f6 _2 z6 M: BSystem/Software 0 u! F$ w. A1 V% { n& s- O! ^% yA system or its software that employs sufficient hardware and software integrity - V0 G' t1 e# t0 G% Imeasures to allow its use for processing sensitive or classified information. 1 q3 l* ]2 F: E8 K. \ @9 ATrusted Path A mechanism by which a person at a terminal can communicate directly with the % C0 w6 L) ^: L+ ?3 ~ A5 wTrusted Computing Base. This mechanism can only be activated by the person 0 g* n) H/ s( F8 J0 kof the Trusted Computing Base and cannot be imitated by un-trusted software.* f; i- t9 T+ K5 ] TRW TRW, Inc.4 f0 Z. B- b7 s- b TS (1) Terminal Service. (2) Top Secret. . j( Q8 r5 n% i, [MDA GLOSSARY, VER. 4.0 T ; m% @% U( J5 J( l7 ?7 `6 P307 & |3 x4 k) H NTSA Technology Security Analysis. : J: J$ F3 J0 LTSD Tactical Surveillance Demonstration.) Q2 }5 J$ v E) R8 m' @ TSCM Tomahawk Strike Coordination Module (USN term).; f' f, D( J2 O( A TSD Tactical Surveillance Demonstration.- A& R! t) p' f- x- X TSDE Tactical Surveillance Demonstration Enhancement." m3 J9 N% P. u* b TSEU Technology Seeker Evaluation Unit. ) V. U, i% m& P+ STsIAM Moscow’s Central Institute of Aviation Motors.& I7 Z( I+ ^( y6 P TSM TRADOC System Manager.! f# p- _: a- w' S1 u ^ TSMA Theater of Strategic Military Action.5 y/ X& r) s9 m$ C+ a" _5 i. |6 m9 H TSP Target Support Plan. & B! X' M# d% E2 T+ w3 R b! [TSPI Time, Space, Position Information. ' L1 b; \6 F/ y9 z- G& }TSR Target System Requirements.

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TSRD Target System Requirements Document.6 b0 W# L0 T4 i3 P TSS Terminal Surveillance Sensor.5 o; |% a2 i" k) l$ }; _ TSSAM Tri-Service Standoff Attack Missile. 8 { B; p) x; m4 e$ |+ oTSWG Target Signature Working Group.9 m( _. S* G! g& U$ ` [ TT Total Time. & n" b8 d$ w' ~: e Y% pTT&C Telemetry, Tracking and Command. ^) G( F9 ?; r TT&E Technical Test and Evaluation (Army).3 e c# ?6 V- A7 F' N$ J, @ TTA Total Time Accounting., g, R* m% k7 c. g/ \1 \ TTBM Terminal Tier Battle Manager. 3 Y* S) @$ G( p+ w% C s% F |TTBT Threshold Test Ban Treaty. P& l, [$ q! [- m, j) R) |) {0 |/ ?TTD&D Test Technology Development and Demonstration. A portion of the CTEIP g, L# ], E8 @7 I+ @8 n9 e program, which funds the development and demonstration of technologies,( ^3 Y* J7 {2 s2 s" [- M g which have significant potential for improving testing.- k# A* _: g0 ~; l" w# E- n$ E5 }1 A TTEL Tools and Test Equipment List (ILS term). - t5 B. e L$ fTTL Transistor-to-Transistor Logic. ' N% p; f$ W- z; L8 |TTP Tactics, Techniques, and Procedures. ) K2 _) P! L# N2 B2 }) mTTSARB Technology Transfer and Security Assistance Review Board.. ~5 {0 q/ N4 h4 ]+ g1 W% ? TTT Test Technology Transfer. + k3 [" B# v( Q2 f8 N/ IMDA GLOSSARY, VER. 4.0 T 4 f" d i) P1 D+ X/ `308- _; a$ V# ~# G; \0 A& N TTV Technology Test Vehicle.8 B, X% f7 K+ g8 b* { TTY Teletype.2 v: F( @# p; H# k6 _( F" I/ ]; ] TUG TRACE User Group. * T! o1 x" i( c( f% ZTV Thrust Vectoring (rocker engineering term). . H& | N2 o) d! zTVC Thrust Vector Control. , r8 I9 k& R& J% ITVE Technology Validation Experiment.2 Y+ n/ s4 Y, w/ h% x TVM Track-via-Missile.+ L$ \' S2 x3 c- \! Z# j* D TVV Technology Validation Experiment.& X4 O8 y* h! K0 l TW Tactical Warning. 8 L6 o# [/ Y" Y. r; W2 NTW/AA See Tactical Warning/Attack Assessment.4 P2 C' Q4 g# y7 J5 x- _ TW/SD Tactical Warning and Space Defense. 3 I& f# [% S' Z% n- A, D* ITWG Technical Working Group.( j2 b) ^2 M1 O. H TWS TOMAHAWK Weapons System (USN term). : n- f4 V, L2 y& g. sTWT Traveling Wave Tube.0 a6 z' ~* s/ ?( N TWTA Traveling Wave Tube Amplifier. (Electronic Engineering term).; s, s& B0 f3 [2 F. p) U TY Then Year (PPBS term).! y* E/ A0 g t0 U TY$M Then Year Dollars Millions.! T) n8 \" y3 c4 b7 t Type A - System9 l+ A& c7 a/ u3 q9 D7 P& I7 J4 ? Specification * Y1 T6 u3 R5 |, G9 H, g/ W- ^States all necessary requirements in terms of performance, including test , j& e& W, v" V Kprovisions to assure that all requirements are achieved. Essential physical $ t% L9 a! n: z- a* i- pconstraints are included. Type A specifications state the technical and mission" b8 `9 D. Z* }* Z1 e requirements of the system as an entity. . Z# J! I$ s0 `( v. y" P6 kType B - 0 D3 g }6 G5 z/ [Development ; A* [8 s4 j9 D2 k3 zSpecification , w5 k& S- @+ Q& x9 t4 lStates all necessary requirements in terms of performance. Essential physical / G+ t9 t9 y/ @constraints are included. Type B specifications state requirements for the( s: o7 K8 B9 ]( q. A development of items other than systems. They specify all of the required item! B3 A, I+ B6 l; w0 T v) b functional characteristics and the tests required to demonstrate achievement of 3 C4 q a8 I; i) ^2 X3 vthose characteristics.. I- O5 g$ F4 Y R& H# r2 v Type C - Product- {& @/ G) C. O: s5 u! P; c Specification% r: z& B. a4 G4 F! c0 O. s Product specifications are applicable to any item below the system level, and: _7 r0 o4 D* d5 u# Z may be oriented toward procurement of a product through specification of ) B! h' C& F( \& X6 C. zprimarily function (performance) requirements or fabrication (detailed design) " Q! H* A5 Q8 d6 i/ ~$ prequirements. Type C specifications intended to be used for the procurement of : P. n q! T. }( G- vitems including computer programs.- t; B; U6 L5 @: y( B Typhoon Class of Soviet ballistic missile submarines. + \ t5 X; L8 O: ^8 `Typing The act of recognizing objects by measuring a set of observables, computing a% T P3 P0 o* ]. ^/ W1 ~* W1 o set of characteristics, and associating the characteristics with a specific class of + @, b5 t* x) F. w0 x) `" Kobjects (i.e., SS-18, SS-24). 9 N1 G. u5 k, \9 `MDA GLOSSARY, VER. 4.0 U 2 u. e; R! V4 t6 S" \$ ]2 U309 1 e) ^: L& n) P# k; WU Uranium.1 J. [, L) v& J7 x! y; s U&S Unified and Specified [commands] (pre-1996 term).0 T9 ^# U+ {* }. w& k1 ` U.K (UK) United Kingdom.9 Q c) Y* W' }: M% e U.S. (US) United States.; m1 M+ k6 [' l! ^ U.S. West U.S. West Incorporated.5 J& h Q! ?& F( T* B7 _' i* t U.S.S.R. Union of Soviet Socialist Republics.8 C; V+ M F% a, `6 e UA User Assessment (NMD BMC3 term).4 l0 Y6 Q( f1 a, a UAE United Arab Emirates.( w% X6 Z$ [$ C# O7 w1 N UAV Unmanned Aerial Vehicle.7 |7 r9 Y( M' w' u UAV BPI Unmanned Aerial Vehicle-based Boost Phase Intercept. " Y6 `3 R- q" \# O% b2 [' ^* dUCAP UAV Combat Air Patrol.: N; \! X/ `1 c" D5 V5 R- D UCC Uniform Commercial Code (US legal term). - j5 u& J- b: V% bUCP Unified Command Plan.# A1 ~+ y3 Z1 N UD/ASD United Defense/Armaments Systems Division./ b. {0 Z$ b5 N, j: U" o UDMH Unsymmetrical Dimethylhydrazine (a liquid propellant rocket fuel)./ j' N' y$ e; g5 c D UDS Universal Documentation System. A standardized comprehensive tool for stating ( y& O' n- O3 D& Y+ J7 p% Sand coordinating program requirements for testing MRTFB ranges, as well as the$ S; f* i$ L. b4 p" f: c* C capabilities and plans of test ranges to support program requirements. It1 p M) O o9 S consists of a series of six planning and execution documents: 10 are the4 E" `2 E. v, | Program Introduction (PI) (also called the Program Introduction Document (PID)), 0 x/ {0 z* ~* K# i$ U2) Statement of Capability (SC), 3) Program Requirements Document (PRD), 4) ; u: c' S6 H- {$ @6 s. ^Operations Requirements (OR), 5) Program Support Plan (PSP), and 6) the - m4 `9 O3 Y! VOperations Directive (OD). The UDS was developed and is regulated by the * X; L" O/ T2 {6 E3 L6 ^' H9 D6 LRange Commanders Council (RCC).

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UE Unit Equipment. 1 M1 ]8 e$ [, P( B& J2 ]3 KUEME Unified Electro-Magnetic Effects. ) y' ]; t0 [; V& O% t4 Z nUEWR Upgrade Early Warning Radar. X( ^$ e& ^1 @% n9 HUF4 Uranium tetra fluoride. 9 M# @& X1 s W9 D4 C; kUF6 Uranium hexafluoride.: Y: D4 R. m) B* J8 G& ?3 P MDA GLOSSARY, VER. 4.0 U+ j2 |' I# d: S2 g 310 7 Z6 l0 Q9 R9 j sUFG User Focus Group.7 O1 a, j) s- o UFO UHF Follow-On [Satellite Communications System]. 1 J# D) X& ^' u7 o; xUFP Unit Flyaway Price. 0 j# s7 z9 r2 d" p! uUGF Underground Facility. 7 _. n7 c! x$ b. Z. y- ~: G6 mUGS Unattended Ground Sensors. 0 J2 d$ i6 g: ?, \UGT Under Ground Test. T7 I. o6 A9 V, [- w0 }2 v. V/ r UHF Ultra High Frequency.; _* ^' ?7 C4 z; \* p; z9 U UIC Unit Identification Code.' t. E1 \% \' v3 @ UIN User Interaction Node.4 E+ M! Z. k0 k% o7 z$ C# {+ v: U% p UKAS (1) UK Architecture Study (2) UK Associate Studies. 5 g+ s6 c! t/ @! ZUKEADTB UK Extended Air Defense Test Bed.. @' E* `! u8 }; Y5 i UKTB United Kingdom Test Bed. & U, y$ I' e3 o8 Q4 |, n8 MULCS Unit Level Circuit Switch (SINCGARS term).- J2 H( k6 E; l ULS Unit Level Switch. 0 J" w5 L3 V$ s# `' b: ^: R+ sULSA Ultra Low Sidebobe Antenna.. z% W; s! c2 ^7 N, K3 @ ULTDS Unit Level Tactical Data Switch (SINCGARS term).0 ]/ F3 X% Y3 R Ultraviolet (UV) Electromagnetic radiation of wavelength between the shortest visible violet , { R5 J# @$ G, Z(about 3,850 Angstroms) and soft x-rays (about 100 Angstroms). u! S1 F$ R+ ] r; u3 J( ~ UMD Unit Manning Document.6 F: i1 o) ^* e# U7 c5 j$ A3 ^* V) X UMMIPS Uniform Material Movement and Issue Priority System (ILS term).8 U) b/ _6 e1 H! `; S7 p) Y# R/ w UNAAF Unified Action Armed Forces.3 e1 s O4 f8 h1 b) z UNC United Nations Command.' u& \4 S* m! Y! f; M( J9 }1 n' ~+ Z' l Unconventional2 A- E0 @+ G, M% k8 t Warfare ) x% P0 d3 P! DA broad spectrum of military and paramilitary operations conducted in enemyheld, enemy-controlled or politically sensitive territory. Unconventional warfare , u/ Q0 Z% [6 X2 s2 s0 i7 f6 P8 Z( ?+ Z# Mincludes, but is not limited to, the interrelated fields of guerrilla warfare, evasion7 |' V+ Q) M! L/ }' X and escape, subversion, sabotage, and other operations of a low visibility, 2 s( w. O0 G, {( Lcovert, or clandestine nature.. c p/ X- P( B3 H) ^+ y, V Unified Action 4 }! g- g/ Y% J6 QArmed Forces E* H7 c _; H9 IA publication setting forth the principles, doctrines, and functions governing the2 }# t+ \4 c9 F: ?3 E6 \ activities and performance of the Armed Forces of the United States when two or , X* x, k; K/ X; G+ Y `more Services or elements thereof are acting together., n! Q" H3 T4 ]. Y$ U% u Unified Command A command with a broad continuing mission under a single commander and p S! d. R. C composed of significant assigned components of two or more Services, and' g! R1 Q& L! Z% |8 P which is established and so designated by the President, through the Secretary # a; T0 c2 A: tof Defense with the advice and assistance of the Joint Chiefs of Staff. & `" A/ J, l, |( H6 i7 c: e: A2 wMDA GLOSSARY, VER. 4.0 U * x" M* N+ _, F9 f% J3 C7 S( M311: }, Z: Z0 [' U& O3 F# x, K8 C0 x UNISYS UNISYS Corporation. & y; \! b* f" n/ w% {United States: {$ c' _- d6 c7 O1 X. J/ a Army$ l3 X( D! C" `. Z& D7 I4 H0 z Space Command" G2 h5 ]9 Y4 e8 k8 m (USARSPACE) s% O4 X* `. }4 L; |1 fThe Army component command of USSPACECOM. Responsible for the Army5 [! \0 K9 c( U' o8 u& H elements of the SDS system. Located in Colorado Springs, CO. / J' V6 \4 U& W+ X; K4 M, uUnited States; }. R4 M0 A' k Space Command, c& q3 B ~- I- b0 I (USSPACECOM)0 ~3 F! q( d; Q8 g The unified command responsible for planning and conducting ballistic missile 6 I" n& s" \ r# z" Q bdefense. Located in Colorado Springs, CO. $ D) i6 {: C: z x7 i8 QUnited States9 z+ {% g3 P0 e2 ^& a% w Strategic+ A5 f" @" v$ ]& [ Command% C1 m+ h% X, T (USSTRATCOM)/ n; { g% F/ ^5 [# v; h The DoD unified command responsible for carrying out directed nuclear and nonnuclear strategic air, intercontinental ballistic missile, and sea-launched ballistic( h1 T, [% S/ q) ^9 E missile offensive combat strikes. Located at Offutt AFB, NE.7 I1 _% u6 {+ P United States 3 m- l" m' {" b- ~3 T' PTransportation % x, M* V1 c! F7 Z6 r0 YCommand' {8 n; n$ \ V! f' L# ] (USTRANSCOM)! F$ q P9 p4 l b The DoD unified command responsible for providing air, land, and sea " _: f8 @' |4 E! N3 H! |transportation for the Department of Defense, both in time of peace and time of( {5 K0 N# d8 P war. It is also responsible for providing airlift, sealift, surface transport, and$ v- h2 }7 V0 N/ M1 Z terminal services, and commercial air, land, and sea transportation, including as T" T' K# o1 T needed to support the deployment, employment, and sustainment of U.S. forces 0 W1 ~- x4 r1 C/ o# y- f% N& \& \on a global basis, as directed by the Secretary of Defense. Located at Scott & L$ t' u9 `0 Q$ f$ HAFB, IL.

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Unk Unknown.7 K/ W6 I2 q5 g/ N/ C Unresolved, t% g0 r+ s, Y. h& P. m Objects - g! u5 v1 g, ]& PObjects so closely spaced with respect to the sensor focal plane as to be 5 G6 S% D( |5 l% q( Gindistinguishable from a single object.5 y; T7 R) S. {% X5 j# R6 U UNSC United Nations Security Council.' o/ r' W7 {* e UnSecEnergy Under Secretary of Energy. # @ A. `/ r7 s. \' ^1 xUOC Usable on Code (ILS term). 9 E/ Q& p) |( o* A" c t5 u$ {UOES See User Operational Evaluation System. 9 ~( L" I3 {; }% LUPD Unconventional Passive Discrimination. " O% p7 v. `" R6 t# S WUPS Uninterruptible Power Source. ' S; |5 Z5 E$ D; D: x) H* pUQT Unit Qualification Training (ILS term). $ N' a# f( |, M" N4 N D3 LURIP University Research Initiative Support Program.' `5 ~* u o1 O% t URL Uniform Resource Locator (internet protocol term). + V7 x8 j2 B4 J+ gURT Upgraded RTD. ' G4 Y) j& w; t$ CUS/UK United States/United Kingdom.3 C8 J' h [5 g9 t- C USA (1) United States Army. (2) Under Secretary of the Army.! k) L9 [. e/ B7 G3 j USAADASCH U.S. Army Air Defense Artillery School. ! \; L, c! V4 c3 j0 r! q T5 N4 t9 {USAAE U.S. Army Acquisition Executive. . V6 v. q F$ W# c0 A9 dMDA GLOSSARY, VER. 4.0 U7 I5 d& h% D9 @! P 312 4 }% w9 K6 \' l; x- z1 v3 H( bUSACE United States Army Corps of Engineers.9 }9 L! h, d2 W3 r B USACOM United States Atlantic Command, Norfolk, VA. + b& C" G# d% H: ?' dUSAF United States Air Force. 1 R- e: I+ r8 Z, _* ?9 I5 `USAF/AFMC/ESC U.S. Air Force Materiel Command, Electronic Systems Center; ex-ESD.& `- _! P; y+ |! o5 F: l6 f USAF/AFMC/SMC U.S. Air Force Materiel Command, Space and Missile Systems Center; ex-USAF 8 ~3 A; V, f+ k! }. u2 j! OSystems Command /SSD.( y. | l/ w! G8 h* v USAF/OTEC U.S. Air Force Operational Test and Evaluation Center. * z" p4 H; `0 Y+ {1 j0 X: sUSAF/SMC U.S. Air Fore Space and Missile Systems Center, Los Angeles AFB, CA. / g3 E1 V; j! P2 @, t/ l2 mUSAF/SSD U.S. Air Force/Space Systems Division; See USAF/AFMC/SMC.! u9 w" d0 H3 }: z5 b- m/ z" L USAFE U.S. Air Forces in Europe. . o# o! ?- V3 q- v: E4 T4 O" s' e0 v- DUSAFLANT U.S. Air Force, U.S. Atlantic Command." d( i+ S: u! E7 T" l9 I USAKA U.S. Army Kwajalein Atoll.; Z8 R; e" n, U' b USAMICOM U.S. Army Missile Command, Redstone Arsenal, AL.$ |4 [- @! a. O3 k USAMSIC See MSIC.8 o, {5 @, k$ | USAMSAA U.S. Army Materiel Systems Analysis Activity.6 b2 F& @. H; h$ U, T, e USAOEC U.S. Army Operational Evaluation Command, Alexandria, VA.5 ]) j" X8 k) ~3 n( E! ^. k( }1 {+ w USAOTEC U.S. Army Operational Test and Evaluation Command.. G8 ~5 ~2 h+ j, C' T USARCENT U.S. Army Forces, U.S. Central Command., }2 W C7 q; a USAREUR U.S. Army Forces, U.S. European Command. ! [. Q' B! F+ K$ Z4 d5 t( u6 ~6 ZUSARLANT U.S. Army Forces, U.S. Atlantic Command.& Q# F# n: V3 k4 w# ^9 T USARPAC U.S. Army Forces, U.S. Pacific Command.+ z+ {' `2 j$ Y. t/ j* c USARSPACE See United States Army Space Command.7 M8 E8 j) }, U- c& r USASDC U.S. Army Strategic Defense Command (<1Oct 92).0 D9 n4 I: F3 ?' ] USASSDC U.S. Army Space and Strategic Defense Command, Huntsville, AL0 f8 A$ ?9 L$ m# C* U4 \. x USATECOM U.S. Army Test and Evaluation Command.* Y" o. x7 x/ ?1 @ USATRADOC U.S. Army Training and Doctrine Command. + D: J& b% z2 {- \- ~& b4 tUSB Upgraded SBD." e- ?, e# e: z/ b# D1 F: _/ S USC U.S. Code. ( K: n5 Q- F! r+ w5 s3 NUSCENTAF U.S. Central Command Air Forces." a6 m( p: Z0 p9 e0 H0 Z5 R MDA GLOSSARY, VER. 4.0 U& o \5 e B X1 \+ k% Q+ V$ ? 313 4 L3 L" @/ @/ X+ \% v; d0 ^USCENTCOM United States Central Command, MacDill AFB, FL. 8 Q3 n) Z2 O D7 V6 B8 _; mUSCG United States Coast Guard.7 G$ \7 J- o$ D USCINCCENT Commander in Chief, U.S. Central Command.1 T/ D2 Y4 \2 k9 l: ^7 p7 v! a USCINCEUR U.S. Commander in Chief, Europe.5 C- z2 z Q. C( W* E* \0 N9 w USCINCLANT Commander-in-Chief, U.S. Atlantic Command.* e. O& W! E' u2 d3 J1 _ USCINCPAC Commander-in-Chief, U.S. Pacific Command. 3 `6 t9 P& X6 R- `2 SUSCINCSPACE Commander-in-Chief, U.S. Space Command. " m$ O# I" o' i5 X: v/ uUSCINCTRANS Commander in Chief, U.S. Transportation Command.9 w2 [7 N F! D* N, l7 F USCS U.S. Customs Services.* J0 I( k Q$ E8 f) @, ?9 e USD Under Secretary of Defense. 8 R+ Y0 x* G, s' Q3 nUSD(A&T) Undersecretary of Defense (Acquisition and Technology). ; K8 W- C6 G. GUSD(A) OBSOLETE. Under Secretary of Defense (Acquisition.). ( I0 H- R$ i# ^7 H1 U: I; ?9 dUSD(A)/STNF Under Secretary of Defense, Acquisition, Strategic and Tactical Nuclear Forces.$ [* X5 l2 E/ H, |! j: Z) y. q USD(P) Under Secretary of Defense for Policy.9 K3 S5 H- ]" X+ Q$ _+ x USDA United States Department of Agriculture. ' x0 z: u; y- e8 YUSDAO U.S. Defense Attaché Office.3 X0 x. I7 I# c3 n& ^- |: k8 D USDELMC U.S. Delegation to the NATO Military Committee.: {0 k& H* B* u2 r7 o' ~% ]2 o USDR&E Under Secretary of Defense for Research and Engineering.( R+ y0 l" d4 E8 t& d User Friendly Primarily a term used in automatic data processing (ADP); it connotes a machine - e, `- `' z! P5 d8 [8 H" D! c0 D) i(hardware) or program (software) that is compatible with a person's ability to $ n4 U Q% Y, y$ a3 i& woperate it successfully and easily. . K! `" z$ g% [User Operational) D' P0 e; U( b* O( s( v. L v2 j Evaluation. Y9 i+ @( e' B. @: L& c0 c6 l System (UOES) U7 D3 u1 s! d; }, ~2 _ Prototypical system developed and tested as part of the early phases of the7 N7 Y- N V7 E A development process. A UOES has two objectives: (1) testing, evaluation, and5 Q& o5 D7 U* ]. V) A training for a system proceeding through the normal acquisition process; and (2)3 B" r: ?. R3 w2 |" s) b" I0 T1 o& s contingency defense capability should the need arise prior to completion of the/ h G2 p! C4 s$ a$ A6 [9 u normal acquisition cycle.8 ]) U+ T! n& w. d. Y6 F- R+ Z* U USEUCOM United States European Command, Stuttgart-Vaihingen, Germany., P5 l5 R# Y' S1 C) H USFJ U.S. Forces Japan.' F! f& V7 }! Z: f) s5 m8 ?6 B USFK U.S. Forces Korea. y# Y1 y. b4 ~" d USFK/CFC CSFK Combined Forces Command.6 E( N# }3 c' o$ l USG U.S. Government.) Q$ q1 {/ \$ F. u6 r, ]% s 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 % T/ n3 ?; x9 b6 G, F$ ~314: z* x# r( a6 w4 z- s! @9 x: i USLANTCOM United States Atlantic Command (Now see USACOM).0 {* d7 C. e9 n9 _ {' e2 K USLANTFLT U.S. Atlantic Fleet.5 d# B6 ?. r% _6 I USMAR- % X' M9 c$ p5 k; t5 p: WFORCENT 4 }6 J! ~& O9 m# hU.S. Marine Component, U.S. Central Command. q8 ^1 g5 O# @9 H& k) \9 b USMAR-FORLANT U.S. Marine Component, U.S. Atlantic Command.$ w$ I$ ^; ^7 L% Y USMAR-FORPAC U.S. Marine Component, U.S. Pacific Command.4 G/ Z4 V- R x9 T USMC United States Marine Corps., f0 U& o3 _; s, `5 ?0 ] USMCR United States Marine Corps Reserve. 4 Z7 g, O6 F" U: u+ s3 L2 Z( iUSMILREP U.S. Military Representative.2 ^0 ?! c: n/ J; ~0 L) O/ Q; ]7 P USN United States Navy. % Y* R3 h/ K. ?% Y. j- m: f! OUSNAVCENT U.S. Naval Forces, U.S. Central Command. % b8 k% W7 c1 c0 z5 O+ m0 sUSNAVEUR U.S. Naval Forces, U.S. European Command. ) d k( B7 H% {- U3 v$ p! A6 Z7 RUSNIP U.S. Naval Institute Proceedings.7 U0 ^; @% H6 W2 j3 O# i USNO U.S. Naval Observatory. # b5 d1 x3 @& aUSNPGS U.S. Naval Post-Graduate School. 7 ^: W. k1 V( X7 {USPACAF U.S. Air Forces, U.S. Pacific Command./ i3 T- o- S2 y- h USPACFLT US Pacific Fleet.% K" l' K7 c& P USPACOM United States Pacific Command, Pearl Harbor, HI.3 s: v% u" A2 P, L$ V1 U1 w USREPMC U.S. Representative to the Military Committee (NATO). + N0 K+ A+ c) z3 c) h2 p# l$ v. NUSSC United States Space Command. / T- Z! J1 A j0 {7 R# v3 x2 CUSSOCOM United States Special Operations Command, Tampa, FL.# e- _' U; j" s! M USSOUTHCOM United States Southern Command, Panama Canal Zone, Panama.. T+ n. _. V6 ]4 y) s/ g USSPACECOM See United States Space Command. ' P7 m" [+ E C- h' \USSS United States Secret Service.7 Z' a, b1 o: f M$ `4 P USSTRATCOM See United States Strategic Command.4 P1 x- O/ e( r% x+ _ USTA United States Telephone Association.% Z; n4 l0 [! ^ USTRANSCOM See United States Transportation Command.- C. N* N$ P* w* | UT Universal Time. * B, P5 H3 l$ @; q' R$ l0 yUTC Unit Type Code. / X, u% k, u# q% F9 M+ M/ h; `3 C& I# xMDA GLOSSARY, VER. 4.0 U ! z( b9 z; J% Z. S, T3158 j8 s& q' Y1 [6 I q8 L# _ UTM Universal Transverse Mercator.- r" u" o2 k( `& C4 k UTTMDS Upper Tier Theater Missile Defense System. See THAAD System. - p" a+ K8 s: H* K: i# ZUUT Unit Under Test (ILS term). , `$ x( b% G( g; p+ S6 ~- x2 iUV Ultraviolet.* C$ m: p2 Z0 P6 ^$ V( Y UV Electro- ) {; G8 [ I' Y/ N% s0 uOptics ; D D0 l1 _9 M" |6 dTechnologies/techniques employed by optical sensors in the wavelength 0 H/ N$ z! {4 ~1 x" ]spectrum shorter than visible (e.g., less than 4,000 A). % e0 Y ^1 m$ A. m6 T' H/ R% T ZUVPI Ultraviolet Plume Instrument.: q2 h% Q7 _* ^& r& ~) B/ b UW Unconventional Warfare.' Q; e: N4 { A& T" G0 X MDA GLOSSARY, VER. 4.0 V, s8 z& }1 K1 T' U! R" L% | 316 9 |3 v- l* Q1 V+ `V Volt.2 M& w* n! L; |. Z& V7 O: M& H" g V&H Vulnerability and Hardening.& c6 m8 j3 V# {* {* t+ O V&V Verification and Validation. (See Verification, Validation, and IV&V.) - E" P* K7 l1 C; X% w& `% y% u2 OV/STOL Vertical Short Takeoff and Landing [aircraft]. + q$ Q$ Y6 o% k9 }% b* f" _3 }" ]VAFB Vandenberg Air Force Base, CA. * t) y) C/ s, `! LValidation Confirmation that the processes and outputs from a test resource parallel real/ |+ J5 w, D3 z" \2 `7 \/ D% A world processes and are realistically sensitive to change in the environment, 1 ~, D$ q5 a$ z" @$ s- a" z) ^tactical situation, system design, tactics, and threat.3 H5 ^3 S; C4 H* z: y: G: K VAMOSC Visibility and Management of O&S Costs. 8 V8 b$ `( N1 S8 b3 y% oVAR Visitor Access Request. : s, x% v6 K: o% A7 xVariability The manner in which the probability of damage to a specific target decreases8 ^' C7 Y) k4 C6 F7 Y with the distance from ground zero; or, in damage assessment, a mathematical3 _8 t& e# G( c9 ]" L/ E/ w1 c! A factor introduced to average the effects of orientation, minor shielding, and : U3 q; J% {8 f8 ]8 auncertainty of target response to the effects considered.7 f! @' g" \ N5 d, A6 R VBO Vertical Burn-Out (velocity).2 t. U- l4 A* m' p. p& H9 y3 t VCC Voice Communications Circuit.; `* T' v6 F; ]1 N* i5 P! p( k' G VCRM Verification Cross Reference Matrix.5 {( [: ?% g( V7 p; N' u% A3 Y VCS Voice Communications System.9 C4 K. f- l% C; H9 ~/ g VDC Volts Direct Current.1 A I* g; f7 Y( H2 u# o, A VDD Version Description Document.# x8 k4 a- M& g: w VDU Visual Display Unit.* w2 O0 H# s- n* Q2 Z5 d$ T# j VE Value Engineering. 5 N* ~4 L- z/ @6 `: CVECP Value Engineering Change Proposal. 3 `3 O1 H) t9 I' Y6 q" m( YVerification (1) Confirmation that all data inputs, logic, calculations and engineering2 v% m& c* _- |4 m representations of a T&E resource accurately portray the characteristics,2 }$ h9 x. M D/ c- t9 e' { calculations, logic, and interactions of the system under evaluation. & [8 j" u) [4 f' q8 [4 G( R(2) The process of evaluating a system or component during or at the end+ s* N; H% M/ b" s# y' Y8 w, N of the development process to determine whether it satisfies specified $ d2 {! H7 U# h5 U, prequirements. ( \3 s/ T% k$ ^ w: k8 e/ h+ A( zVESA Video Electronics Standards Association. # s, v# l! P# S' Y+ a6 q; y2 w) tVFR Visual Flight Rules.; w& H g& ~6 o/ t e0 V4 U# E' R& s VGA Video Graphics Array (Telecomm/Computer term). * u# `% @1 Q' }! E8 `% n+ ^VHF Very High Frequency. , W7 b7 v; [ z: p( PVHSIC Very High Speed Integrated Circuit. + p4 k3 O: [. D( a; {MDA GLOSSARY, VER. 4.0 V : E0 ~; j* @, d317 & @; w- y1 f0 `' ]7 N2 X$ hVIDS Vehicle Integrated Defense Software (USA term).6 v1 ~ v1 G2 H" K! k( p2 Y; B VIGILANTE Viewing Image/Gimbaled Instrumentation Lab-Analog Neural Three-D" w8 M8 l/ N4 F! D& B1 F Experiment. VIGILANTE involves building a small computer (ANTE) offering 1/129 S7 L# B$ |$ ]" H Operation Per Second (OPS), using a mixture of experimental three-dimensional - x2 ~/ I4 h" w7 X& ~0 S! M6 U$ Ycircuitry and commercial components. Project also demonstrates VIRGIL, a+ M; V# }' Z2 [6 |! h; J gimbaled airborne sensor with visible, experimental UV and quantum-well IR ; l9 c; L* C. ?* S rcameras capable of tracking targets that can be detected, identified, and 5 _% U* E& Z4 l4 Xprecision-tracked with the ANTE processor.: p5 _1 X' z) @" ]8 ^) y! I# C VIM Vibration Isolation Module. 3 e( h/ X) L# j# e4 |VINSON Encrypted Ultra High Frequency Communications System.6 \3 |8 j M0 C, T4 | VIS Visible.) T$ ]5 H/ `' s$ R1 w VIS/UV Visible/Ultraviolet.' `8 `+ r, |2 W Visibility Range) Y9 L# z! ]+ C( i7 N0 q A4 S (or Visibility) 0 I* H9 _1 [; C# V& RThe horizontal distance (in kilometers or miles) at which a large dark object can * J1 u) ~0 j. Y hjust be seen against the horizon’s sky in daylight. The visibility is related to the5 {& n/ o s" P0 }( I clarity of the atmosphere ranging from 170 miles (280 kilometers) for an ) G6 X3 }0 [6 |% d, R6 c/ t- u' Fexceptionally clear atmosphere to 0.6 mile (1.0 kilometer) or less for dense haze% M/ @0 H7 ]7 a% Y- x# {8 x6 e4 e or fog. The visibility on an average clear day is taken to be 12 miles (19: X: ?. Y. P7 q9 [7 r! j8 \ kilometers). / f; Z* M& Z7 h& IVisible Electro- / L! `' n$ s' z2 r- Z1 n9 R. m4 ZOptics 4 W# ?( F$ C y0 H, L$ ~7 STechnologies/techniques employed by optical sensors in the visible portion of ! `1 L9 G$ n2 y! L3 qthe wavelength spectrum.: p/ G" F4 }! b! W8 D VLAR Vertical Launch and Recovery (UAV JPO term). $ V, w0 F' ~' x0 {VLF Very Low Frequency. 5 b! m/ B% C+ s3 \: s2 y6 z8 @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.1 g7 I2 P4 [: ?, H% Y, F; N* _ VLSI Very Large Scale Integration. + | L8 H+ z" {VLSIC VLSI Circuits. " N4 q6 g# M6 v5 k1 V# rVLWIR Very Long Wavelength Infrared.1 D2 Q ]! @: M" P8 `. d$ | VME Versa Modular European [standards].: f5 \, S( x# F VMF Variable Message Format (Telecomm term). ( n* q/ M0 [4 O _# _VOX Voice Actuation.$ y+ ?( @5 O9 C/ ?% W VRI Vanguard Research, Inc., Fairfax, VA. , Z: T+ ^3 ?7 G! n: @- i D4 w+ X1 ~VTC Video Teleconference. . s P. ?( X8 Q, k O1 }& _VTOL Vertical Takeoff and Landing [aircraft]. & B6 N* U8 y( w8 @VTOL-UAV Vertical Takeoff and Landing Unmanned Aerial Vehicle. 3 t0 q. f' {. I$ r9 ?VUE Visible Light/Ultraviolet Experiment.* \) \( O1 p* }! Y( {7 o: ~ MDA GLOSSARY, VER. 4.0 V' u. W" D3 S: s3 z2 Y 318 h& U- q% m) v7 gVulcan UK bomber.- l0 X F) f1 A) P5 ~ VV&A Verification, Validation, and Accreditation. % \# H- r, @* }VVER Pressurized water type nuclear power reactor.: `' u( @2 N0 D% S8 A4 I VVIRF Verification and Validation Information Request Form. ! X7 f4 \0 @) v% W* ^) {( R; @MDA GLOSSARY, VER. 4.0 W$ Z/ I" s; l* |2 z7 ` 319 6 y" T! Z* d. c' L9 j1 _W/ With. * \1 s* u% E/ n, L1 b- ?5 i0 \/ lw/o Without.+ F; W7 G4 Y2 ?. p1 n# V- K W/TD Warning/Threat Detection. 8 C+ d5 m+ `% ]( A" ZWAA Wide Aperture Array. ( u+ j8 l" p* M- ]WALEX Warfare Analysis Laboratory Exercise. 7 W& q! X' g6 ~WAM (1) Worldwide Military Command and Control System (WWMCCS). (2) Wide Area ; {- o( W0 h4 N/ r, Y$ ^7 \Munition. (3) Wide Area Mine. (4) Wide Area Missile.4 m3 W/ O8 b; i; M! ^' x WAN Wide Area Network (Telecomm/Computer term). $ U- n4 N: `3 Q7 J5 `; w4 V9 WWAP Wide Azimuth Probe. . c2 i) R0 c# M5 i6 OWar Game A simulation, by whatever means, of a military operation involving two or more7 o& W- X& D9 [6 D opposing forces, using rules, data, and procedures designed to depict an actual 4 r9 Y5 a" v8 O- |/ Cor assumed real life situation.9 G) M: X5 J( w0 P( V% W/ J: n Wargame 2000 Title of MDA program for development of a state-of-the-art simulation tool at the $ A5 \6 v5 V9 p- BJNTF for use in CONOPS validation, missile defense program design verification,% Y% {. c# c0 X' I2 E a! _ validation and accreditation, and support CinC/Allied wargames and " P4 \0 J ^8 Y1 k4 vassessments.: K2 v9 p9 m* T F Warhead A weapon, usually thermonuclear, contained as the payload of a missile. / [, `% \$ F7 p1 |Warhead Mating The act of attaching a warhead section to a rocket or missile body, torpedo,! _ Y1 G U; `0 r+ I airframe, motor, or guidance section.7 w" w! q& ~' V2 J8 R) A2 m( e1 L Warhead Section A completely assembled warhead including appropriate skin sections and related M! |, M# U' |components. ( {6 ]0 N: y0 B# dWARM Wartime Reserve Modes.' R7 \; R. k% @- X i Warning of Attack A warning to national policymakers that an adversary is not only preparing its" q5 M k, B/ X* y9 S+ p' S* w armed forces for war, but intends to launch an attack in the near future. : u( d4 j, A) S3 _& Y! x) XWarning Order A preliminary notice of an order or action that is to follow. , ~3 H" ]% P @3 |- O! WWARSIM Warfighter Simulation (US Army term). * E4 I# l: h: y! oWARSIM 2000 Warfighter Simulation 2000 (US Army term). * q4 u6 }: G3 L' |5 @- f. yWartime Reserve 6 b" @7 Y* s+ D5 b {& H! zModes (WARM) " x0 x7 e4 T/ @% k4 wCharacteristics and operating procedures of sensor, communications, navigation 4 R/ T! _0 m+ P; }1 Y R2 ~aids, threat recognition, weapons, and countermeasures systems that (1) will" V6 K$ S+ Z& Y contribute to military effectiveness if unknown to or misunderstood by opposing/ F6 i* [$ I9 c commanders before they are used, but (2) could be exploited or neutralized if 7 ~1 {3 S) |6 U2 o; u" G- O( b4 {known in advance. Wartime reserve modes are deliberately held in reserve for : f% N' J. w: M4 m* Dwartime or emergency use and seldom, if ever, applied or intercepted prior to' h. B) v1 ~1 g. I y/ q& `4 l- d9 \ such use. ' L2 O0 ?7 b# t' e( p9 XWAS Wide Area Sensor.+ p5 X, a8 q% W7 @ S% z' H$ { WASP Wide-body Airborne Surveillance Platform. A modified DC-10., l- ?, D+ B/ |6 m) e7 } MDA GLOSSARY, VER. 4.0 W $ ?$ I2 p# \, g" W4 Y320$ t) l! @( i% B2 l2 e @ WASHDC Washington, District of Columbia." s( g+ U8 Q r4 E R. N$ l Wastage (Max) The maximum number of defense weapons which, when used, will be ineffective$ D# U# x" q6 h E$ i4 f in contributing to the defeat of the offense.0 {* P; ]& o/ b' z6 O) Q Watch Condition5 p% n" l5 `) Z- s: ~0 \$ X* u" Z (WATCHCON) : T, `/ ]& h- \/ E6 e j. WSeries of readiness conditions used by the intelligence community to alert staffs5 D! C' n" ^. v/ P to watchfulness without raising DEFCON. - K' [# B' s8 e1 f4 k% xWATS Wide Area Telephone System. ; c8 K- @0 S/ hWAVE Wideband Angular Vibration Experiment. 8 h- V* f; q( v0 `2 q `& S( `Wavelength The distance between two points having the same phase in two consecutive 6 g" G! N5 v2 J" p0 F- w6 ecycles of a periodic wave, along a line in the direction of propagation.; J& m- ?2 n$ }* o D WB Wideband. 7 ]! G( k, P& \$ m& mWBM Weapons Battle Manager(s).% T7 u0 ?( W' \9 g+ K' c$ v- l WBS See Work Breakdown Structure.5 F% v4 [( D Y- ~ WCC (1) See Wing Control Center. (2) Weapons Control Computer.7 O; l0 l4 w [9 b6 R1 I1 ]. ~ WCG Workstation Computer Graphics (Computer term).9 q9 u2 l+ M4 |+ P7 M WCP (1) Weapon Control Processor. (2) Weapon Control Platform. 3 E4 f0 Q$ h. x K7 k, l* O/ ~WCS Weapons Control System. 0 d% o, W- ]- ]1 b5 BWDM Wavelength Division Multiplexon.% R5 b0 z7 }+ j# R; n4 k: f- s2 T4 A) J Weapon Enabling The set of control functions without which defense weapons cannot be m8 n+ w9 ~/ i/ u* U2 J, H* `% olaunched.

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