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发表于 2008-12-25 20:24:45 |只看该作者
MDA GLOSSARY, VER. 4.0 T- d$ C; {9 Z4 Z0 B6 m! Z7 c 2989 ?% O( v' o s) |$ a( I Theater Missile * }, o5 n0 M3 ?& V0 l4 aDefense Council / B! [. _+ Q+ A# B, t0 O(TMDC); G; F+ l# e3 D A consultative body for considering TMD family of systems planning and 5 }! {& T* p: F) Uprogramming issues; chaired by an Assistant to the MDA Deputy for( e8 p. [& p% |- L* A Acquisition/TMD, membership includes MDA TMD Directors, representatives of$ l9 \. a2 Q0 Y- [5 D- N each applicable Service Program Executive Officer, and TMD Executive Agents' c( d% g9 U {( } {% C/ T' V, M/ m/ W% f and Program Managers.1 P% \8 _% z$ R' Q5 z Theater High2 U& |8 e& u9 S$ s9 ~+ o Altitude Area4 w" K% Q( K* R5 l% [$ [2 J& Z Defense System ; ]( N( D' P7 J& a i) r3 [) }: D/ b(THAAD) / U7 G' d# [2 L' OA ground-based, air transportable interceptor system that will provide wide area2 g# m& T& l. a/ `/ m defense capability by intercepting longer-range missiles at higher altitudes and at ( T4 }: w W1 e0 ?greater distances. Will provide an overlay or upper tier to point defenses such as * J1 I m0 z' T7 F! wPATRIOT.8 U" w5 D5 X, L$ E5 }+ R Theater Missile # t/ H1 J* A3 ?+ V# b5 Q(TM) $ T& a( J% E6 ]8 @. k. M8 @A 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 4 \9 d" @2 y# W- i# }of attacking targets in a theater.+ @9 \$ s6 Z( ?0 U8 X Theater Missile 0 C0 O% }5 Q0 P/ PDefense (TMD) ) M% P/ {' v KOBSOLETE. The strategies and tactics employed to defend a geographical area4 k( l5 k. Y# y' P! M. s9 E5 j outside the continental United States against attack from short-range, 6 H. J, v- t4 q: u" o- fintermediate-range, or medium-range ballistic missiles. 6 i; v" V9 Y. R, x! \. N5 C& rTheater Missile" Y( {5 A! @4 [& x S Defense Ground- 3 D: C* H/ J# UBased Radar- G( t0 @5 }7 o# R8 Q (TMD-GBR) ( C- x" m# D5 E6 W4 ?6 SA ground-based, air transportable sensor that provides search, tracking and 5 L. b. _5 {- O9 L idiscrimination capabilities for the THAAD interceptor system. Also referred to as ~5 u: A* E' h* r JTHAAD Radar. 8 U" E9 m6 P5 P* V- f: PTheater Missile$ b' B) a# Q( n. [" p8 ] Defense Initiative ' N+ p3 d& A( B8 x# O, z(TMDI) ! X8 \1 Z: E7 D" Z$ A+ [5 N: P6 qAn initiative under which all DoD theater and tactical missile defense activities are- Y7 {7 @. ]4 a5 S( ^ carried out. Section 231 of the National Defense Act for Fiscal Year 19932 Y5 v& X* I1 |! z/ |3 c (Public Law 102–484) directed establishment of a TMDI office within the DoD.% I% V v4 H1 P, O* n THEL Tactical High Energy Laser. 2 B5 i1 t0 W$ GThermal Energy Electromagnetic energy emitted as thermal radiation. The total amount of 4 X# n: Q2 ?( Q0 ^" R/ vthermal energy received per unit area at a specified distance is generally. `1 E0 P/ \0 T7 J" C# C4 p expressed in terms of calories per square centimeter. + h/ F9 W" O& L) `Thermal Imagery Imagery produced by sensing and recording the thermal energy emitted or( n P$ v3 C: [5 T- O reflected from the objects, which are imaged. * @2 U6 P E* KThermal Kill The destruction of a target by heating it, using directed energy, to the degree# o6 {7 |% L" G8 |0 p# h3 n5 h that structural components fail.* d8 ~- l$ L) Q. |( u Thermal , U8 ?" J: r d) A# f! [Management- g. R9 ?8 P6 a Technologies/techniques associated with the control and management of# u7 _3 c+ X! ^ thermal energy, its generation, dissipation, and recovery. 5 r- i9 K( O( I4 I; P5 N3 BThermal 7 _/ x: ^, e8 ]2 R, b4 ^Radiation1 Y) C7 ~, _! r K* c6 K% j Electromagnetic radiation emitted (in two pulses from a nuclear air burst) from the - w o* f6 Z9 l% D/ a5 kfireball as a consequence of its very high temperature; it consists essentially of 3 H H6 Y' g* x9 \& J- gultraviolet, visible, and infrared radiations./ N$ H5 x' ~5 O9 a: \9 n Thermal X-Rays The electromagnetic radiation, mainly in the soft (low energy) x-ray region, * n- R. O0 q$ T6 e3 gemitted by the nuclear weapon residue by virtue of its extremely high% x4 J1 Z0 ~0 F" E8 v) m( l temperature; it also is referred to as the primary thermal radiation. It is the ! M& P# K" Q1 A5 j. [) Zabsorption of this radiation by the ambient medium, accompanied by an increase 1 ~7 ^) k# D' R) o. E2 x2 j S6 a: Kin temperature, which results in the formation of the fireball (or other heated! {5 t0 H! g" M% |* j' Y# r region) which then emits thermal radiation. (See X-Rays.) 3 l2 c- ?& t G# n- {3 t, DMDA GLOSSARY, VER. 4.0 T O4 t6 ~$ H/ ]299 6 Z% F4 P1 Q- `( h" V: dThermosphere The atmospheric shell extending from the top of the mesosphere to outer space; + @+ e: X: L1 m* l9 P( ^$ d9 r! rit is a region of more or less steadily increasing temperature with height, starting# g4 D# f6 J" C5 N4 f at 40 to 50 miles (70 to 80 kilometers); the thermosphere includes, therefore, the + w, V! F$ z1 ]* nexosphere and most or all of the ionosphere. , m9 E v$ r4 k9 bThreat" [; Y, L: M P' s Characterization1 U1 E, R( {7 n2 g$ u# ] An assessment of the nature, magnitude and intent of an attack in progress. ; V, o$ R8 Y; [Threat Corridor ) M; N# y4 G7 g(Threat Tube), q4 e, H- e7 f5 { E2 b$ G' t( }6 R! ^ A tube containing all the objects originating from launch sites and aimed at 1 ?8 T% y; v/ ]$ P5 \2 Z/ H, Ftargets whose spacing is close enough to permit the tube around the object5 Y0 Y9 ?# J' U9 w trajectories to be represented by a single trajectory in battle management % G, N( P1 l) P( U& m; Hcomputation." l" K" ~, x8 V1 w/ D Threat Scenario A hypothetical example of the employment of threat systems against ballistic / I: L* H/ _# ]8 s# C0 xmissile defenses for the purpose of analysis and evaluation of those defensive' Q, s" G( q! N" Z+ H5 o systems and architectures.* ^) z3 t U+ g0 E1 A4 r; |* O Threshold Performance capability or characteristic level in terms of a minimum acceptable 7 U" X& @4 R6 k" D' cvalue (threshold) required to satisfy the mission need and a performance1 F$ h/ F+ F6 b* q9 X) \ objective." w) i6 }7 B' C4 I5 S Threshold5 p \7 o2 g2 o% @( y8 r/ t Defense ! @+ M$ Z& h" I+ XA defense strategy that concedes that the target can be destroyed at a price " F6 e2 a: K/ ^' Jthat is not prohibitive, but the presence of the defense is thought to require the! ^/ Z5 w: W2 {% ], y offense to mount a relatively large and complex attack.8 C9 I, m, w- D/ M Throw Weight All weight in an interceptor, above the sustainer, which serves as the kill vehicle.* T& h+ g3 X/ Y5 n9 `; l2 ` Thrusted 4 t) `. B" n# s* }Replicas (TREPS) , b9 r/ g/ S; n& D" \Conical decoys equipped with a miniature rocket device. Generally used to, F+ C/ U Y# Y change the decoy’s optical signature to resemble that of an RV in the reentry' D A0 T k' r/ k$ P phase. }( F! p4 e' W F' L; W& D TI (1) Technical Instruction. (2) Technology Insertion. * K9 l5 Z% L( t5 o9 L; J, qTIARA Tactical Intelligence and Related Activities. " e! I0 |) t: u" M/ X8 n; G+ [TIBS (1) Theater Information Broadcast Service. 0 O/ i, X, E5 F" c; O1 d" F(2) Tactical Information Broadcast System.6 A, Z% d) o2 b" D z# y; } (3) Theater Intelligence Broadcast System. O1 [+ N2 g5 s4 W, c, d1 Y: TTIC (1) Thermionic Integrated Circuit. (2) Technical Information Center.3 a* O# t. n5 Q& @; Q TIDP Technical Interface Design Plan. + h/ H: _+ C6 X {8 b6 B o& KTIE (1) Technology Integration Experiments. (2) Technical Independent Evaluation." t9 O9 L) o: ^; G: [ Tier An integrated set of SDS elements that address a particular phase of the threat# M4 w l3 ]* ~% c3 ` (e.g., boost phase). ! Y, a4 o* ~- R& A1 o) DTiered Defenses The use of defensive systems at different phases of the missile trajectory. 8 s: v5 S$ R" PTIES Technology Integration Equipment System. 2 i: V# e2 A, J: x5 j1 r4 dTIIAP Telecommunications and Information Infrastructure Assistance Program., C0 S4 w" K8 }( n TIL Technical Insertion Laboratory. ' U6 ]+ Y @8 iTIM Technical Interchange Meeting. V: R, @- l5 c8 H( CMDA GLOSSARY, VER. 4.0 T7 @3 ~% M! C3 e/ U7 p 300 Y7 K8 D0 e. a1 u3 b, o Time-Phased . v0 r! `& L/ n0 C7 QForce and 5 y& O5 z$ q) kDeployment List 0 ^. ^ w2 u3 N m4 ^8 M! `Appendix 1 to Annex A of the operation plan. It identifies types and/or actual ( t9 n! b4 t* \9 N& A, R" m" lunits required to support the operation plan and indicates origin and ports of/ t* i) ^! j4 k( w+ Q debarkation or ocean area. * v+ a* H& d$ l; U3 F# L+ MTime of Flight- ]2 r4 @ \, l. e (Max)9 o- ~% P* y; q9 b) i The maximum time for a booster or vehicle to perform its function from time of; w, A! R: k1 |4 a launch. 3 y$ c* ` G( g/ ~8 qTime on Station The time the sensor is in its operating position. ; x' s5 z# [6 Z! x$ zTime Sensitive ; _1 Y; Y5 W: Y" z5 U% L) a0 ^% RTargets/ S* D6 @9 i- G, i/ y% s4 [: j8 c Those target requiring immediate response because they pose (or will soon ! H8 }5 Z7 J9 U# p) qpose) a clear and present danger to friendly forces or are highly lucrative, 2 k s' R9 x7 G. d2 s: U9 yfleeting 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. " T; i8 n! k4 Y2 `1 J- UTIMS Training Integration Management System (USAF term).- p1 C, u) m6 T Z; l TIN Theater Intelligence Networks. " k# N$ _5 X7 c" `TIP TOPAZ International Program. - {9 M; z8 w4 q5 p. NTIR OBSOLETE. Terminal Imaging Radar. (Predecessor to Ground-Based Radar 9 G. u1 J$ m+ rTerminal (GBRT).)( w8 s. g) S$ i% T9 J' m TIRS Telemetry, Instrumentation and Range Safety , g& A0 f. B7 G C, hTIS (1) Trusted Information Systems, Inc. (2) Technical Information System.. m0 ] W8 E- g; \7 y Titan USICBM.2 s. Y, n/ X; F3 \3 k2 [" H TIU TIBS/Tactical Interface Unit. " w3 n3 D. k4 J7 Q1 |TIWG Test Integration Working Group. (U.S. Army) ( n, e: q: J3 RTL Team Leader.1 K9 R* |& ?' H; Y TLA Time Line Analysis. ; d1 B$ ~+ i$ e; i; QTLAM Theater land Attack Missile.7 A9 Y$ r( w" z( q' ]7 T TLAM/D TLAN [with submunition] Dispenser (Navy term).7 W# A; H7 H4 y d# M TLDD Top Level Design Document.# V! S7 `8 I+ f: N5 Y2 K TLV Target Launch Vehicle./ ^) P) Q9 }; e+ p5 k7 u/ n TLX Teletype. $ I- e! X& V, A! J4 ?, aTM (1) See Theater Missile. (2) Technical Manual. (3) Tactical Missile (US Army. y1 }. z7 N; X: P1 e/ [ term). ) h! R: `9 ?4 f- [. l" LTMCC Test Monitor and Control Center. . [ O. Z& k/ W$ UTMD See Theater Missile Defense. * y" S" T9 y, x- L5 tTMD C2 Theater Missile Defense Command and Control. - C/ p" s4 p* Z/ ^! iMDA GLOSSARY, VER. 4.0 T 3 `2 @+ j0 Z3 b" C301 % [) x* i7 d! KTMD C" o( G F$ ?' z9 E f$ S 3 ; J1 w) c3 u% UI Those assets that provide connectivity between and among Theater Ballistic& F A' M+ ]! \, A! J8 q) a$ R Missile Defense forces. / N! y5 G1 y3 d/ i: Q- \$ \TMD ESM Theater Missile Defense Existing System(s) Modification (MDA term).: K! r* A* V, X TMD GBR See Theater Missile Defense Ground Based Radar (THAAD Radar). X8 w5 s! g5 P9 T, l9 ^ TMD IA Theater Missile Interoperability Architecture.3 O& u' W4 {' y8 [- j TMD ITP TMD Integrated Test Plan. ( |/ L3 x, q( J' S2 HTMDAS Theater Missile Defense Architecture Study.) J, {5 T+ y; s# z: `: S/ B3 u( m6 C TMDC Theater Missile Defense Council.) I+ r \0 Z a4 O( m& z6 k* K TMDE Test Measurement and Diagnostic Equipment (ILS term). * x S# x: s: i3 Z; JTMDI See Theater Missile Defense Initiative. 6 P4 T2 `* C6 i& cTMDSE Theater Missile Defense System Exerciser.4 `1 h$ q/ l' J; Z3 L6 g; w9 N: I TMMM TOMAHAWK Multi-Mission Missile. $ \6 L/ x- s$ j! [3 K0 o' KTMP Technical Manual Plan (ILS term).+ q6 ~, l0 }# [6 J8 \; f5 V( z0 B TMPCU Tomahawk Theater Mission Planning Center Upgrade.0 X0 }2 E2 g" c, ^7 I; j TN (1) Terrestrial Network (C2E term). (2) Thermonuclear. 5 s$ ]$ v6 E0 DTNF Theater Nuclear Forces [Treaty term]. 5 }8 f* f2 t7 t8 STNT Trinitrotoluene., t( A* q( m' v( r* _. Q0 y TNW Theater Nuclear Weapon. 9 E/ X8 @9 v0 G9 x8 M* @6 |9 yTO (1) Task Order. (2) Technical Order. - }# b% F" h6 N. D" ITOA Total Obligation Authority.; Z8 q* s# k7 C TOAM Tactical Air Operations Module. k, P2 u2 |. {& nTOC Tactical Operations Center. 4 L# ^2 n; F' X8 n" VTOE Table of Organization and Equipment.9 q& |4 D7 Z- K5 b* D, g A TOF Time of Flight.4 B& k; e- n& X- p8 O7 N& Z TOI Track of Interest.& w6 B7 L# D* { |) } TOIA Task Order Impact Analysis. - d# x9 `+ h! ~' w' \+ iTolerance The ability of a system to provide continuity of operation under various abnormal# x6 g. d: [* t. W7 _ conditions. ) E' f3 k+ A4 [0 c6 j+ ~2 oTOM 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. , k- |* Q; K" p3 s! ?MDA GLOSSARY, VER. 4.0 T! |2 r8 f1 ?4 d; c# D1 ~ 302/ \& B- H/ s% |1 o) | TOMD Task Radar Management Details. ) }9 j2 p* J2 S$ p' D0 eTOMP Task Order Management Plan. 2 p& b( c/ N0 ]8 Z1 B5 E2 e3 [' ~TOMS Total Ozone Mapping Spectrometer (NASA term).. v/ P' l ?& ?5 k9 y- T- J TOO Target of Opportunity. ' x6 J! x7 V9 q3 ` UTOOL Target of Opportunity Launch.# \3 l- J9 j, \. {: g4 { TOP Task Order Plan. 2 |1 U. e! J# ?/ u! ZTop-Down Pertaining to an approach that starts with the highest-level component of a4 z4 s/ z/ S" z1 S/ L! | hierarchy and proceeds through progressively lower levels; for example, topdown design, top-down programming, top-down testing. Contrast with bottomup.4 ^6 u( f. X* C- h! ? Top-Down) G3 k: h2 Z4 W3 t! J8 K Design 8 _: p3 F. q q8 d( s$ D' EThe process of designing a system by identifying its major components,8 r9 M+ l- F1 A0 E, u; L' \ decomposing them into their lower level components, and iterating until the 0 S+ C0 K* |" y7 T5 r, O$ j1 mdesired level of detail is achieved. & U2 t9 v; B5 f7 |Top-Down. p. ?. s* Z N* l Testing) ?8 o; h" ~+ D0 L8 | The process of checking out hierarchically organized programs, progressively, / Z! a; l i' D2 s3 S2 Ffrom top to bottom, using simulation of lower level components.7 ~) m5 ` l0 u5 V2 G TOPAZ A project to demonstrate the transfer of Russian thermionic space nuclear power" J* y' N6 n5 s$ o technology to U.S. BMD applications. : d/ S8 z. j9 i4 E: |: e- GTOR Terms of Reference. ; X5 O s [- J! B& P. o" DTOS (1) Tactical Operations Shelter (Station). (2) Task Order Status. 7 e3 t4 L" S: p* s3 a8 m* QTOT Time on Target . Z& o7 o& C0 W# s# VTotal Obligation 2 G( ]# r- l/ G D& d! d6 XAuthority (TOA) 6 }- v: z/ y* y) `% _( [7 }A DoD financial term, which expresses the value of the direct program for a given 7 S9 y z6 [3 F v" P2 qfiscal year.: z2 A: f- p5 J1 w# ]" |" A; m5 w Total Quality 0 a# F2 O( T: L4 ]* E TManagement 4 Y6 |. c& x4 V. ~4 f" _6 E" x(TQM)7 `' \3 d" {5 @$ L; M$ r" c1 z A management philosophy committed to a focus on continuous improvement to S! t6 T2 l" J5 x; xproduct and services with the involvement of the entire workforce.+ Y* L6 t% ~& l. P9 z TOTS Target Oriented Tracking System2 P$ s% y2 p# B2 n TOVS TRIOS Operational Vertical Sounder. + x2 H; H7 o7 m$ j, o" oToxicity The kind and amount of poison or toxic produced by a microorganism, or % s, ?6 ~, R( e) zpossessed by a chemical substance not of biological origin. ( a% }' ?- _, aTP (1) Telenet Protocol (Telecomm/Computer term). (2) Test Program.$ y7 j6 s- ~* N, s8 I TPALS Theater Protection Against Limited Strikes. * T8 _/ @4 H) O/ Z) oTPBM Terminal Phase Battle Manager.' O/ S8 n) x5 D* l$ R9 v TPD Mobile Tactical Radar (US).1 _' Q+ d! ^( G q5 X6 K+ Y2 `- S TPDR Total Processing Data Rate (TelComm/Computer term). / q: [! Y$ n2 N* @5 [3 E% FMDA GLOSSARY, VER. 4.0 T 1 W' P+ _& v0 `! N% n3034 `5 |( @+ X3 \ g8 x6 e, b TPEC THAAD Performance Evaluation Center.& H& _( y- f# K: _ _( S. j TPEM Technology Program Element Manager (SDIO/MDA term).4 c0 e9 |) P+ _ d" D9 [* k- Z$ G TPFDD Time-Phased Force Deployment Data.0 D6 `3 m3 L" \# }: G* ^ TPFDDL Time-Phased Force Deployment Data List. 8 l0 [7 _ j/ x% M# h9 ^% vTPFDL Time-Phased Force Deployment List. 9 t% N1 d. A5 a T3 V- m, @0 iTPM Technical Performance Measurement. : Q! ]( w+ N/ o1 F: r9 ]) t. Y. iTPMT Total Preventative Maintenance Time (ILS term). , S$ x9 H. q6 T3 C yTPO (1) Test Planning Organization. (2) THAAD Program Office& W; q( _8 D$ v( d TPP Test Procedure Plan. ; z$ c5 I7 C) {* w8 x1 p' gTPR (1) Terminal Phase Radar. (2) Trained Personnel Requirements. (3) Target* ?$ f5 n' T% B+ @& y, b" [, I5 ] Performance Report. n9 @2 C S* | T TPS Thermal Protection System. $ _, C' B5 v% X" U; z- k$ ^( \TPT Theater Planning Tool.3 D6 ]4 O/ k' x- X: K TPWG Test Planning Working Group. (U.S. Air Force) 5 I6 G+ o9 a6 ^. UTQM Total Quality Management.) w9 Q" K C4 B; X) O7 @" B) h Traceability (1) The characteristic of software systems or designs or architectures or # [% H/ E% r5 C; T/ bdomain models that identifies and documents the derivation path 9 @% P8 ]( A6 t1 i) Z ~8 c4 l(upward) and allocation/flowdown path (downward) of requirements and! e' c8 k' \ B$ P constraints.- @5 D! J v0 X! Q6 k( ] (2) The degree to which a relationship can be established between two or 7 N0 [2 i% b2 Omore products having a predecessor-successor or master-subordinate+ D) y2 D+ v5 a. [4 I) b relationship to one another.

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Track (1) A series of related contacts displayed on a plotting board.% A, C% \0 }) Z4 h& @* f6 [6 Q (2) To display or record the successive positions of a moving object.5 Z- `# U# E% G& \. o" u (3) To lock onto a point of radiation and obtain guidance from., s" w/ a' a) {4 c2 K6 c (4) To keep a gun properly aimed, or to point continuously a target locating7 t: A# M- c3 G7 T instrument at a moving target." b1 A( \5 b# x/ Q( q! G (5) The actual path of an aircraft above, or a ship on, the surface of the ' h$ D8 x) E! u5 vearth. 8 M! g8 ]5 k5 t0 _Track& b' e( R$ [, r( n8 I9 e Assessment 8 W+ j9 h2 [2 J, Z a5 o y; z( d$ iThe Track Assessment looks for anomalies in an object’s track data. An anomaly . p0 ?( Y$ b5 }8 u8 Hin the track may indicate a hit.7 y- W5 O% p% e: y1 U% ]0 D Track, Birth to . J7 w. Y( Z! _* W$ f$ ]Death" b. T" b; ~1 P( D+ O# c! C+ _ The maintenance of an associated track through all phases of flight (i.e., boost6 E) x5 j( M/ ]) f) k$ d to reentry).7 v% u5 h5 ^ X' T Track Correlation The combining of track information for identification purposes, using all available ' T* u: ]" x3 B1 q! s; adata. 6 c5 t$ S4 C/ R) V- j2 n% C" U, yTrack Extension This term usually applies to improvements in track estimates by use of new data. 5 q. R' Z# j5 \1 l& D0 e) dIt is sometimes used to describe a process of target extrapolation to a future time! i% N( G4 k% L" m& ~ or place (e.g., reentry). + P4 p( J5 `* EMDA GLOSSARY, VER. 4.0 T3 g$ C& B4 z* s! M; h& o 304 ! p5 `* A% s& T1 n% l7 LTrack File A target’s stated estimate, confidence, covariance matrix, and associated LOS9 q0 Q5 v9 O3 v( }- ~ measurements with irradiances with confidence of association; or some subset of4 }; r h# w+ o7 b/ a8 ?8 V7 x the above. $ O6 k5 N! ?4 q! }: c1 w: ?; r" mTrack File-Track! P! p( D/ ]) W x) ~ History6 e9 j+ [( C* A/ D3 [: I* u A set of individual track reports on a particular object, which taken together 1 [( x! W/ w, Q( Y2 S# W4 {produce useful approximation of that object's future position in space.8 r& R" [6 J2 ?8 H4 O! h. z. \ Track Formation The process of determining the track or tracks of detected objects. It is usually a' I! v8 J* @6 h" T three-step process of data association, track initialization, and track improvement6 J: C* L9 q3 a; s7 N by filtering. . i; k! `, |. `, I4 m; O2 P8 QTracking The act of generating and maintaining a time history of an object's position and: ]0 r: E) I8 s& b any other features of interest." @8 q5 t, ]3 R+ g5 w$ P$ l. s Tracking and6 W3 a& z' v: ~# b- j- O1 q* B Pointing! @! R o, ]9 J Once a target is detected, it must be followed or “tracked”. When the target is 0 _3 J) }" ^# w8 a. rsuccessfully tracked, a weapon is “pointed” at the target. Tracking and pointing ; I0 t! I$ M2 d9 care frequently integrated operations. 4 p3 {: Q/ E4 c8 L( u' \* rTracking Range " B' ^0 o6 z/ q; L& J(Max) % F. d* M3 I% lThe maximum line of sight distance at which a sensor can maintain track of an $ x$ Z9 s% K+ q- B7 b/ x; V# Fobject. ( U; ]# c m0 x( TTrack Initiation The formation of the first or initial estimate for a sensor system of the state vector L/ {6 d7 Q8 K9 Aof an object. The process typically requires observation from a number of 6 B* n4 m1 z( E& ]* c& |/ p8 c4 yframes.) `& L4 A C* U: H7 m; z8 X Track Production6 | w! T) H* D3 e; ~) C+ t! C Area + k2 G/ g. b' A N5 A2 R2 E8 I1 a. TAn area in which tracks are produced by one radar station. % S( A& R+ w( p5 \9 a6 MTrack Symbology Symbols used to display tracks on a data console or other display device. / G: |& S H5 y" b0 T9 zTrack Telling The process of communicating air surveillance and tactical data information : {, c: ]" B! r1 U2 f' j8 t' Fbetween command and control systems or between facilities within the systems. ; e4 M6 F8 X5 x9 d7 @Telling may be classified into the following types: back tell; cross tell; forward tell;* a. a Y4 T- G; E lateral tell; overlap tell; and relateral tell. 2 l7 q- m9 j- bTRADEX Target Resolution and Discrimination Experiment.) c+ V4 |( }0 L, t. i: { TRADOC U.S. Army Training and Doctrine Command, Ft. Monroe, VA. ) {- i7 C8 E/ v2 `Traffic Capability6 `6 i. B( R7 Y1 j! A Maximum ( |' q/ v7 d: `6 iThe maximum number of objects per unit time which the sensor system can) m3 n Y; h6 Z maintain track files.8 N+ c1 k/ U0 b7 L& ] Traffic Decoy Decoy that matches RV characteristics in the exoatmosphere and high0 Y* a% g' E( h( M( n2 S' e: D9 q endoatmosphere. , |$ y/ W$ g- A" h( Z n& \2 o& q6 l! E5 `Train Threat geometry with objects placed in a line (string) along the velocity vector of2 a4 R- z* V( a; `6 k reentry. & u& |$ A& t) XTrajectory The curve described by an object moving through space. % T+ M% i* i% i, o6 L2 kTrajectory , M( n' l7 Q% ^, y" uHistories * W/ t0 H" {/ [7 F! W+ bTrajectory information on targets recorded over a period of time. 1 A1 ]- L7 B# A* U& e) t0 gTRAK A data base management system (not an acronym). % ^3 F/ G1 d# L" d* _Trans-Attack Period from first tactical indication of attack until termination started, i.e., postattack.* [; P! O5 ]- E! R MDA GLOSSARY, VER. 4.0 T7 a2 X9 T& ?! x1 e D7 |( Q 305' R7 }! Q- }0 A- R9 m8 U TRANSCOM [U.S.] Transportation Command, Scott AFB, IL. , F8 A: x" o# r3 s* U* O" rTRANSEC Transmission Security. * Y. q- [3 B. y( jTransition The period in which the world strategic balance would shift from offensedominance to defense-dominance.3 z) p% G9 ]3 |# x# C1 f' [$ `0 Z- K Transition to : _* v9 V& T0 c, b' x- Y4 z. ]Production * n' g4 Q( t# U. N9 }A risk reduction process during which the program shifts (passes) from6 G' v0 z% o* ]- \4 a l development to production. It is not an exact point, but is described as a5 }4 ^4 [6 C+ X3 @/ T process consisting of disciplined engineering and logistics management to( q5 p/ t; p2 e: f$ U# o& O8 O! _ ensure the system is ready for manufacture. (See DoD 4245.7-M.)) A& |8 Q% M' h3 O Transmission' \& V m7 W: l" Y9 x/ k Security 0 J2 R- ^: ?4 A. I% u(TRANSEC) % t; C( Z2 }8 {That component of security, which results from all measures, designed to protect g7 q* C7 V. {5 w- W7 t$ }* a0 M$ [communications transmissions from interception and traffic analysis. (See) H0 ]( `7 e# A COMSEC.)

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Transonic Of or pertaining to the speed of a body in a surrounding fluid when the relative 8 r _: W. {; |" Z' c, z) Zspeed of the fluid is subsonic in some places and supersonic in others. This is3 j' u( Z4 V# [7 l/ a" C encountered when passing from subsonic to supersonic speeds and vice versa.# \; J" J3 Q2 x0 B1 [6 z Transponder A receiver-transmitter that will generate a reply signal upon proper interrogation.% S. J1 {; d% g3 |& `8 O. \ TRAP Tactical Receiver and Related Applications.3 T, k. K6 S6 c# i: W! R Trap Door A hidden software or hardware mechanism that permits system security" C3 C4 C$ V! M) I6 X3 s mechanisms to be circumvented. : q/ u# E* z- {6 I/ M1 e- PTraveling Wave% S; M' j. F; R6 }) i; E% B5 f* A Tube (TWT)" K# e! q1 z5 m9 K/ }4 F An electronic tube in which a stream of electrons interact continuously or . u2 [! X) G2 Q+ i7 J# s: _repeatedly with a guided electromagnetic wave moving substantially in % ~2 h# b/ {! F4 r% Osynchronism with it, in such a way that there is a net transfer of energy from the9 y! ^7 ]4 G( [6 ?- u stream to the wave; the tube is used as an amplifier or oscillator at frequencies in- b6 b+ c6 ~9 ^# r the microwave region. 4 s1 h' e, R, lTraverse (1) To turn a weapon to the right or left on its mount. 1 l! J) L6 j: o1 Z& }: H$ w/ v4 A% z(2) A method of surveying in which lengths and directions of lines between F( v0 @" j7 e3 M points on the earth are obtained by or from field measurements, and J7 S8 l1 [ Q3 |. M+ K used in determining positions of the points.* k1 }' ]% A6 Z$ W( H* W Traverse Level That vertical displacement above low-level air defense systems, expressed both5 o; u6 T' q6 c q4 J' u: W as a height and altitude, at which aircraft can cross the area. + p( T |# p* J! s: S7 V g( _TRB Tactical Review Board.. ~* S/ |; F8 K/ N. U& T TRD Technical Requirements Document. 1 R) x) f- l( j7 \! v0 BTRE Tactical Receive Equipment. ; E" _' F0 L9 D$ R4 y8 X4 o+ p/ bTREA Transmit/Receive Element Array (THAAD).- ?0 ^2 @5 G: y( K3 U TREE Transient Radiation Effects on Electronics.3 U+ @9 j% g3 t TREM Total Radiation Environment Model.2 \3 C$ Q$ ?3 Y& m$ U TREPS See Thrusted Replicas.! s8 i0 }4 a/ T Q" C TRESIM Tactical Receive Equipment Simulator. 0 |# H0 I1 E9 T4 {" {( vMDA GLOSSARY, VER. 4.0 T ( t( P2 o6 `9 d! }8 a306 7 p H j& \9 H1 B* {' UTRG Threat Reference Guide. h A) c: F/ K5 u" V TRI-TAC Tri-Service Tactical Digital Communications System. ) X+ V2 @+ B7 e& mTRIDENT Class of US ballistic missile submarines (USN term). 8 }/ N7 y; g" Y+ b" a* m' kTRIDENT I (C-4) US SLBM (USN term). 5 W: N$ N5 Q6 x( o3 QTRIDENT II (D-5) US SLBM (USN term).5 z3 r/ W+ r# o: w TRIM Toxic Reduction Investment and Management.$ H) e. ~+ n0 q7 i3 w0 D# q* h* ]+ ` TRM Technical Reference Model. % W% E, g) {; r2 d. D: qTRMP Test Resources Management Plan. # q: L4 W" l8 n9 u0 G) z6 q. U% }) fTRN (1) Task Requirements Notice. (2) Test Requirements Notification. * D: v, Z8 P% W. ]. O# _: @ JTrojan Horse A computer program with an apparently or actually useful function that contains* P4 u8 y3 \; E0 B! L additional (hidden) functions that surreptitiously exploit the legitimate3 l2 j2 U6 F* ~$ V7 [: G" d$ p authorizations of the invoking process to the detriment of security or mission/ P" o$ w# q: J& x) @ performance.3 ?) O$ X$ E) e' P TROPO Tropospheric Scatter. % v& `( l5 U& s$ e* f( STropopause The imaginary boundary layer dividing the stratosphere from the lower part of the6 F6 y& `# B' X9 @0 b* N7 I0 v atmosphere, the troposphere. The tropopause normally occurs at an altitude of 3 b+ J8 p6 S4 S2 Q) gabout 7.62km to 13.71km in polar and temperate zones, and at 16.76km in the* N" o' i" H) y8 O4 t) l: L tropics. (See Stratosphere, Troposphere.) 8 F' r$ N6 M* g1 F0 u; K0 [4 U7 xTroposphere The region of the atmosphere, immediately above the earth's surface and up to- Y" C& M! {( W1 q$ c the tropopause, in which the temperature falls fairly regularly with increasing 5 K& U9 v. }+ a7 k- z% m2 `- saltitude, clouds form, convection is active, and mixing is continuous and more or% e# t F7 A% X2 _( u less complete.) ~; w' u, p: v: ~7 K3 Q3 ~ ?$ P Tropospheric9 B4 @, C$ b+ w6 T7 b3 l Scatter 2 k5 a4 K7 o. N) lThe propagation of electromagnetic waves by scattering as a result of & Y- r7 N. U+ t3 U2 r) {6 I7 Firregularities in the physical properties of the troposphere. 7 F) E! S3 l$ R" p: m+ tTRP (1) Test Readiness Program. (2) Technology Reinvestment Program.: F J0 E+ F2 h; r" D2 U1 h) b (3) Technology Readiness Program (pre-acquisition program status).* m4 H( d7 C; t/ }" v (4) Technical Requirements Package.) s4 ?4 O" Y& o) g TRPC Technology Readiness Planning Committee.9 a! D! x) L ^9 Z; v TRR Test Readiness Review. & s, X M) ]& vTrusted- r1 b* T; `; |3 c" [ Computer6 t' F9 I: ?( A, G7 B# I* n/ f System/Software! J9 k/ {0 W+ b5 T; X A system or its software that employs sufficient hardware and software integrity 9 m: v9 W- O0 I! Tmeasures to allow its use for processing sensitive or classified information.0 F+ G* e! x" g) _ Trusted Path A mechanism by which a person at a terminal can communicate directly with the' O/ b- O# y1 t, V Trusted Computing Base. This mechanism can only be activated by the person: T7 j/ a3 z5 m4 ] of the Trusted Computing Base and cannot be imitated by un-trusted software. 1 K1 i2 l: e: r( V( oTRW TRW, Inc. ) _% D" r. Q* N5 `' B# WTS (1) Terminal Service. (2) Top Secret./ K3 b8 S3 K p5 N MDA GLOSSARY, VER. 4.0 T0 x( }; `' Q& `/ o. p6 j) Z$ j/ A 307 , p+ P$ V- `/ _8 VTSA Technology Security Analysis. 0 ]% |. v. H! Q1 u$ @TSD Tactical Surveillance Demonstration. a1 K3 J# X, ^: o+ w+ T0 i CTSCM Tomahawk Strike Coordination Module (USN term).( r0 G+ }2 x, `/ c TSD Tactical Surveillance Demonstration. / n; N }" S. KTSDE Tactical Surveillance Demonstration Enhancement.1 _/ k' e& E9 p' X$ s. O TSEU Technology Seeker Evaluation Unit. " x. Y! c8 o" t7 ~: [( G' I& kTsIAM Moscow’s Central Institute of Aviation Motors.; J5 @& F! T3 P) M; z! k TSM TRADOC System Manager. . j, P" q. G& @TSMA Theater of Strategic Military Action. + x5 Y/ p- ?( BTSP Target Support Plan. # X" U1 P" u: k3 q$ ?TSPI Time, Space, Position Information.8 {" m6 O+ {0 u4 {% ?9 @ TSR Target System Requirements.

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TSRD Target System Requirements Document. % Z5 e. @2 Z& oTSS Terminal Surveillance Sensor.& x: b' j6 ~- y( I TSSAM Tri-Service Standoff Attack Missile., ]3 r, [3 ?" w9 ^. h4 d* y- ^ TSWG Target Signature Working Group.# M9 l6 Q; h4 G( L TT Total Time.8 x7 \3 H. w* y TT&C Telemetry, Tracking and Command.% V; ^5 z0 I! m TT&E Technical Test and Evaluation (Army). 3 x3 e7 p' p) _1 sTTA Total Time Accounting.2 \" G! \6 H- k" `" Z TTBM Terminal Tier Battle Manager. 6 z) {$ j" J% j/ bTTBT Threshold Test Ban Treaty.# o4 P3 S5 B7 }0 ~ TTD&D Test Technology Development and Demonstration. A portion of the CTEIP " ~# S8 p% @2 a7 r; z2 K$ Fprogram, which funds the development and demonstration of technologies,% T4 u. ]* S4 f% Y/ R( E9 G which have significant potential for improving testing.1 ?* y) x8 _# M5 @% f( U TTEL Tools and Test Equipment List (ILS term). , t5 y @" \6 k( w* t! U \+ sTTL Transistor-to-Transistor Logic.' w7 _, q( Z! m/ i6 d! o TTP Tactics, Techniques, and Procedures.. E; {* s$ E5 l; I TTSARB Technology Transfer and Security Assistance Review Board. ! A1 v, q% r) ^$ R4 |TTT Test Technology Transfer. 5 G3 j) G0 |/ Y. e1 h% I- vMDA GLOSSARY, VER. 4.0 T + \2 P3 y! l1 A7 X! F308! r% `6 ~) s9 q' [$ a TTV Technology Test Vehicle.6 [" z* ^0 m4 q1 S, U8 G TTY Teletype. + e. C; ~0 C! j% z( D+ FTUG TRACE User Group. 4 \6 t2 j$ {! f S! gTV Thrust Vectoring (rocker engineering term).4 J6 R5 }4 y4 t( S& V+ ] P! e4 N TVC Thrust Vector Control.4 i0 y4 i5 U8 R TVE Technology Validation Experiment.6 x! b$ {' \% W4 m7 |1 X! { TVM Track-via-Missile.9 T4 Z1 d# ~ q$ Q TVV Technology Validation Experiment.5 K4 j. y# S6 v4 F TW Tactical Warning.: n4 G( G: a9 |2 m5 f2 |0 u# l TW/AA See Tactical Warning/Attack Assessment. 2 ]& h9 I$ H, BTW/SD Tactical Warning and Space Defense.- D1 g, h- Z1 |4 k! { TWG Technical Working Group. ( V" x1 [% r! E. L$ n- l5 W3 p' V! P) kTWS TOMAHAWK Weapons System (USN term).# ^+ G7 w# D7 \# _1 v TWT Traveling Wave Tube. . N& j- i& q' e! f( T: BTWTA Traveling Wave Tube Amplifier. (Electronic Engineering term).: K0 {& W, r& ^$ a" i' F# T TY Then Year (PPBS term). * D3 Y" ]: H( P5 \9 t' JTY$M Then Year Dollars Millions.! n m! s5 ^' Q; B) N& J) k$ t Type A - System ' X( j7 N0 {+ qSpecification+ v, R) I- O7 \ States all necessary requirements in terms of performance, including test* `8 b; ]. t$ G9 I) G/ v provisions to assure that all requirements are achieved. Essential physical! M. f; a. i0 g' S5 l6 @ constraints are included. Type A specifications state the technical and mission 3 ~( k+ R6 X5 ^1 O4 ?; w0 Urequirements of the system as an entity." t5 s4 ?" y' o" l& P; u Type B -) v9 c, m* e1 n7 R/ s( l2 D* z* Y Development+ V! g; p) R- N8 i" m# g9 } Specification * X! F" b" u# y1 kStates all necessary requirements in terms of performance. Essential physical / F5 Q$ b4 i* J ?1 Jconstraints are included. Type B specifications state requirements for the) M/ j. B( D: `: h4 H development of items other than systems. They specify all of the required item3 v5 V4 M4 U9 x z# C functional characteristics and the tests required to demonstrate achievement of% Y+ `; F& A$ Z* C7 t those characteristics.3 J% l9 V# t$ y1 k7 W) ]% e9 @ Type C - Product . W2 ]8 o, M Z! USpecification, _+ R; R: a* |% K* y Product specifications are applicable to any item below the system level, and " P) j1 q U; n, Y6 q6 C7 ^/ Smay be oriented toward procurement of a product through specification of + W% [" D2 J( Q6 `8 Mprimarily function (performance) requirements or fabrication (detailed design) 8 Q! b' P$ M l; K9 N4 Z& grequirements. Type C specifications intended to be used for the procurement of 6 C8 x2 s1 s ?* [) f2 N- ^/ ~) xitems including computer programs.: n8 Q6 y# v/ A( M% h+ N) x; u Typhoon Class of Soviet ballistic missile submarines. 7 \2 z$ }* K7 g. G9 R; @1 lTyping The act of recognizing objects by measuring a set of observables, computing a ! E4 @+ p% {/ f5 D4 }# D6 k2 `3 Nset of characteristics, and associating the characteristics with a specific class of) O T( Y( _3 I: h9 o( ~# ]5 n objects (i.e., SS-18, SS-24). 0 F# Z) k5 C v; j" gMDA GLOSSARY, VER. 4.0 U ( I, q' ^( {8 v1 H309 ]. T/ q) ]: ]9 x1 o8 B5 O U Uranium. 2 v& z$ \# @0 e* Q0 Q' U7 B5 v" _# SU&S Unified and Specified [commands] (pre-1996 term).$ C( e/ r& p) T5 n X7 R/ S8 G% e U.K (UK) United Kingdom.0 }9 O" n! H: l d f( Z U.S. (US) United States. ! t: d+ ]/ ^6 |3 T* dU.S. West U.S. West Incorporated. % U" y# p7 D m, f( bU.S.S.R. Union of Soviet Socialist Republics.- S* |+ ]. J7 z% p6 ` UA User Assessment (NMD BMC3 term). : ~! n `0 f: X# h5 GUAE United Arab Emirates. 9 {% ?) b! U* N/ d8 SUAV Unmanned Aerial Vehicle. 2 n0 ^, ^6 C3 x3 [/ i( R7 TUAV BPI Unmanned Aerial Vehicle-based Boost Phase Intercept. ! c' y* w5 K- {UCAP UAV Combat Air Patrol. 9 ?# i# q/ S5 w0 dUCC Uniform Commercial Code (US legal term). 4 {4 C& V' ^. f8 `9 ~UCP Unified Command Plan.+ v* E$ o' A9 j; H: M3 p UD/ASD United Defense/Armaments Systems Division. ( K' b# x* M C1 tUDMH Unsymmetrical Dimethylhydrazine (a liquid propellant rocket fuel). . t9 B8 z: M+ x8 k/ I( GUDS Universal Documentation System. A standardized comprehensive tool for stating ( Q1 K3 z0 C4 W" Y w. {and coordinating program requirements for testing MRTFB ranges, as well as the : [5 s5 n% U' I/ H- y7 y1 \1 Gcapabilities and plans of test ranges to support program requirements. It ! W# x3 [9 O" ]0 {" V0 J3 Qconsists of a series of six planning and execution documents: 10 are the+ |7 G6 b% ~4 [7 h Program Introduction (PI) (also called the Program Introduction Document (PID)), 1 `) b$ H- k9 j- }2) Statement of Capability (SC), 3) Program Requirements Document (PRD), 4) * [" y# ~, {& o uOperations Requirements (OR), 5) Program Support Plan (PSP), and 6) the / \& {" O1 C- V8 d$ J& i- OOperations Directive (OD). The UDS was developed and is regulated by the$ O; ~+ y) M6 j$ P Range Commanders Council (RCC).

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UE Unit Equipment. * K% t8 _, `* D/ s+ j* pUEME Unified Electro-Magnetic Effects." Q e( |! X( o5 X- { UEWR Upgrade Early Warning Radar.$ F3 |& P) Z3 Z1 {. y$ b% t UF4 Uranium tetra fluoride. . [& N! m7 P; ^: sUF6 Uranium hexafluoride. 2 j: y) \3 Z3 n+ @! }MDA GLOSSARY, VER. 4.0 U' @. z/ J0 x3 O! d1 O 310 + ~" ]5 w! p- s- O6 \! l- O* {UFG User Focus Group.' `8 E! P1 e* r! C9 m% _ UFO UHF Follow-On [Satellite Communications System].) K) |4 W; ?4 b1 P! W UFP Unit Flyaway Price. 7 r/ F$ u, Z S) @+ J: |UGF Underground Facility. 5 g/ T: F% c1 h" h; VUGS Unattended Ground Sensors. & j1 Y/ i# G# H. v$ b7 y( o! w$ qUGT Under Ground Test. 1 W0 c' ?4 l3 ]7 U6 _UHF Ultra High Frequency. . e( v0 i9 n8 T* TUIC Unit Identification Code. ( D+ ~" G! @! `% e0 ^+ ^UIN User Interaction Node." Z, B7 w) ~# X) e! f UKAS (1) UK Architecture Study (2) UK Associate Studies. : b9 N# \0 g. I8 `UKEADTB UK Extended Air Defense Test Bed. 3 m4 F' t7 e9 k4 \" @UKTB United Kingdom Test Bed. : J' ~) x6 X S- l2 @( ?1 IULCS Unit Level Circuit Switch (SINCGARS term). 2 K& I8 g* c2 F" D1 gULS Unit Level Switch.- h( \0 @0 [, z ULSA Ultra Low Sidebobe Antenna. 5 e/ d8 X$ p/ h. YULTDS Unit Level Tactical Data Switch (SINCGARS term). : P* S. o3 D/ k- oUltraviolet (UV) Electromagnetic radiation of wavelength between the shortest visible violet 9 k8 i' t& y% K4 V(about 3,850 Angstroms) and soft x-rays (about 100 Angstroms). % |! V" S) s* q* ]; N# h" wUMD Unit Manning Document. 9 T" [0 L) \3 ]* k' D, fUMMIPS Uniform Material Movement and Issue Priority System (ILS term). " Q }5 M" b/ D& O2 o. TUNAAF Unified Action Armed Forces.' L8 w# s2 \' _ UNC United Nations Command. * E: o* P* ]4 B/ T' s& hUnconventional1 X: @& U* v8 d/ }6 k$ g Warfare " w. v5 ^# s8 ]0 R1 C# F. p1 @' ^A broad spectrum of military and paramilitary operations conducted in enemyheld, enemy-controlled or politically sensitive territory. Unconventional warfare $ W* [9 T i5 n& d; xincludes, but is not limited to, the interrelated fields of guerrilla warfare, evasion . d: C9 n) S1 }, l/ L w7 `7 Gand escape, subversion, sabotage, and other operations of a low visibility, 6 O/ ?. y* j+ u3 T6 fcovert, or clandestine nature. $ W4 C5 m: p. m# E8 ^Unified Action ; s: ^' J# M$ x. b; G. ^Armed Forces5 }% l5 {% c& C/ A. q" v8 v A publication setting forth the principles, doctrines, and functions governing the O% z$ v2 e0 e- x: Nactivities and performance of the Armed Forces of the United States when two or 3 ^) x7 `/ _2 C8 W6 X. emore Services or elements thereof are acting together. 2 ]* c6 b9 Z- H& S4 O% RUnified Command A command with a broad continuing mission under a single commander and ' O E1 F. Q! Q Ccomposed of significant assigned components of two or more Services, and9 ?2 c+ [0 D) q- z. b5 R1 P' M which is established and so designated by the President, through the Secretary" W: y& t! c q$ e* f2 c( p of Defense with the advice and assistance of the Joint Chiefs of Staff.' T V# R% ]* ] MDA GLOSSARY, VER. 4.0 U# r B2 o+ y6 |+ z0 ` 311 + S$ B7 |' r2 P0 D F5 J9 c4 `UNISYS UNISYS Corporation.) I6 M8 e3 ]5 M United States ; E; P7 C+ u* D6 C6 a! W1 Q' X" x8 cArmy- R& z: y* Y; s9 p. [3 t. _ Space Command # t$ |6 r- P% @2 f4 R/ V& g(USARSPACE)1 x0 d# S; |2 j' B9 T The Army component command of USSPACECOM. Responsible for the Army+ r1 o! X9 B8 Q0 @" j$ N! r elements of the SDS system. Located in Colorado Springs, CO.* y( H. L" }! `) p3 h, X( y United States' R5 g$ F5 a- a' ? Space Command , U! W% X6 k3 E: a" r(USSPACECOM) C& h% _4 L" s% P6 H! HThe unified command responsible for planning and conducting ballistic missile 7 ?$ f5 C) {5 |0 S: mdefense. Located in Colorado Springs, CO. % i3 U# c- Y5 M/ Q2 H* [# A/ DUnited States1 z0 S5 q" P- K Strategic 1 j! n1 C3 f* F9 y5 w$ mCommand2 S4 R' Q1 U' U9 k- P; }0 k (USSTRATCOM) # W$ t6 t+ x* F* e4 t2 FThe DoD unified command responsible for carrying out directed nuclear and nonnuclear strategic air, intercontinental ballistic missile, and sea-launched ballistic% Z( x1 G; Y& { missile offensive combat strikes. Located at Offutt AFB, NE.3 T/ T4 `+ o5 e5 e United States" y5 p9 D9 Z( u5 h7 j Transportation% B! E& g* y* z' i0 B! e5 [ Command ! l; [/ N! B6 @; m# I! z* o! I(USTRANSCOM) . n& |' x( C j% Q. v4 i3 D( P( |The DoD unified command responsible for providing air, land, and sea% [& s$ l' C! ]# r transportation for the Department of Defense, both in time of peace and time of( v& I: u( t: n, _7 V+ B war. It is also responsible for providing airlift, sealift, surface transport, and ( o6 Q- I# M, ^terminal services, and commercial air, land, and sea transportation, including as5 @2 x$ L5 b# u& s/ X% S6 V needed to support the deployment, employment, and sustainment of U.S. forces W4 f! \. `" F* ]# X" Kon a global basis, as directed by the Secretary of Defense. Located at Scott* K x' o7 s8 j7 k1 @+ v7 s AFB, IL.

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发表于 2008-12-25 20:25:58 |只看该作者
Unk Unknown. 7 d4 W; Z @" c9 R. x$ `1 \Unresolved+ l7 O' J! Z% i: _ Objects& X+ F1 W& z% t Objects so closely spaced with respect to the sensor focal plane as to be# Y& r( o2 y* Q) O. J) n) E indistinguishable from a single object.- x" U1 p. f7 _. p/ |$ }/ r. H UNSC United Nations Security Council. $ C0 f0 v) y& M* |5 BUnSecEnergy Under Secretary of Energy.( l V( E3 `3 D3 W! { UOC Usable on Code (ILS term).& `7 B6 y) q4 X) z4 J6 n UOES See User Operational Evaluation System. 3 `* w- I+ P& XUPD Unconventional Passive Discrimination. $ W9 c+ `9 R a! \2 m" V: ?1 r, [9 qUPS Uninterruptible Power Source. ! `8 Z- r8 I/ B( d; M) eUQT Unit Qualification Training (ILS term). 8 Q; \6 r8 f/ rURIP University Research Initiative Support Program. / D4 W, `! I7 R; V$ d( t' f; xURL Uniform Resource Locator (internet protocol term).9 d/ o5 `9 b9 o- | URT Upgraded RTD. . o# E1 |' z. n& t* kUS/UK United States/United Kingdom. 6 [( ?2 L4 F% x0 L$ Z, F* y( {9 ?USA (1) United States Army. (2) Under Secretary of the Army.8 K* T! j( Q: k8 I( f USAADASCH U.S. Army Air Defense Artillery School. : C/ r( [9 b+ D7 KUSAAE U.S. Army Acquisition Executive. , y- K# L2 T3 iMDA GLOSSARY, VER. 4.0 U; }$ C6 V* j5 y( |( j# P/ ]8 @/ I 312" v% X! w' @" p( {3 v: U, _ USACE United States Army Corps of Engineers. 0 ~. H% `" B' D, `, Q$ U, Q' PUSACOM United States Atlantic Command, Norfolk, VA. . s: L; w& N7 i9 w) N+ wUSAF United States Air Force.( J: B+ Z' l. F# ?7 G* C5 | USAF/AFMC/ESC U.S. Air Force Materiel Command, Electronic Systems Center; ex-ESD.# G4 e. J& v9 @2 ~5 [- \3 X i USAF/AFMC/SMC U.S. Air Force Materiel Command, Space and Missile Systems Center; ex-USAF3 H+ `7 H5 O) M/ {* Y Systems Command /SSD. + }1 R* o& S' ~! T7 Z# p3 M4 E5 k) KUSAF/OTEC U.S. Air Force Operational Test and Evaluation Center.$ v; Z+ n% k( r/ S& M$ Z USAF/SMC U.S. Air Fore Space and Missile Systems Center, Los Angeles AFB, CA.! v, C# P% }: w; F" ?8 H, W USAF/SSD U.S. Air Force/Space Systems Division; See USAF/AFMC/SMC. . P: j1 ]9 k% E( ~USAFE U.S. Air Forces in Europe.% X' B2 @; }$ E7 d* h USAFLANT U.S. Air Force, U.S. Atlantic Command. ( Y9 ~; r- J) m# W- _, b" X7 `USAKA U.S. Army Kwajalein Atoll. 4 R: }& A* J: y* q% CUSAMICOM U.S. Army Missile Command, Redstone Arsenal, AL.* i# X6 ~( ^) M3 @4 b# T USAMSIC See MSIC. 9 |" t; l9 J6 N4 `0 ~2 fUSAMSAA U.S. Army Materiel Systems Analysis Activity. $ H! I; \. e8 b0 j4 S# p9 Z; {% @USAOEC U.S. Army Operational Evaluation Command, Alexandria, VA.9 y, e' Z0 O, S0 Y& q' D USAOTEC U.S. Army Operational Test and Evaluation Command. 9 @3 C- s. W+ lUSARCENT U.S. Army Forces, U.S. Central Command. / I7 P& j. f3 o, h2 M5 S: Z v- gUSAREUR U.S. Army Forces, U.S. European Command. * y* I" g9 ^* uUSARLANT U.S. Army Forces, U.S. Atlantic Command. % }6 }& ^6 C( p& PUSARPAC U.S. Army Forces, U.S. Pacific Command.5 Q: E0 s. I2 I: V# `; v USARSPACE See United States Army Space Command. 5 j* X+ _% F9 u1 eUSASDC U.S. Army Strategic Defense Command (<1Oct 92).' V' g2 e# }- F USASSDC U.S. Army Space and Strategic Defense Command, Huntsville, AL $ U3 d% C' _. c8 m/ i$ ^8 t% rUSATECOM U.S. Army Test and Evaluation Command. ( U& X( ?" N: [0 m# ?USATRADOC U.S. Army Training and Doctrine Command." v$ X- f& q9 x% d USB Upgraded SBD.; M( `; U9 d) z5 I* o+ ] USC U.S. Code.4 S' g- {8 m; Z( o+ R USCENTAF U.S. Central Command Air Forces.2 B# a/ ]4 e+ B6 T- K& T MDA GLOSSARY, VER. 4.0 U N4 A) j6 V( D0 z, G313 1 _4 V L3 e; BUSCENTCOM United States Central Command, MacDill AFB, FL.1 b$ e$ l( i* X1 R/ E* r, L8 L USCG United States Coast Guard.+ n! R0 ^5 [+ c8 G USCINCCENT Commander in Chief, U.S. Central Command.6 q+ v9 x* q. O4 C$ |$ d USCINCEUR U.S. Commander in Chief, Europe.4 ^( G; ]5 j4 K+ \+ [ USCINCLANT Commander-in-Chief, U.S. Atlantic Command. . I4 l- X' u) u. r; g! u: WUSCINCPAC Commander-in-Chief, U.S. Pacific Command.7 o& c$ {" b8 y& p( v- g* W USCINCSPACE Commander-in-Chief, U.S. Space Command.4 L% [* e4 ^( u- o5 U USCINCTRANS Commander in Chief, U.S. Transportation Command. ( N9 J- c. |: z" Z( t$ F, t" ?USCS U.S. Customs Services.8 A' Q$ |5 D8 ~6 Y USD Under Secretary of Defense./ Y h' G- v* B O# ~' M USD(A&T) Undersecretary of Defense (Acquisition and Technology).9 }$ Y& z# ?; ^0 L' o" n( O7 | f( ~ ^ USD(A) OBSOLETE. Under Secretary of Defense (Acquisition.). i$ ]0 A/ z' o7 x( ~* e+ i USD(A)/STNF Under Secretary of Defense, Acquisition, Strategic and Tactical Nuclear Forces.( V; u- D: n' D6 N4 | USD(P) Under Secretary of Defense for Policy. " B$ c1 H: L X) uUSDA United States Department of Agriculture. ; _% N. y" F9 @: ?3 B6 _% `8 NUSDAO U.S. Defense Attaché Office.( ]# m, b8 ?& }# t USDELMC U.S. Delegation to the NATO Military Committee. ! u# z3 H: [4 n) y* TUSDR&E Under Secretary of Defense for Research and Engineering. - L- J) t: \! [; e2 }User Friendly Primarily a term used in automatic data processing (ADP); it connotes a machine& c9 |" p5 t- \5 \* p0 P2 {' f (hardware) or program (software) that is compatible with a person's ability to $ s5 E2 m* j; q7 V4 ~! h8 Loperate it successfully and easily.4 a" F5 ?& _2 T) z User Operational & |" ]3 Q& h9 [- J: XEvaluation! z* a1 f: G, G0 R, m0 L System (UOES) " \* A& M+ i- }" @( V* j. GPrototypical system developed and tested as part of the early phases of the : R, y- K* a& `, s" S1 k$ n) Odevelopment process. A UOES has two objectives: (1) testing, evaluation, and2 n7 j" H: E% d) Y" Q- r1 _6 w training for a system proceeding through the normal acquisition process; and (2)0 i% R3 K( U0 G8 P" ~3 [/ l contingency defense capability should the need arise prior to completion of the4 a; P* ^5 c# _3 m normal acquisition cycle. 8 P# j1 ^- g7 q0 Y4 q8 @ U9 h% gUSEUCOM United States European Command, Stuttgart-Vaihingen, Germany.5 D `! e: z4 c( j6 L" t USFJ U.S. Forces Japan.' {/ N& E" p% M8 m USFK U.S. Forces Korea.+ x! a9 k! R- }0 H. m5 {5 } b USFK/CFC CSFK Combined Forces Command.2 ], l8 w( K% T& x3 g2 ]3 I) z, r USG U.S. Government.8 B1 U- v: n5 v q1 }. b0 T$ I* k% z 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 - k; D% d3 U+ F" H( g$ \( a8 [8 A8 X314- M2 i; c+ m, Y) N! V- E9 X USLANTCOM United States Atlantic Command (Now see USACOM)./ _. n- o9 S' @# q- K: u, w/ z USLANTFLT U.S. Atlantic Fleet.7 f+ V2 q: j* n8 D# M4 s: S% d USMAR-, U% I/ B1 h: n: T- H# U) \# U FORCENT! [: D* u" O7 E3 b0 f _7 Q U.S. Marine Component, U.S. Central Command. ; l' P, H" C$ a) s( AUSMAR-FORLANT U.S. Marine Component, U.S. Atlantic Command.) }+ M# [, P6 [! F- L9 p' R0 e USMAR-FORPAC U.S. Marine Component, U.S. Pacific Command. " V- A1 K9 T- L9 W) A; K( @) DUSMC United States Marine Corps. # c2 C0 C0 X( p/ OUSMCR United States Marine Corps Reserve.8 Z! o$ u+ q7 Z% C0 H8 z( d USMILREP U.S. Military Representative. + I+ w; w, u4 M: s+ c7 XUSN United States Navy. * \, ]4 i2 l1 JUSNAVCENT U.S. Naval Forces, U.S. Central Command.) Z9 B$ b# p, d- e USNAVEUR U.S. Naval Forces, U.S. European Command.8 ?& }) \ A$ r* k* ^2 a USNIP U.S. Naval Institute Proceedings. 8 V( J8 L( H) i4 d L0 q' G3 r l* YUSNO U.S. Naval Observatory.( D1 ]' y( h+ z# H% Z3 G7 t4 N" T USNPGS U.S. Naval Post-Graduate School. - T j4 M; ^( ]6 i$ FUSPACAF U.S. Air Forces, U.S. Pacific Command. : E" Q7 F- B! Q1 D! M* j3 ^5 FUSPACFLT US Pacific Fleet.) ]5 H+ G- H# [3 f* z USPACOM United States Pacific Command, Pearl Harbor, HI.9 W( L4 N# u5 E4 W USREPMC U.S. Representative to the Military Committee (NATO).6 q- t' \% y+ }( ?. ] USSC United States Space Command.; [' w5 [2 Q, O6 b5 R. V+ O USSOCOM United States Special Operations Command, Tampa, FL.# {' i7 Q6 n$ ?8 m USSOUTHCOM United States Southern Command, Panama Canal Zone, Panama.0 z. H$ {1 r% G% Z x* x USSPACECOM See United States Space Command.* p# M8 T# w: A1 _! V) a USSS United States Secret Service.9 V! S# l2 p& C8 @ USSTRATCOM See United States Strategic Command. n* m4 C& }$ x& P6 } USTA United States Telephone Association.7 X) H" L, u& D; E9 E8 J, J% A USTRANSCOM See United States Transportation Command.& J2 u3 C% Q0 s2 o/ F6 R UT Universal Time.$ l% a! j' q7 v/ S UTC Unit Type Code. 2 l. `) N* R: p! S. b+ AMDA GLOSSARY, VER. 4.0 U& u. \0 A0 C# ?5 X }( U 315 / A3 K- i% F$ D& O, qUTM Universal Transverse Mercator.% k; J* F: e, g' o4 t: d UTTMDS Upper Tier Theater Missile Defense System. See THAAD System.1 I- ?4 |- [) n9 B+ k: c+ G' s UUT Unit Under Test (ILS term).7 f+ v0 }; O6 o5 [1 E/ i& ^) W UV Ultraviolet.& T8 G5 u' F9 |: U UV Electro-1 y2 Q5 K' E( G$ K Optics: a) d+ s3 {: A3 {- X3 w# q Technologies/techniques employed by optical sensors in the wavelength3 ^6 B* D3 w) _. }6 Y spectrum shorter than visible (e.g., less than 4,000 A). ( {% N0 H+ M1 w# R% Q8 xUVPI Ultraviolet Plume Instrument.2 D" ^5 _% t/ _4 {4 Q UW Unconventional Warfare.: }5 Q. |- y, z( J# _$ v7 s MDA GLOSSARY, VER. 4.0 V - g( I) E5 e- A; F+ _( N, {, B316, _) ? P- p( `/ v- n0 ?% u V Volt. ! G* `+ `2 Z l7 r7 c1 D/ y6 } V$ r6 DV&H Vulnerability and Hardening. ( x# R/ e2 H9 k" ]7 O% [V&V Verification and Validation. (See Verification, Validation, and IV&V.)/ a a. g3 n( ^7 Z# z V/STOL Vertical Short Takeoff and Landing [aircraft].3 w0 ^1 K. F. `) x VAFB Vandenberg Air Force Base, CA. + p4 G5 G- o4 |. K$ @Validation Confirmation that the processes and outputs from a test resource parallel real3 v4 |# ]: H# L4 a: H world processes and are realistically sensitive to change in the environment,* B1 `# X& v* V% y. P& |. h tactical situation, system design, tactics, and threat. 3 X+ `9 M8 l1 S9 b# |' X7 T1 x$ ^VAMOSC Visibility and Management of O&S Costs. ' V2 w/ l0 B) s4 x. u4 u5 m- B" n3 @VAR Visitor Access Request./ Y0 g% M. t. h/ v# I Variability The manner in which the probability of damage to a specific target decreases5 d, J/ I) K# J3 \ with the distance from ground zero; or, in damage assessment, a mathematical : A1 L) s9 f1 a5 f Z; efactor introduced to average the effects of orientation, minor shielding, and" ?" W, e, l' ?2 C uncertainty of target response to the effects considered. 3 Q& z2 T: ?% |- E6 M+ y7 i% l! n: Z0 ?6 ?VBO Vertical Burn-Out (velocity). 5 p X& v6 O$ j0 [" kVCC Voice Communications Circuit. , Z$ D) w6 T! o4 S7 P0 H tVCRM Verification Cross Reference Matrix.; {0 m1 C4 w2 E: B9 d/ l VCS Voice Communications System. ; g7 G: j; e; a# }3 x3 a" ]VDC Volts Direct Current.8 e/ X; H: P j+ O6 F4 H& ]$ L9 z VDD Version Description Document. 4 q0 b7 }" D) w* v1 ]5 iVDU Visual Display Unit.5 [5 w( [% N; R' x2 Z* B VE Value Engineering.+ j7 J& u* _2 l4 l7 n. b9 r VECP Value Engineering Change Proposal.! v% b$ _% d) t; | Verification (1) Confirmation that all data inputs, logic, calculations and engineering ) t$ n" U0 ]7 {, ^% E, ^$ O" x2 v) @8 `representations of a T&E resource accurately portray the characteristics, 2 z8 }+ T0 Q7 o* Q. a: Xcalculations, logic, and interactions of the system under evaluation." Q7 H' o/ g$ ~# O (2) The process of evaluating a system or component during or at the end ( x& w, }" P! w9 S/ ]of the development process to determine whether it satisfies specified$ T8 ~, m# n! A. j requirements.# g. m" L& d ^4 K J( M$ f, O+ M VESA Video Electronics Standards Association.+ W! Y; Z* w+ P5 J% c2 L, S5 o VFR Visual Flight Rules.% H' A" A( S: ~, b VGA Video Graphics Array (Telecomm/Computer term).. c/ h- d$ D7 a) }+ {, i. V VHF Very High Frequency. " [, F! v* d5 [6 M7 ?VHSIC Very High Speed Integrated Circuit. + n* A. y) w7 Q1 O3 V; D6 N, kMDA GLOSSARY, VER. 4.0 V. }$ ]9 D) y4 s- j( R4 z8 ? 317 4 I: Q$ b* C% {6 n3 JVIDS Vehicle Integrated Defense Software (USA term).3 G# O( Y9 [9 P! C+ |* K' R VIGILANTE Viewing Image/Gimbaled Instrumentation Lab-Analog Neural Three-D ; @! N1 m8 N) u( u: d* q3 EExperiment. VIGILANTE involves building a small computer (ANTE) offering 1/126 ?4 }7 @9 f$ h; S8 y5 b) I$ U& }7 x, y Operation Per Second (OPS), using a mixture of experimental three-dimensional % ^, y$ |/ W* k& E& K8 {circuitry and commercial components. Project also demonstrates VIRGIL, a 9 J" A5 h2 D% }# o+ u# m0 agimbaled airborne sensor with visible, experimental UV and quantum-well IR " |6 L/ f# h" S7 V& @. O& V" Z# }cameras capable of tracking targets that can be detected, identified, and * w7 x+ |9 u6 h5 Dprecision-tracked with the ANTE processor.. L% P( `" c1 j+ M4 h VIM Vibration Isolation Module. + I2 m6 v. x& u% Z( j5 r4 zVINSON Encrypted Ultra High Frequency Communications System. $ e% h9 h, Q7 J: ?4 H! p8 ~VIS Visible. $ x( e& `! x( _% O8 R- H6 t/ C/ NVIS/UV Visible/Ultraviolet. % ], v+ U- J% t) e9 ]Visibility Range . ]- E7 E( n* G* L+ j) f(or Visibility) - k5 O5 G, s# zThe horizontal distance (in kilometers or miles) at which a large dark object can / n: U3 V' N Wjust be seen against the horizon’s sky in daylight. The visibility is related to the: i+ |, @) w8 N% ? clarity of the atmosphere ranging from 170 miles (280 kilometers) for an 6 \# c1 |6 d' I! v/ U0 \# H2 u9 Nexceptionally clear atmosphere to 0.6 mile (1.0 kilometer) or less for dense haze " M) F' W; X' [or fog. The visibility on an average clear day is taken to be 12 miles (19+ D* p8 f; v M# l: ] kilometers). * S- j9 [6 z/ H) ~" u7 zVisible Electro-6 u. c$ g/ v( \, _$ o& Z: x& J Optics# c! G- `/ P' K5 v2 z" a Technologies/techniques employed by optical sensors in the visible portion of 1 F/ q& b6 H( N) e* zthe wavelength spectrum.) G1 C& a- p* B8 y VLAR Vertical Launch and Recovery (UAV JPO term). " P5 F2 A+ n2 ]1 L; C( ]+ cVLF Very Low Frequency. 5 K n) U9 S2 S" i- g( ], Q6 `4 M+ kVLOS 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.) p4 O4 A3 Z# Y* n VLSI Very Large Scale Integration.+ H/ F% ^( d6 w/ V, t4 X" n, } VLSIC VLSI Circuits.! f8 K) ~! Q! y- J. L* z% `$ U* B, t VLWIR Very Long Wavelength Infrared. 7 L, t# y! u* Z/ T0 dVME Versa Modular European [standards]. " H7 @5 Y6 j9 g) v- S4 t$ dVMF Variable Message Format (Telecomm term). ) b6 Y& K8 m9 u$ A* ?1 V. h$ SVOX Voice Actuation.3 ^8 k+ F9 e3 \" k0 M VRI Vanguard Research, Inc., Fairfax, VA.3 i5 ~) ?6 y$ |% f6 b0 T8 I VTC Video Teleconference.( H& s! W3 w# x& h8 D ~; z. q2 I VTOL Vertical Takeoff and Landing [aircraft].+ ^0 m: c; {8 ~7 t" V VTOL-UAV Vertical Takeoff and Landing Unmanned Aerial Vehicle. ' }/ v5 j, o ^6 o/ B T+ |VUE Visible Light/Ultraviolet Experiment./ c+ [! A' t! ] MDA GLOSSARY, VER. 4.0 V# X1 q- g, k' E" m 3184 C! f- j. M6 R Vulcan UK bomber. ' N4 H: o6 @9 Y) o( g2 O* PVV&A Verification, Validation, and Accreditation.3 |+ B( m) A' k. [% \+ F$ a5 K VVER Pressurized water type nuclear power reactor.; ` T8 n- Q2 Z F VVIRF Verification and Validation Information Request Form.- J' f0 p# O; {, I# r! \0 z" L0 f MDA GLOSSARY, VER. 4.0 W . p4 }/ g+ ^3 F) s( y# ]319: c: [- H7 T. J p) r7 E W/ With.: s6 q2 P) g7 H( Q) } w/o Without. ; @+ N/ o2 @! z7 b$ g2 _! n* V2 J5 oW/TD Warning/Threat Detection. ) U6 l ?% l4 i: hWAA Wide Aperture Array. 0 _- C# Q( J/ E. U3 S1 iWALEX Warfare Analysis Laboratory Exercise." G \4 t, J0 ] WAM (1) Worldwide Military Command and Control System (WWMCCS). (2) Wide Area8 m/ m0 x- i( c4 T/ g6 n Munition. (3) Wide Area Mine. (4) Wide Area Missile. 9 U6 c: r* k( _9 xWAN Wide Area Network (Telecomm/Computer term).# D H1 ?7 c/ v1 ^+ l WAP Wide Azimuth Probe.# ~9 i1 _& O: |% v L0 _& ~" W War Game A simulation, by whatever means, of a military operation involving two or more ! b u$ k+ `' U9 i) F- }opposing forces, using rules, data, and procedures designed to depict an actual' E7 b& V& ^% s. n' } or assumed real life situation.3 L% [& _/ I: x& D$ Q" \1 } Wargame 2000 Title of MDA program for development of a state-of-the-art simulation tool at the# J8 _1 u4 v$ Z4 p- }2 J6 u JNTF for use in CONOPS validation, missile defense program design verification, 8 W) i5 ^; w1 i( gvalidation and accreditation, and support CinC/Allied wargames and ( q8 _# m l$ W# k3 a Q' e Aassessments.+ _/ O. v0 w" R Warhead A weapon, usually thermonuclear, contained as the payload of a missile. 3 o+ w2 d, G5 A4 p, j; T6 HWarhead Mating The act of attaching a warhead section to a rocket or missile body, torpedo, 2 ^4 M& V; H$ h$ g2 _" Iairframe, motor, or guidance section.1 M) j) I5 F2 K4 ]" v Warhead Section A completely assembled warhead including appropriate skin sections and related % P( u% n9 k7 _1 Y. [7 Kcomponents.- C7 @7 t: d, i' y: c3 S3 u WARM Wartime Reserve Modes. P: K% j5 v/ e& |3 F) `Warning of Attack A warning to national policymakers that an adversary is not only preparing its 2 j- b$ F8 ?( karmed forces for war, but intends to launch an attack in the near future.& V- s# N: Q' f Warning Order A preliminary notice of an order or action that is to follow.2 D( c3 h7 o* d7 h WARSIM Warfighter Simulation (US Army term).3 h( h' d3 ]9 e$ j WARSIM 2000 Warfighter Simulation 2000 (US Army term). * y: n" s6 F1 i0 jWartime Reserve5 t; p# w, |; Q' Y( l5 G Modes (WARM). m- R8 [9 ^- l7 I Characteristics and operating procedures of sensor, communications, navigation 8 c' g! T1 r$ |aids, threat recognition, weapons, and countermeasures systems that (1) will& P4 M. q: I7 w8 V contribute to military effectiveness if unknown to or misunderstood by opposing ' F$ ?6 Z, o. t6 }commanders before they are used, but (2) could be exploited or neutralized if . Z; l$ M$ V B8 O/ {; ~. uknown in advance. Wartime reserve modes are deliberately held in reserve for ; t' R( ?; Q7 _) G3 L5 nwartime or emergency use and seldom, if ever, applied or intercepted prior to ) u9 q T' Q8 W* ?8 t) G3 t# w$ ]such use.8 g6 n8 k" o, V2 C0 Q0 _ WAS Wide Area Sensor.; i7 R0 x! e9 |3 i1 ~" [5 h7 | WASP Wide-body Airborne Surveillance Platform. A modified DC-10.% ~; a' p- A0 z, z* B' Y MDA GLOSSARY, VER. 4.0 W) L& ]# Y: I: y% s( v# m @4 ~ 320 8 ?# Q: k2 d" q5 Q9 L, }WASHDC Washington, District of Columbia. 6 C' T6 ?& ?# S& q9 J% FWastage (Max) The maximum number of defense weapons which, when used, will be ineffective : ^2 X1 E p+ p$ v* `in contributing to the defeat of the offense.% ~5 O/ h' a, Z, j: N Watch Condition! f o! E3 ?, o% [* y# E+ Q (WATCHCON)! g* |1 g, w1 |5 l" R Series of readiness conditions used by the intelligence community to alert staffs2 h6 d+ G4 c1 D: N# z to watchfulness without raising DEFCON. l0 ^7 h- y( Q# F WATS Wide Area Telephone System. ( P* [% h: Q* w' R, ZWAVE Wideband Angular Vibration Experiment. $ s' w3 j3 V- F7 p0 N9 KWavelength The distance between two points having the same phase in two consecutive 5 I% B# M7 K5 P* {4 N2 M( Ycycles of a periodic wave, along a line in the direction of propagation.# m4 |- n. \8 r/ D WB Wideband. # R6 ?3 D! B, o: J$ N0 AWBM Weapons Battle Manager(s). 1 f3 J0 M2 p" z b9 XWBS See Work Breakdown Structure. 6 L( T [1 ^9 c& V& [/ _: D2 U. oWCC (1) See Wing Control Center. (2) Weapons Control Computer. 2 i9 L; w( y$ A& c5 c7 Y" p; jWCG Workstation Computer Graphics (Computer term). ! M" ~( J9 C& PWCP (1) Weapon Control Processor. (2) Weapon Control Platform. # t, }% E/ P* ?) rWCS Weapons Control System. : d% Z1 Q& J8 k+ g0 P$ pWDM Wavelength Division Multiplexon.5 y- N% G1 u% W& I1 Z Weapon Enabling The set of control functions without which defense weapons cannot be . d0 F$ ~: M' T* o- ~( j' Klaunched.

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