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发表于 2008-12-25 19:51:40 |只看该作者 |倒序浏览

航空缩略语词典

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发表于 2008-12-25 19:54:08 |只看该作者
MDA GLOSSARY, VER. 4.0 A : c5 q( T9 z- s5 t0 Q8 q1; n# g: t E V( Z7 [# ^; P A Spec System Specification. `2 M: U+ r; [) w, t8 Y4 NA&T Acquisition and Technology./ G% ~ E2 T! i O. y! D: I& I& c A/BPI Ascent/Boost-Phase Interceptor.% }& M" S& D! e5 N, a A/C Aircraft" g% L( w- [- A% S A/D (1) Analog to Digital. (2) Arm/Disarm." [' g: Z, y1 i! P9 A) S& ~$ B A/P Active/Passive 9 X: d" H1 F! ^7 b9 L( Y! Q; hAA Attack Assessment.5 k9 k5 z/ K2 H& g) q' ` AAA (1) Antiaircraft Artillery. (2) Assign Alternate Area. (3) AEGIS Acquisition Agent. & _ Z- v8 Q7 |2 H! a& Y. DAAAW Air-launched Anti-Armour Weapon (UK RAF term)1 `7 g$ G/ v6 Q' q% U4 b AABCP Advanced Airborne Command Post. 8 z7 n$ c. @2 O% ~# z) UAABNCP Advanced Airborne National Command Post.; Z* {$ X5 n2 e: a4 S; N1 D l AACC Airborne Alternate Command Center. : L4 t9 i+ f0 O6 o. E% eAACT Airborne Atmospheric Compensation and Tracking [Program] 0 ?' O" h7 r F q& I: ZAADC Area Air Defense Commander.1 {# h- B9 v; V$ v2 c# x8 r& t, W+ a AADCOM Army Air Defense Commander. 7 e2 G5 h, l6 D! ?7 x' XAAE Army Acquisition Executive.0 e, s. F- j/ S% n- c: r" a H( s AAED Advanced Airborne Expendable Decoy 0 b0 J* `/ R; N) C% oAAFCE Allied Air Forces Central Europe.' I! H, P; N# b# K" H AAM Air-to-Air Missile 1 O. [/ t, u4 R4 q( y X! x- L# ?AAR After Action Review (USA term)5 M5 o) G: {2 z8 f AASERT Augmentation Award for Science and Engineering Research Training. t" l- z; Y4 |8 { AASP Advanced Airborne Sensor Platform. & r- C+ J( @, }AAT Architecture Analysis Tool.2 u. q/ c2 ] D8 M AAT-PP Architecture Analysis Tool – Post Processor. , b* V, Y b: C/ y& nAAW Anti-Air Warfare. 4 j+ c. n" `: V2 a4 a( j7 lAAWC Anti-Air Warfare Commander.% W% ]" x9 E7 J, ?0 a; Q AB Air Base 0 I9 V ` A6 n5 d& ?Abacus Distribute real-time multi-element test environment for HWIL. 4 s6 }, _3 ^: FABCCC Airborne Battlefield Command and Control Center.1 Z+ F" N7 }, O) s' d4 i (US C-130 aircraft)" P* T! Z- e5 w' ~1 t2 L5 M& V MDA GLOSSARY, VER. 4.0 A9 ~: P; e1 S' c8 K 2 & H7 y1 J9 P! L# k4 DABCS (1) Army Battlefield Command and Control Center. (US C-130 aircraft) d2 X0 \3 ^0 c1 L7 y(2) Airborne Communications Command and Control Platform (JFACC term)% X& I2 v( b! ^) u6 `7 j( Z+ g ABCT ASARC/BMDARC Coordination Team2 _' U1 X6 U5 o3 } ABE Army Background Experiment (flew aboard the LACE spacecraft).6 ^& A% e3 m% T& |" s' q2 C ABIS Advanced Battlespace Information System - }" Y1 k- l4 \ABL (1) Airborne Laser. (2) Aircraft Based Laser. (3) Armored Box Launcher.6 [0 k: I: i# `% Z: F% E Ablative Shield A shield made of material that vaporizes when heated, absorbing thermal energy+ v s' _! B' R0 M y1 C and protecting the shielded object from heat damage.7 @. e2 x7 p5 t. \' t) U" E8 g+ ` Ablative Shock A mechanical shock wave at the surface of an object exposed to intense pulsed # q2 S$ ?( a1 v9 xelectromagnetic radiation. A thin layer of the object's surface violently and # @+ a. ]; c8 n8 l0 p9 p) }rapidly boils off; the resulting vapor suddenly exerts pressure against the) w* G! S$ b, y" k( `- J! Q7 g surface, generating a pressure wave at the surface. This shock wave then) l5 G4 s; P2 ^* ^5 Q propagates through the material and can cause melting, vaporization, spallation,' U- }$ \- U( M; b$ Z; Y$ l7 ^2 S4 X and structural failure of the object. $ n2 c/ R# e. ~0 t& I$ t+ G( lABM Anti-Ballistic Missile. " {3 }7 W9 m4 u6 M* L! i7 J7 mABMDA OBSOLETE. Advanced Ballistic Missile Defense Agency.2 U9 e& i3 S2 b+ b( x ABM Treaty Anti-Ballistic Missile Treaty of 1972, signed and ratified by the (former) Soviet5 l# x, \7 {! {$ x Union and the United States, limiting deployment on each side to one site 3 ?- ^3 |+ J3 J1 L% Mcomprising 100 interceptors, 100 launchers, and several ground-based radars.0 [' C- [. D4 H5 Z9 q$ C* G5 G) g V The Treaty also regulates development and testing. In December, 2001, . O# n5 X7 A( @- j4 h4 lPresident George W. Bush announced that the United States would withdraw( R# S# V& w3 N: D; n from the treaty, which the U.S. did in June 20021 `: C. G* a, @7 V o$ O5 L6 \ ABM-X-3 A terminal Soviet anti-ballistic missile (ABM) defense system using transportable 1 b% ^/ t; V+ z h% iphased-array radars and both long and short-range, high acceleration# \. ^+ L5 |+ z, t interceptors similar to the U.S. Sprint. This system was developed and tested in 5 m" p# s# W6 U; ^: n ithe 1970’s and early 1980’s. 8 V. _# A( n" ]: W% ?ABNCP Airborne National Command Post. 0 q! A9 l. x* l2 ZABO Agent of Biological Origin (NBC term).0 u0 W6 i7 E6 n- |, b4 y ABT Air-Breathing Threat.( D& G; j3 ]$ A" t; C ACA (1) Airspace Control Authority.# |* K. P- @3 ~+ d( q- T (2) Associate Contracting Agreement (Contracting term). 0 [7 x4 K4 q+ V* |ACAP Advanced Capabilities. ) I6 W l5 f, wACAT Acquisition Category (DD 5000 term). . g( r2 C0 q v* d; S+ B6 EACAT I Acquisition Category One2 A1 l( U8 b5 |% {2 `" t ACBA Airborne Communications Bus Architecture (USAF term). 9 | m+ V; Y0 T6 ^* VACC (1) Air Combat Command (USAF), Langley AFB, VA. * ~ p2 h5 Y c; l% p0 j+ x3 V' D(2) Air Component Commander. 0 Z, I/ _0 G: T' \; [# ?(3) Area Coordination Center.

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发表于 2008-12-25 19:54:19 |只看该作者
3 1 l+ \! h& e8 R% q& L+ {9 `ACCS Air Command and Control System.3 A$ X3 f- ~2 @) w0 D; m Accidental * O" Y' r% F# ~' ^Launch0 k: C# W+ ?, m) M$ u An unintended launch which occurs without deliberate national design as a9 u; O1 g) ?/ a! \1 Z direct result of a random event, such as mechanical failure, a simple human Z& Z6 @8 ^' @ V2 d$ Z# ferror, or an unauthorized action by a subordinate. (USSPACECOM) % I; V$ F& ^4 r! V9 }ACCS Automated Command and Control System (USN AN/TSQ-73)4 b8 s- I$ o T- O: g9 M. @ ACCT Application of Common Characteristics and Testability (ISA CECOM term). u y. p0 f( e: c5 E3 M; NACDA Arms Control and Disarmament Agency (US). 9 w9 [3 W& a4 m0 M: e5 X2 u) {ACDS Advanced Combat Direction System (USN term) & T3 K* N3 S9 A: uACDT Advanced Concept Technology Demonstration.% m7 h2 F$ q) N/ e& C+ c) T ACE (1) Anti-Radiation Missile (ARM) Countermeasure Evaluator. - Q% b8 y' T9 e5 f5 `5 B5 o- M1 r' o(2) Aviation Combat Element. (3) Airborne Command Element (USAF). ' {! c5 `' Y" g! J(4) Allied Command Europe. ! F. g3 g- b% L3 YACEC Ada Compiler Evaluation Capability.7 U% ^+ E; T3 E0 a7 M u J ACEIT Automated Cost Estimating Integrated tool. 9 Y* v+ h6 }- s$ E( uACES Arrow Continuation Experiments. " r# o5 n+ ?# e: O6 S5 s4 CACETEF Air Combat Environment Test and Evaluation Facility (USAF).( }2 V. v% t* }7 ]5 v& X ACM Air Combat Maneuvering. 8 h1 j9 S# I; l( SACO (1) Administrative Contracting Officer. (1) Airspace Control Order (JFACC term) : K9 [, r& Z" r) w- KACOM Atlantic Command. 7 c& g6 r t5 S/ C+ fAcoS Army Chief of Staff _, h0 F! n. Q6 SACP (1) Airspace Control Plan (JFACC term). ; v# M/ Y; n! {( g4 Z- x) S- T(2) Army Cost Position. 5 @, _2 y- h" }+ \! `, L( T! uACQ Acquisition. & F7 ~! M/ ^$ q+ g6 y, ~4 SAcquire (1) When applied to acquisition radars, to detect the presence and location 0 W3 t5 s1 Z) Q$ xof a target in sufficient detail to permit identification. ) z& C; ^: L# E( M$ V& a( Q(2) When applied to tracking radars, to position radar beam so that a target2 D* @6 [* K0 `" y$ B. P! _ e is in that beam to permit the effective employment of weapons. (Target 8 P: e7 D. u! dAcquisition.) ) T: t q* i* b" ?. f5 F0 pAcquisition / L# i5 V7 q( R! a) r" @5 S(ACQ) 6 T) b5 H2 [% i7 c; `(1) (Sensor) The results of processing sensor measurements to produce ( F# L* N* u9 K/ b4 ]object reports of interest to the system. 1 R* O/ \& {; C8 h(2) (Material) The conceptualization, initiation, design, development, testing, & q& H; B2 f" \! @8 t+ `/ j1 S+ b$ Qcontracting, production, deployment, logistic support, modification, and # y: P' x; n3 t4 v& `/ @, w! v5 Udisposal of weapons and other systems, supplies or services to satisfy % R& _* s0 A2 D. g: MDoD needs in support of military missions.

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发表于 2008-12-25 19:55:18 |只看该作者
Acquisition $ U% |4 [! H N" o: b) y0 e* W3 e, pCategories0 c. K* m3 M g+ ^) Z8 X Categories established to facilitate decentralized decision making and execution0 N* y$ |0 k( _3 B/ Z. _5 Z and compliance with statutorily imposed requirements. The categories* {2 b8 U3 N0 L4 S7 @7 A0 }9 E determine the level of review, decision authority, and applicable procedures. ' [4 i. r( y$ d: OAcquisition Category I. These are “major defense acquisition programs.” They ) R) b% x! _& g8 h3 h4 X" Q; Hhave unique statutorily imposed acquisition strategy, execution, and reporting1 a- o4 C- y: Q; e; R requirements. Milestone decision authority for these programs is: (a) the Under5 l9 z2 Q- P# P. x0 O B3 c- i Secretary of Defense for Acquisition and Technology -- acquisition category ID;; j$ Q( S" W2 K3 } (b) if delegated by the Under Secretary, the Cognizant DoD Component Head -- 1 ?6 g0 I6 @' ^ N5 B9 lacquisition category IC; (c) if delegated by the Component Head, the) }# o" ?1 Z" c1 i, K" ~ Component Acquisition Executive. " m: ~6 M5 y9 s; q0 U/ RAcquisition Category II. Milestone decision authority for these programs is, K3 g; F# p( a9 |* w- G5 _) Z) O delegated no lower than the DoD Component Acquisition Executive. They have 7 m; ^7 K6 ~1 t6 junique statutorily imposed requirements in the test and evaluation area3 J; a9 P! s6 }' L& G Acquisition Category III and IV. The additional distinction of acquisition ) J, ]8 |" I8 kcategories III and IV allow DoD Component Heads to delegate milestone( m! n; ?$ E+ }' [& b6 Z. h) _7 h+ N6 U decision authority for these programs to the lowest level deemed appropriate 8 N( _9 w) l E" d: twithin their respective organizations. ; L- T# I" g3 Y* Y! M/ ]% fAcquisition) l( E- k0 O3 P' H# N" J Decision ! f3 G. W" C0 D, p: ~Memorandum ) A# a8 q# \7 d9 Y3 E/ `- G(ADM) " c' m) S5 i8 B; l1 y0 YA memorandum signed by the milestone decision authority that documents8 i; G# A" y- i& F decisions made and the exit criteria established as the result of a milestone # K6 N& f& r3 {) R8 {decision review or in-process review. 4 h, w8 o% V5 pAcquisition $ I* g, e- X& q* RField of View $ A; _! x( h& Z7 Y(FOV)) O( Z: V* C* W& |; Y- K0 a2 G The instantaneous volume viewed by the interceptor’s sensor during the process3 I E6 \/ M/ Y of searching its assigned volume.$ w3 q& A) Z5 n1 P" j0 d$ F Acquisition Life k- G2 l6 K I. a3 a9 X" }9 V5 NCycle) g7 B7 y0 J* s8 O% t5 ^' r! |5 J Five phases, each preceded by a milestone or other decision point, during which ; O3 X8 S3 f" L5 ja system goes through research, development, test and evaluation, and$ F8 n! B, A9 G d6 E0 g. A production. The phases are Concept Exploration and Definition, Demonstration/ E: Z" ?% g: G7 ]+ J1 y and Validation, Engineering and Manufacturing Development, Production and" N6 a: M7 L# ^# e0 {0 Q( k Deployment, Operations and Support.! Q2 J- i9 o* F: K: c# O Acquisition! J7 U5 T" C7 y( X- r Logistics3 R/ l- N% p& H! ^5 \' z% w Process of systematically identifying and assessing logistics alternatives, 0 w% n: ^' s. n$ y3 _% k4 [* |analyzing and resolving logistics deficiencies, and managing integrated logistics0 T) U# X8 d4 P) F. v" o: | support throughout the acquisition process. + S3 ?( d$ M* P' kAcquisition + p S% @4 \9 d( kManagement7 m' Q. x! e6 _ k2 l' E3 f; y1 a Management of all or any of the activities within the broad spectrum of , c& d, N+ U% l9 E& ~$ ?1 u1 P( `“acquisition.” Also includes management of the training of the defense - t& T& Y3 |/ A, ?$ Kacquisition workforce, and management activities in support of PPBS for defense + E" F, f: a3 f# @2 Y/ X2 }: ~acquisition systems/programs. " i+ t1 a9 V" q4 G1 p$ ~% g$ HAcquisition Plan A formal written document reflecting the specific actions necessary to execute % b3 y @7 H5 n U) N7 Gthe approach established in the approved acquisition strategy and guiding$ d0 O! r- ^- M2 \ contractual implementation. (Federal Acquisition Regulation Subpart 7.1 and: f+ |7 P Q) i+ C2 I& e! G2 E4 Q; ^* R Defense Federal Acquisition Regulation Supplement Subpart 207.1.) # s2 o8 F1 A/ EAcquisition + p9 w1 X' j. dPlanning : m8 n' t+ J; K! ?- RThe process by which the efforts of all personnel responsible for an acquisition - Y4 V m, n$ ~; R8 A' Tare coordinated and integrated through a comprehensive plan for fulfilling the 3 Q$ w. {7 A# W+ v$ D0 Dneed in a timely manner and at a reasonable cost. It is performed throughout ( |5 `, P8 O* X7 Sthe life cycle and includes developing an overall acquisition strategy for" w% T- c9 Q9 @" n6 }6 z managing the acquisition and a written acquisition plan. & Q" t+ x; g/ ZMDA GLOSSARY, VER. 4.0 A 2 {$ k7 ]: i! j3 P3 U; d7 W5 5 {$ w' j* l' g. t) O6 _Acquisition, S" j/ l' y; ]4 e* B4 R3 |0 _1 J Program( w/ x6 Q' e p1 B A directed, funded effort that is designed to provide a new or improved materiel # M3 J, z/ p7 |4 Gcapability in response to a validated need. / w: Q$ [4 x* ]5 a+ H) ~4 KAcquisition: d) f, Z, X' Z7 W0 J9 O Program 1 e* ` P9 j2 G% i3 O3 {1 vBaseline (APB) ; Z& }" y+ W; XAcquisition program baselines embody the cost, schedule, and performance, s, h. G8 A" E V objectives for the program. The APB is approved by the milestone decision6 V) [3 d, a9 L8 H+ Q1 z% d" i$ Z authority milestone reviews as follows: ( z3 @0 T( r$ t' b•Concept Baseline, approved at Milestone I, applied to the effort in Phase I,; o3 M5 M! c7 |$ b% o Demonstration and Validation. " `4 p, O8 n1 ?# X, T•Development Baseline, approved at Milestone II, is applied to the effort in5 }3 y& t& c3 n! ]4 k1 T Z Phase II, Engineering and Manufacturing Development." }& O- a/ \$ P% { •roduction Baseline, approved at Milestone III, is applied to the effort in ' T/ x' @( { Z( j5 lPhase III, Production and Deployment. 6 t$ K; b3 v2 R4 wEach baseline must contain objectives for key cost, schedule, and performance , Q3 z2 I0 a6 N; H2 wparameters. Objectives are accompanied by minimum requirements called/ E' d& \+ D' ]7 P thresholds. Once signed by the milestone decision authority, APBs may only be 2 |0 n6 q, H7 F7 ]2 v( z4 D, Hchanged at subsequent milestone or program reviews, or with the approval of) D8 r' P$ }; h the milestone decision authority as a response to an unrecoverable baseline % }: A* \* B) Q- ?deviation.0 i& r c6 t# f' V+ y Acquisition 0 A' v" X6 g! }9 N* FRadar6 x5 @, } h4 [9 e. t Radar that searches a spatial volume and identifies potential targets from the; O9 e/ H# e3 s- r7 M background and non-hostile objects.$ u8 b& u* L7 J4 B& B' p Acquisition d$ [2 s- e- XRisk + H- l$ R" u+ z4 [7 xThe chance that some element of an acquisition program produces an - J) S5 p# a E( r0 Xunintended result with an adverse effect on system effectiveness, suitability, # r8 Q+ z! i1 o+ d. Ecost, or availability for deployment. ! P1 N: V- f5 F* @8 zAcquisition/ . w- K& |7 c8 i9 @. X8 Z5 LReacquisition# ~- k* j% w, u2 a v( a' w Time ( z; \/ O4 s6 r: B* A4 [8 QThe time required to establish or reestablish lock on the received signal. This9 E( j$ r$ T5 R includes carrier, symbol, frame, code, and crypto synchronization.

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发表于 2008-12-25 19:55:35 |只看该作者
Acquisition ! ?' K8 ^' n/ e4 |9 g) T! R5 YStrategy " f: B' ~7 A8 B( t. _: vA business and technical management approach designed to achieve program + w4 F0 L" i* b! D$ j+ H1 G, K) oobjectives within the resource constraints imposed. It is the framework for 4 o6 q y t4 `* o: Uplanning, directing, and managing a program. It provides a master schedule for , z' `$ E6 i' _research, development, test, production, fielding, and other activities essential2 U" v9 ^; P' O; D0 Y for program success, and, is the basis for formulating functional plans and 1 G. [: o! |7 k' _' [, [strategies (e.g., Test and Evaluation Master Plan, Acquisition Plan, competition,0 U# F. v R9 k6 c prototyping, etc.).2 v# E8 A9 t1 ^, V o$ ^8 k Acquisition ; \% g! v) P. o Y8 t) zStrategy Report- [; H. M3 w6 f ^0 G1 Y8 ^* y Describes the acquisition approach to include streamlining, sources, competition, 2 n& `4 ` Z- N+ s: Oand contract types throughout the period from the beginning of Phase I,/ c+ P2 Q/ l4 y/ S# P6 K Demonstration and Validation, through the end of production. & X' E, v4 e" Y4 J4 @Acquisition. T- p" X+ w0 I, V* f& t Streamlining T' y6 J4 |$ e Any effort that results in more efficient and effective use of resources to develop 6 M+ s+ j6 }: M7 l. v; eor produce quality systems. This includes ensuring that only necessary and costeffective requirements are included, at the most appropriate time in the4 @/ Z& N- r, X) t5 o acquisition cycle, in solicitations and resulting contracts for the design, 9 P; y2 H0 K: k! ]development, and production of new systems, or for modifications to existing& |# g" ^ E/ h0 [' U+ I. L: A systems that involve redesign of systems or subsystems. # @6 K7 P3 K# F qAcquisition, b" I& }- f# S/ p3 \ Tracking and , J" J$ o1 i6 `. H" k7 rPointing (ATP)/ Z, l( V/ Q! g The process of acquiring within a given field of view a target (or targets) and " ^4 ]; ^# L* E( J. qmaintaining a precision track of the same while enabling the pointing of a sensor7 a$ m# }4 h9 z or weapon at the target so that it may be destroyed.% v5 z6 s6 O2 W6 ? ACS (1) Airspace Control System. (2) Attitude Control System. (3) AEGIS Combat / s* ?) J1 W, |1 mSystem. (4) Assistant Chief of Staff. ' `4 J$ y$ @6 b6 I6 ^+ XMDA GLOSSARY, VER. 4.0 A4 J7 R8 \8 A$ o1 Q 6

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发表于 2008-12-25 19:55:46 |只看该作者
ACSIS AEGIS Combat System Interface Simulation., g! ^- y/ e6 o ACSN Advance Change/Study Notice 1 M; Q# l/ ~3 C0 RACTD Advanced Concept Technology Demonstration. }. I- c/ C2 ~* B# M3 F O! \. W ACTE Analytical Communications Test Environment ATD. $ O- }4 h9 r, r$ O& DACTEX Advanced Controls Technology Experiment. Y. P* _4 ^2 N, Y. [. @ Active In surveillance, an adjective applied to actions or equipment, which emit energy ! j' d/ K5 c/ |% X- z8 tcapable of being detected, e.g., radar is an active sensor. ' G. l8 D0 J4 X9 g( xActive Air" c8 n3 ~7 B1 y e% U" f: k Defense: }% {4 P% x: w; @; U Direct defensive actions taken to nullify or reduce the effectiveness of hostile air: y9 K- ]7 ~; H* R" O action. It includes such measures as the use of aircraft, air defense weapons, - \) @9 ^+ g7 K! J( ]; sweapons not used primarily in an air defense role and electronic warfare. 4 g/ k5 l+ y' {/ M QActive" d/ K1 U6 H: w1 S3 c1 O* ] Communications 0 K, Z6 I$ M! uSecurity Threat . m/ T2 V% J) k* p* q! NThreats to an electronic system posed by a capability to disrupt communications * s- U5 ?/ U' b# S+ e8 _$ `or to seize control or deny positive control of electronic systems to intended ; w7 G& ]5 s: ]* ?3 ?# Xusers, e.g., jamming and imitative deception.; V; Q: }: E u Active Defense (1) The employment of limited offensive action and counterattacks to deny a9 Y+ ?7 G& M" O3 I1 H/ D# g contested area or position to the enemy. Also Passive Defense.$ G/ }: b1 Y* N& d. O8 t2 V (2) In-flight intercept and destruction of ballistic missiles and negation of , l1 A# f/ x3 a" Otheir warheads. j) L$ g( u+ W+ |- v$ S! m Active Defense % R8 \' V6 M. D$ T1 e4 M% Y5 P(TBMD) ) `. w2 g) A6 w# n% gActive defense protects against theater missiles by destroying them in flight.% w8 O; Y. `' V) W, K! k Engagement capability is required throughout all phases of the missile’s9 y7 B) E! u5 I! T trajectory (boost, post-boost, mid-course, and terminal) to prevent saturation of / \# t Z, x; p1 Opoint defense, to negate warhead effects, and to ensure minimal leakage in . W( u2 ~* b2 |5 Kdefending critical assets. Therefore, active defenses must consist of defense in 2 q& B* l. P( ~) vdepth to provide multiple engagement opportunities with differing technologies, * F& q4 G- ?6 X- l$ V( |" J+ Hincreasing the probability of kill, and countering the enemy’s counter-measure W. L) d; o! Z* P+ s1 sefforts. Active defenses could consist of space-, air-, ground-, and sea-based" J' Z4 ]. z m7 T systems. If a strategic ballistic missile defense system is deployed, the active 2 r0 O$ _7 E" K) z( F. j/ ?6 N" y9 R1 hTMD should be supported by, but not limited by, those systems to increase the 3 {1 C5 ^, s; H; Y, Z7 idefense in the theater of operations. Active defense is considered one of the9 t2 Z/ G. \' J1 k9 j- B four pillars of TMD capability. (JCS J-38 CONOPS)

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发表于 2008-12-25 19:55:55 |只看该作者
Active Homing : ?; X! \$ q5 f3 WGuidance 4 i8 Q3 l( T/ `* _* sGuidance system in which both the source for illuminating the target, and the1 ~+ _( V& |' s# w6 ?0 o receiver for detecting the illuminating energy reflected from the target is carried ' G9 p3 |! o* Owithin the missile.0 g6 O s, R; q$ Z Active Sensor One that illuminates a target, producing return secondary radiation, which is then 4 Y- w. c/ r4 n! L3 @& [3 zdetected to track and/or identify the target. An example is radar. " S2 _4 ^& O' a, f) HACTS AEGIS Combat Training System. # ]: \0 W( A- \ o& u6 jACUS Army Common User System. 8 k, A0 \) |& l5 c7 `ACVC Ada Compiler Validation Capability 8 D+ B6 ^- y v# B/ B# VACW Anti-Carrier Warfare9 [" x: f; K' c' |$ N3 H9 Y ACWP Actual Cost of Work Performed. # L( k/ |8 t. p, z! x! p) g* bAD (1) Air Defense. (2) Active Defense. (3) Aerospace Defense6 q6 J& n, a" V MDA GLOSSARY, VER. 4.0 A/ a3 U4 U4 @6 Z% g1 d8 K( j 7 3 a$ b4 w0 W+ X) ? G7 e+ gAd Int Advanced Interceptor (MDA/POC term). 5 d5 I' T9 I; h0 @AD TOC Air Defense Tactical Operations Center. ' r0 j6 q# X: {/ uAD/C3I Air Defense/Command, Control, Communications and Intelligence./ j/ e" d, I) j3 M. g ADA Air Defense Artillery. (US Army term). # k3 A) y6 ~, t8 ?' |0 uAda Name of a higher order computer programming code. E4 Z+ N/ l7 V8 t! O% d AdaMAT Ada Automated, static code, analysis tool. & Z1 o9 j3 j' G2 V" J. GADAPT Advanced DEW Active Precision Tracker. 3 Z/ W5 `9 x* Y$ z3 DAdaptive Defense (Also Adaptive Preferential Defense) Adaptive defense is defense that is8 i% O1 l) p: ` responsive to an actual attack in that it takes advantage of the structure or 5 M) N, K0 A! U/ p' D, A: a1 rweakness of the attack to maximize a priority defense objective.- B# P o, J5 c5 t6 n8 _( h Adaptive Flexible6 r* h; ~, S( N5 f8 U1 h# c9 c1 D Defense (AFD) ]/ J0 c7 R$ D+ e8 G) z2 m The ability to select and prioritize in near-real time what critical civilian and military # _0 ~- Q- M! l) p3 e7 a! f" Qassets and functions to defend and to efficiently employ defense in response to( }9 J+ H4 S# u2 ]) z7 D the characteristics of the attack while effectively enforcing defense priorities.' U1 S, n, q5 ^& \3 v) x$ D (JOSDEPS): o( C4 h! f7 F/ ` Adaptive Optics ! h& J0 T. Y2 d! v* W(ADOPT) 9 ~5 a- r5 Z1 l& f$ QOptical systems, which can be modified (e.g., by controlling the shape of a mirror) 5 m3 b- r7 \% p" T1 W. L; M0 kto compensate for distortions. An example is the use of information from a beam* F$ T7 O! M' Q0 l; G; z4 S7 n of light passing through the atmosphere to compensate for the distortion 0 i5 e* W6 H0 v+ Q% i5 lsuffered by another beam of light on its passage through the atmosphere. Used 6 W& R% ?% |" U2 Q# Hto eliminate the "twinkling" of stars in observational astronomy and to reduce the 6 [3 {6 ^8 o* D& f% Sdispersive effect of the atmosphere on laser beam weapons.

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发表于 2008-12-25 19:56:15 |只看该作者
Adaptive- X% O. g$ b8 C" ?: l3 r6 r Preferential2 n9 r/ {* X# S2 ] Defense 2 z0 c& X1 |9 a- `1 k/ E, fAdaptive Defense.; E4 y! A G/ @# @$ _ ADATOC Air Defense Artillery Tactical Operations Center (US Army brigade). ) e$ Q" h, E% {! XADC Analog-to-Digital Converter.1 l! Y' M) b B ADCATT Air Defense CATT (US Army term). ( S2 v6 l o G. l/ sADCC Air Defense Control Center. 3 W) R3 w: b" V9 G/ I/ pADCOM OBSOLETE. (U.S.) Aerospace Defense Command, Peterson AFB, CO. 1 N9 S/ j: `4 G ]% L; T" AADCP (1) Air Defense Communications Platform. (2) Air Defense Command Post. 7 R- v" Y: T. I* z8 xADD Air Defense District" f: V8 ` B/ E9 f0 o ADDA Air Defense Decision Aid.9 g. D! K5 \0 a5 X/ J+ P( c0 p' y ADDS Air Defense Demonstration System. 8 v+ h' O; [0 E! AArmy Data Distribution System = ELPIRS + JTIDS.: d$ ^" B/ i! m4 e, q- q8 I4 h3 P ADI Air Defense Initiative. 0 u1 X! g2 x9 X+ J7 YADIZ Air Defense Identification Zone.* m) g0 R5 I: l5 y; l* K' q: P+ S MDA GLOSSARY, VER. 4.0 A9 {7 K4 R* m. J; U 8: s: i6 U6 X$ ^8 R ADLT Advanced Discriminating LADAR Technology. $ X/ _1 R* C, cADM (1) Also see Acquisition Decision Memorandum (2) Advanced Development $ N( @3 n3 m3 ?) X/ e/ S% X) DModel. / P3 H, L" ^' n# r( b1 z VAdministrative % t9 p5 p) x6 eContracting % E, H. y* R8 X& C. I, J4 Q( W* ` KOfficer (ACO) ' H1 ] r' k. I) h1 nThe government contracting officer located at a contract administrative office that * W/ J/ u6 x \is assigned the responsibility for administration of Government contracts., j' a a; e* {, o9 P (Defense Systems Management College Glossary)8 @2 x& y; O$ L# |* B ADMS Air Defense Missile System (USMC term).4 N# Q; x$ h8 T ADOC Aerospace Defense Operations Center.8 b+ K8 i3 W! s( ] ADOCC Air Defense Operations Control Center.8 ^# P( B1 Z4 k5 m ADOP Advanced Distributed Onboard Processor.# e1 i* s2 h- Z ADOPT See Adaptive Optics.* Q' b0 x# Z% j$ ]% \3 c9 K ADP (1) Automated Data Processing. (2) Arrow Deployability Project 8 u; ?( ?7 Z3 H8 [) T$ \8 YADPE Automated Data Processing Equipment.0 n l7 r/ m# ?# ~3 [4 X ADR. Advanced Data Recording.9 _+ g- X! X' w$ e8 v8 a& _! t ADRG ARC Digital Raster Graphics. ( p) @1 b) [, mADS Advanced Distribution System. e: [1 K* r. x3 b+ H$ u ADSAM Air-Directed Surface-to-Air Missile. ) x) V- Y5 R+ l& cADSG Air Defense Sub Group. 8 Y/ P' O2 q' H6 J( t8 E/ } \ADSI Air Force Defense Systems Integrator. 9 \) J# x' }. [1 kADT Architecture Development Team (DoD Space Architect term).6 j N, e3 T2 R* V ADTOC Air Defense Tactical Operations Center. 6 \* W8 n/ X& @$ {6 V% a+ b1 t1 y) }ADUSD Assistant Deputy Under Secretary of Defense. % a, C% x+ h/ gAdvance Funding Budget authority provided in an appropriation act that allows funds to be ' Q7 ~4 S2 i% O ~0 fcommitted to a specific purpose (obligated) and spent during this fiscal year even8 A; y) K2 K2 t7 G v$ q g4 Z though the appropriation actually is for the next fiscal year. Advance funding% _0 `. L7 o) k6 ? generally is used to avoid requests for supplemental appropriations for8 L% j4 L" Q! M entitlement programs late in a fiscal year when the appropriations for the current/ s3 }6 }$ q2 D fiscal year are too low. 4 O, l+ M4 N2 Y4 f5 BAdvance- i( z2 ~ z# T4 p Procurement# ^: d$ U2 l2 M4 M+ w( T Authority provided in an appropriations act to obligate and disburse from the. C2 y+ z* }+ R succeeding year’s appropriation. The funds are added to the budget authority* j" [. N; f5 s0 d0 i& ]' O for the fiscal year and deducted from the budget authority of the succeeding * z2 O# @+ L* A% k( _0 lfiscal year. Used in major acquisition programs for advance procurement of( B( C$ `, @8 `' i components whose long-lead time require purchasing early in order to reduce : |' k& D0 R* {the overall procurement lead-time. Advance procurement of long lead# N) K2 H. |! i b& I: J components is an exception to the DoD “full funding” policy. / ^6 v2 o+ a; \$ {; EMDA GLOSSARY, VER. 4.0 A0 d" C% M' c" H) r% E6 [' V, q* l 9; S/ o$ X8 H1 ` X: }5 C: i+ q( i Advanced 6 I3 z3 M( A+ Q1 n2 ^) `Concept 7 x/ m& D- M+ [9 O+ l; g0 r3 ~Technology - W- D) D; T" v' _0 s9 jDemonstration # i; _1 ^* V5 [(ACTD)7 D% C' @% x/ J2 V R- v4 ~) V An integrating effort to assemble and demonstrate a significant new military) h" s( L* P8 ~4 h( ]. B K' [/ P! D capability, based upon maturing advanced technology(s) in a real-time operation& Y) ^% G: y% {: X5 H at a scale size adequate to clearly establish operational utility and system . b9 L8 z1 p& e$ O# r' W) W" c3 Kintegrity.' t2 Q+ s# \3 p2 v& ]- h Advanced 8 x: d2 T) C' p3 n( S$ p8 c! cLaunch System2 k' O, O. V2 z (ALS) + {# R8 b8 V) dOBSOLETE. This proposed system was to be a heavy launch vehicle and x; K2 z1 q! Q+ m2 b+ r7 ]7 R appropriate ground support facilities, which may have supported SDIO, USAF, . w" w! E2 H; E! rNavy and NASA space launch missions into the next century.7 H8 @; U3 c* r6 P, L Advanced . |5 L* G+ S+ @1 J3 Y) ATechnology 1 _2 `4 t$ x0 o. B+ n: EDemonstration5 X% J/ N+ g: s Adversary 0 H( r5 p* G( W% [. z& x, x+ i! ZCapability % n% o. q9 @: uDocument " j. @) l% F: U+ L- D T4 F( q0 `9 |2 ]' WThe actual demonstration of an advanced state-of-the-art system under* g" P- s3 R! }: j! t0 s conditions likely to exist when in operation. 5 ]% U3 B1 }% Q) aDescribes estimated current and future adversary ballistic missile characteristics,( j6 {% ]$ d- q1 r8 f' K and characterizes threat with selected engineering concepts, parameters, and 2 |0 O6 l+ i- A; rbounds.

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发表于 2008-12-25 19:56:53 |只看该作者
ADWC Air Defense Warfare Center. 8 ?, h6 {) i0 v+ f1 y4 a* A3 c/ CADX Air Defense Exercise. # z$ w3 _1 q) i) y& B& O7 uAE (1) Acquisition Executive. (2) Antenna Equipment. : J7 W @( k( w8 R/ O+ `6 w) gAEC Atomic Energy Commission (US)1 i- k# x! ]. C c, Q" c AEDC Arnold Engineering Development Center, Arnold AFB, TN. & H6 n* S% f& K4 C0 L5 Z& y+ k# kAEG General Electric Corporation of Germany. , m4 y. ~1 g, t' O9 nAEGIS The Navy's advanced, fast reaction, high firepower, shipboard anti-air warfare/ T$ I( Y7 C) O2 l4 T( b" u; ^: z area defense system (Note: Aegis is the Greek word for "shield").: c7 C# S0 E; {; B& `5 s AEGIS BMD Aegis Ballistic Missile Defense (Aegis BMD) Project is an element of the Ballistic; p% a) A- q4 j6 {' Q5 l Missile Defense System, and is being developed to provide a rapidly deployable, 7 d' K2 W2 v7 J. Y; Q; rhighly mobile defensive system capability against short-to-intermediate range7 z3 x$ V/ D) ^" _ a ballistic missile attacks on population centers, debarkation ports, coastal airports, 7 C0 V0 E& D) P4 X5 lamphibious objective areas, expeditionary forces, troops, friends, and allies. + B( _9 D; P" W2 S7 c7 LForward positioning of the ship makes possible a missile defense that will protect# c0 g: ]: B5 P6 e vast areas, often-entire countries. The Aegis BMD element of the BMDS builds; `3 j& x, M3 c0 T8 r- \ on the proven Mark 7 Aegis Weapon System including modifications to the4 s3 j7 U h+ R: r! d- I Standard Missile, and the Mark 41 Guided Missile Launch System. ( r& P0 Q: l% p! D; F- ^/ mAEGIS C&D AEGIS Command and Decision. ' N, `2 R$ r& J& i8 H0 FAEGIS CRC AEGIS Control and Reporting Center.# T7 \7 F$ E$ p$ G2 l" `2 _ Aerospace 0 h5 ]1 G( |$ q, ^! k/ E5 lDefense (AD)8 Z! U2 X' S# b1 v$ C. t# f# r (1) All defensive measures designed to destroy attacking enemy aircraft, missiles, 1 ~3 O; W" E5 n6 k( `4 Iand space vehicles after they leave the Earth’s surface, or to nullify or reduce+ i$ p( q# E" N0 \ the effectiveness of such attacks. (2) An inclusive term encompassing air I+ S% ?0 H3 H. Cdefense and space defense. . k" J) @7 j6 J5 U7 u }: R o2 xAerospace 2 p! ?9 z$ G) Z1 Y2 YDefense ' }; ~* o% @ D; iOperations3 p" g8 ]7 `' C( N Center (ADOC) * {* A1 {- W9 C9 r$ q" lExisting center in Cheyenne Mountain AFB (CMAFB), which controls the Air 5 {3 y0 x/ ~3 Q' Y2 N2 bDefense of North America mission. * c1 W( ~: w# l% G% F" [2 N! @MDA GLOSSARY, VER. 4.0 A. A- j; [0 z, x4 s1 E3 K 10 ) ?4 g' _$ D3 J: WAerostats Ship- or ground-moored balloon supporting a radar antenna.5 _! ~9 p; `, ` ^ Aerothermal Kill A kill in which the thermal shielding of the target RV is damaged by the defensive ; q/ ]& I4 H* g; Zsystem. The RV is subsequently destroyed during reentry. * o# _ R- P1 y7 U+ J- KAES Army [Tactical Command and Control System] Ex , a% w3 @4 D8 R8 G M& r* E2 h! PAEW Airborne Early Warning. 3 s# {9 d1 j; Z: r7 YAEWR Airborne Early Warning Radar3 P0 R( h- k1 e( {3 x* T AF (1) Air Force (2) Award Fee. # V& E: B) x5 w/ wAF SATCOM Air Force Satellite Communications [System]., i" M: P9 j$ ?9 G8 |7 l) G* ? P/ {) z6 x AF/IN Air Force Intelligence : R- t0 D/ n8 B( i* D0 w7 @7 TAF/SC Deputy Chief of Staff for Command, Control, Communications, and Computers, ~0 a }5 k/ Z/ {3 P. `% oUnited States Air Force.7 X, Z# ?( d2 K t! R* ]5 S/ l" f AF/TAA Air Force Executive Agent for Theater Air Defense% f: y I1 P# ] p( q8 u4 Q1 C AFAC Air Force Advisory Committee.; C4 T x3 I! L( T& i AFAE Air Force Acquisition Executive.9 v" J# {4 B& Z, }; g AFAM Air Force Acquisition Model* g- h l( P; ?5 A0 m' C AFAS Advanced Field Artillery System. ) n; g; ?' Y7 F7 z& CAFATDS (1) Advanced Field Artillery Tactical Data System. (2) Army Field Artillery - v% } w S# b1 Q4 Z8 Z/ JTarget Direction System

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发表于 2008-12-25 19:57:01 |只看该作者
AFC2S Air Force Command and Control System" g; ^8 z# U& q/ f% u AFCC Air Force Component Commander. ; ]' X9 f6 @$ ?* {+ nAFCCC Air Force Component Command Center. ; j* Q) b, A! U9 |* |* p3 R3 N. AAFCS Automatic Flight Control System. 3 n* n# `* T8 O) n# k j6 l/ ~1 nAFCSC Air Force Cryptological Support Center" C) l ` R5 ]/ T7 Z1 ]/ b ." G1 ?# M# C/ }5 P AFD Adaptive Flexible Defense. 7 S/ s% M5 ^* j5 @( wAFDSOC Air Force Defense System Operations Center. / j: K% q4 M" O( j. }& _AFF Arming, Fusing and Firing. ' V- O3 `2 ^/ g8 TAFFTC Air Force Flight Test Center, Edwards AFB, CA. 5 T0 W- D1 |+ y( C- Y. a1 X6 MAFGWC Air Force Ground/Global Weather Center.4 T+ `6 p: ]: M) D. ? AFID Anti-Fratricide Identification Device. % p* ]* |% y& F7 PAFIWC Air Force Information Warfare Center.6 |7 C# Y; y; S: L6 H AFM Award Fee Monitor.$ G, v3 n" e/ U$ ~ MDA GLOSSARY, VER. 4.0 A # {% J! E+ T9 Z O' J" b+ W11 ( v; v' o* X8 |. D1 V" _3 }AFMC Air Force Material Command, Wright-Patterson AFB, Ohio. 9 g J+ ?7 i" D& m& I+ o4 }7 ?AFNORTH Allied Forces Northern Europe (NATO).' Y- o3 R/ r' y* Y1 q AFOSH Air Force Occupational Safety and Health.2 K- P; }* I" _. _% u$ Z/ { AFOTEC Air Force Operational Test and Evaluation Center. + s2 P8 W3 L/ W5 O; u: {$ q( ^0 p" V7 lAFPEO/SP Air Force Program Executive Officer for Space: P, ?9 @& b% ~! Y AFRB Award Fee Review Board+ Z4 H+ a6 c8 o8 r! W AFSARC Air Force System Acquisition Review Council.: u, ~, y$ @1 {% b AFSATCOM Air Force Satellite Communications System. u4 ^" I8 O$ }* f3 R9 E' VAFSB Air Force Science Board. , o A9 b" H) e3 f2 GAF/SC Deputy Chief of Staff for Command, Control, Communications, and Computers,% W8 q9 k2 V6 |! U9 S" F4 T0 w+ D United States Air Force.2 q z2 \) t9 O& B' Q: N T AFSCN Air Force Satellite Control Network.! o" @2 \" h! B' i AFSD OBSOLETE. Air Force Space Division. (Replaced by USAF/SMC.) 7 O; t! B# a& wAFSMC Air Force Space and Missile Systems Center * I$ r6 w9 g, Z& ~AFSOUTH Allied Forces, Southern Region (NATO)" y6 G* G( k- @9 q6 ]5 k7 R2 ]; q AFSPACECOM Air Force Space Command, Patterson AFB, CO.4 G+ i6 W. p, s: X AFSPC Air Force Space Command, Patterson AFB, CO0 Y# f8 d; ~; e+ s9 I AFSPOC Air Force Space Operations Center.3 D) Q& P o( P: k AFSSI Air Force System Security Instruction. J5 T# Q9 f: l* i. R; V AFSTC (1) Air Force Space Test Center, Sunnyvale, CA. (2) Air Force Space 8 }* c5 i3 g; q5 v" l' |Technology Center, Kirtland AFB, NM. * X; I0 ?) ?! _1 ~& ?AFSWC Air Force Space Warfare Center.

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