航空缩略语词典

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航空缩略语词典

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MDA GLOSSARY, VER. 4.0 A 1 `' d* i( @3 ^8 [1 U$ O1 7 i9 b5 S$ M7 B5 CA Spec System Specification. A&T Acquisition and Technology. * c5 R' P3 s% ?+ y* G1 ZA/BPI Ascent/Boost-Phase Interceptor. 3 W+ ^$ k6 {4 o4 C8 `# KA/C Aircraft A/D (1) Analog to Digital. (2) Arm/Disarm. 1 V1 J' E' z l3 L* f4 q+ \ C. sA/P Active/Passive $ ~, t. ]' j0 `6 @3 V5 M. qAA Attack Assessment. % g2 J& K+ Z. @1 h! Z4 M d- u) HAAA (1) Antiaircraft Artillery. (2) Assign Alternate Area. (3) AEGIS Acquisition Agent. & ?2 H4 P, `1 N7 A) X& ]: l7 K7 B( SAAAW Air-launched Anti-Armour Weapon (UK RAF term) 0 E' ~& c$ @- C. C$ J; T* H6 SAABCP Advanced Airborne Command Post. & \8 a- ~: ^1 j" x4 rAABNCP Advanced Airborne National Command Post. AACC Airborne Alternate Command Center. ! S% L% T% A* s; }AACT Airborne Atmospheric Compensation and Tracking [Program] AADC Area Air Defense Commander. AADCOM Army Air Defense Commander. AAE Army Acquisition Executive. 5 D8 }6 g" Q) J s) J7 ~+ PAAED Advanced Airborne Expendable Decoy + v- Y& _ O" D6 `AAFCE Allied Air Forces Central Europe. x: \0 v% x4 W$ i: i9 T; Q- P/ WAAM Air-to-Air Missile AAR After Action Review (USA term) 2 P/ \& D! W) _AASERT Augmentation Award for Science and Engineering Research Training. + T$ y7 H- j6 J# Z2 ~AASP Advanced Airborne Sensor Platform. AAT Architecture Analysis Tool. 6 s/ |3 i8 y$ K5 ]) D& F# {AAT-PP Architecture Analysis Tool – Post Processor. 5 Y# D3 `4 h, V7 uAAW Anti-Air Warfare. AAWC Anti-Air Warfare Commander. AB Air Base Abacus Distribute real-time multi-element test environment for HWIL. ABCCC Airborne Battlefield Command and Control Center. (US C-130 aircraft) MDA GLOSSARY, VER. 4.0 A , R( A$ [1 B/ P- Q# v Z2 ABCS (1) Army Battlefield Command and Control Center. (US C-130 aircraft) (2) Airborne Communications Command and Control Platform (JFACC term) : w; S* _3 D, DABCT ASARC/BMDARC Coordination Team ABE Army Background Experiment (flew aboard the LACE spacecraft). ABIS Advanced Battlespace Information System ABL (1) Airborne Laser. (2) Aircraft Based Laser. (3) Armored Box Launcher. 8 r" u" W* [. @8 |6 t- X7 V7 A6 AAblative Shield A shield made of material that vaporizes when heated, absorbing thermal energy + A3 L: B1 q0 `9 m' B2 n" fand protecting the shielded object from heat damage. ' @5 P1 o& p/ ^% X+ q& v a4 ZAblative Shock A mechanical shock wave at the surface of an object exposed to intense pulsed 9 c( { [: I+ ~electromagnetic radiation. A thin layer of the object's surface violently and rapidly boils off; the resulting vapor suddenly exerts pressure against the surface, generating a pressure wave at the surface. This shock wave then propagates through the material and can cause melting, vaporization, spallation, and structural failure of the object. ABM Anti-Ballistic Missile. ABMDA OBSOLETE. Advanced Ballistic Missile Defense Agency. % x; I2 Y2 l. x! z) p, RABM Treaty Anti-Ballistic Missile Treaty of 1972, signed and ratified by the (former) Soviet 8 o7 ~# J1 w1 T0 ?, z# xUnion and the United States, limiting deployment on each side to one site comprising 100 interceptors, 100 launchers, and several ground-based radars. The Treaty also regulates development and testing. In December, 2001, President George W. Bush announced that the United States would withdraw from the treaty, which the U.S. did in June 2002 ABM-X-3 A terminal Soviet anti-ballistic missile (ABM) defense system using transportable & Z6 |8 |( i9 C i" x$ q: s6 rphased-array radars and both long and short-range, high acceleration interceptors similar to the U.S. Sprint. This system was developed and tested in the 1970’s and early 1980’s. ABNCP Airborne National Command Post. ABO Agent of Biological Origin (NBC term). ! u! A" B5 c( _* n0 D6 V* Y HABT Air-Breathing Threat. 0 T! y N& l7 }4 gACA (1) Airspace Control Authority. % v$ m! V4 w4 ~& Q7 \) v+ i(2) Associate Contracting Agreement (Contracting term). ACAP Advanced Capabilities. ACAT Acquisition Category (DD 5000 term). ACAT I Acquisition Category One " g" b1 n: z3 n& Y+ X$ ~ACBA Airborne Communications Bus Architecture (USAF term). + i2 F* }! E4 L; ?$ l, OACC (1) Air Combat Command (USAF), Langley AFB, VA. " \" d) r! w' V4 u" W. C: F(2) Air Component Commander. 2 X' \ `* H$ H(3) Area Coordination Center.

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3 $ g5 U/ d+ X! R; _0 B) m3 rACCS Air Command and Control System. ; \$ e/ T0 c' x3 {3 J$ cAccidental - M( a* C. w+ a4 W4 Z j b; FLaunch 6 r- h Z# l- ~& r: y TAn unintended launch which occurs without deliberate national design as a direct result of a random event, such as mechanical failure, a simple human error, or an unauthorized action by a subordinate. (USSPACECOM) ACCS Automated Command and Control System (USN AN/TSQ-73) ACCT Application of Common Characteristics and Testability (ISA CECOM term). 4 r! ]: J. r$ j) \# w. OACDA Arms Control and Disarmament Agency (US). 7 L0 J- z+ Q3 i5 }" B& A1 U6 oACDS Advanced Combat Direction System (USN term) ACDT Advanced Concept Technology Demonstration. ACE (1) Anti-Radiation Missile (ARM) Countermeasure Evaluator. (2) Aviation Combat Element. (3) Airborne Command Element (USAF). 8 ~% `# @5 Q& s; S* T2 B$ Z(4) Allied Command Europe. ACEC Ada Compiler Evaluation Capability. . x/ Q6 |/ t" W. r( j% F9 HACEIT Automated Cost Estimating Integrated tool. ACES Arrow Continuation Experiments. # C1 E# \0 U% F8 ]0 CACETEF Air Combat Environment Test and Evaluation Facility (USAF). ACM Air Combat Maneuvering. ACO (1) Administrative Contracting Officer. (1) Airspace Control Order (JFACC term) # w/ M) {1 Z( c2 W2 oACOM Atlantic Command. $ B1 \4 b/ A4 ZAcoS Army Chief of Staff * T: D& k* F, z" ~( RACP (1) Airspace Control Plan (JFACC term). B3 }6 C2 b# a: l(2) Army Cost Position. ACQ Acquisition. Acquire (1) When applied to acquisition radars, to detect the presence and location of a target in sufficient detail to permit identification. (2) When applied to tracking radars, to position radar beam so that a target E& b+ v9 a. |: o: fis in that beam to permit the effective employment of weapons. (Target / A( {1 z, P/ p+ ]Acquisition.) Acquisition (ACQ) (1) (Sensor) The results of processing sensor measurements to produce . z+ p& ~& F& a) robject reports of interest to the system. (2) (Material) The conceptualization, initiation, design, development, testing, contracting, production, deployment, logistic support, modification, and ; s" Q2 l, Q/ n) \! udisposal of weapons and other systems, supplies or services to satisfy & s! z( D% v# U0 X9 V3 \# R' t$ uDoD needs in support of military missions.

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Acquisition Categories Categories established to facilitate decentralized decision making and execution 7 u4 j- @- @4 J$ g9 e. s! f7 {and compliance with statutorily imposed requirements. The categories determine the level of review, decision authority, and applicable procedures. Acquisition Category I. These are “major defense acquisition programs.” They have unique statutorily imposed acquisition strategy, execution, and reporting requirements. Milestone decision authority for these programs is: (a) the Under Secretary of Defense for Acquisition and Technology -- acquisition category ID; - z9 \# g/ E6 n$ D0 ](b) if delegated by the Under Secretary, the Cognizant DoD Component Head -- 5 l ^$ p$ w8 ~2 K7 Nacquisition category IC; (c) if delegated by the Component Head, the Component Acquisition Executive. Acquisition Category II. Milestone decision authority for these programs is delegated no lower than the DoD Component Acquisition Executive. They have unique statutorily imposed requirements in the test and evaluation area Acquisition Category III and IV. The additional distinction of acquisition 6 J( _ N' {% H0 E% n" gcategories III and IV allow DoD Component Heads to delegate milestone decision authority for these programs to the lowest level deemed appropriate within their respective organizations. Acquisition Decision 3 b4 e( U/ V# `Memorandum 8 v5 h3 B) n4 B(ADM) . z4 C" t* _/ {4 u6 v$ RA memorandum signed by the milestone decision authority that documents # x6 R0 s! q; e) \& \; zdecisions made and the exit criteria established as the result of a milestone decision review or in-process review. Acquisition Field of View ~& q9 t& {4 D! ^7 j' ]' W! R(FOV) @7 M; l, [0 Y- C3 o7 ]The instantaneous volume viewed by the interceptor’s sensor during the process of searching its assigned volume. ) |4 _3 k5 p5 Z7 g, ?5 JAcquisition Life 9 g+ o6 I; J+ Q. E% RCycle 0 C& L' ]2 b. r$ x7 s) Q8 AFive phases, each preceded by a milestone or other decision point, during which a system goes through research, development, test and evaluation, and , k) w! N. w1 y! \" ]& M7 iproduction. The phases are Concept Exploration and Definition, Demonstration + B7 P$ y- E% @6 Q" land Validation, Engineering and Manufacturing Development, Production and Deployment, Operations and Support. Acquisition 9 s1 Z/ M8 }5 }/ E1 [9 jLogistics ! R; E- `3 K! k7 W6 l( t5 EProcess of systematically identifying and assessing logistics alternatives, $ U, a: H7 y0 u: l* \7 A3 Nanalyzing and resolving logistics deficiencies, and managing integrated logistics support throughout the acquisition process. Acquisition Management . ^* |8 f0 j' NManagement of all or any of the activities within the broad spectrum of “acquisition.” Also includes management of the training of the defense acquisition workforce, and management activities in support of PPBS for defense acquisition systems/programs. Acquisition Plan A formal written document reflecting the specific actions necessary to execute 5 G; m) l- Q+ Z7 r1 [the approach established in the approved acquisition strategy and guiding 4 k. P' c$ r! m1 ]( wcontractual implementation. (Federal Acquisition Regulation Subpart 7.1 and Defense Federal Acquisition Regulation Supplement Subpart 207.1.) Acquisition 5 b( B0 W5 L1 b: S; l2 r" ^" kPlanning The process by which the efforts of all personnel responsible for an acquisition 7 G! c0 ^6 Q% M- ?5 Ware coordinated and integrated through a comprehensive plan for fulfilling the 6 z3 e* S6 Y: G0 Xneed in a timely manner and at a reasonable cost. It is performed throughout the life cycle and includes developing an overall acquisition strategy for managing the acquisition and a written acquisition plan. * P# {: e1 a6 Q- m1 CMDA GLOSSARY, VER. 4.0 A / c( l6 F' m, M6 h+ o6 N* b5 7 A1 L: p+ a" t; ]1 b, `Acquisition Program # o% s% e& m( X! L( nA directed, funded effort that is designed to provide a new or improved materiel ! _' V- k5 _$ {* \7 N# mcapability in response to a validated need. ( I& [. q/ D1 F1 A8 e: C# tAcquisition Program Baseline (APB) Acquisition program baselines embody the cost, schedule, and performance ! H* h. l) M$ }2 h4 S+ wobjectives for the program. The APB is approved by the milestone decision L4 u9 p" o3 ]1 }5 Fauthority milestone reviews as follows: 4 x7 ]5 n# j/ |% `2 O9 C+ [3 C z% h8 K•Concept Baseline, approved at Milestone I, applied to the effort in Phase I, Demonstration and Validation. 0 ]( Z/ ^1 \. D& J8 C# i•Development Baseline, approved at Milestone II, is applied to the effort in Phase II, Engineering and Manufacturing Development. •roduction Baseline, approved at Milestone III, is applied to the effort in Phase III, Production and Deployment. 8 B* q4 C) n% G$ T5 D3 TEach baseline must contain objectives for key cost, schedule, and performance parameters. Objectives are accompanied by minimum requirements called thresholds. Once signed by the milestone decision authority, APBs may only be changed at subsequent milestone or program reviews, or with the approval of / M9 y- Q; l! G6 [, mthe milestone decision authority as a response to an unrecoverable baseline deviation. % ^' x# \8 T! B5 L% fAcquisition ( C. H% B! L' v" ORadar 7 d @6 Q, n, b3 H9 L. T" ERadar that searches a spatial volume and identifies potential targets from the background and non-hostile objects. Acquisition / b+ v* h. Q6 h3 {Risk The chance that some element of an acquisition program produces an unintended result with an adverse effect on system effectiveness, suitability, ( a/ `( |7 Y5 y" w- f- I$ ]cost, or availability for deployment. Acquisition/ 8 E& Z; B; m% @. a) ~Reacquisition Time ' v) N$ \3 Y8 q" kThe time required to establish or reestablish lock on the received signal. This includes carrier, symbol, frame, code, and crypto synchronization.

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Acquisition Strategy ) C& ?: g5 H" C5 A- p2 X* BA business and technical management approach designed to achieve program 2 N I5 a) L; w" N0 a; |6 Xobjectives within the resource constraints imposed. It is the framework for planning, directing, and managing a program. It provides a master schedule for $ [6 [* g/ m( `2 i& E: u" u; p# gresearch, development, test, production, fielding, and other activities essential . u& g& g, y5 A$ T$ V4 Ufor program success, and, is the basis for formulating functional plans and strategies (e.g., Test and Evaluation Master Plan, Acquisition Plan, competition, prototyping, etc.). Acquisition / Z5 u$ o( r! oStrategy Report Describes the acquisition approach to include streamlining, sources, competition, 9 J7 K8 v, @; Q) h# j2 O- tand contract types throughout the period from the beginning of Phase I, ; b2 I3 |( m* k8 HDemonstration and Validation, through the end of production. & r( G y# f" |6 MAcquisition Streamlining ' H h% K9 \) RAny effort that results in more efficient and effective use of resources to develop or produce quality systems. This includes ensuring that only necessary and costeffective requirements are included, at the most appropriate time in the , l. ?: R# E/ C% P( n7 P; tacquisition cycle, in solicitations and resulting contracts for the design, 1 U% a0 ^2 O. e! k5 S- g$ J8 Hdevelopment, and production of new systems, or for modifications to existing % N$ u R v' G4 N& Isystems that involve redesign of systems or subsystems. " Y$ }) j& U/ R zAcquisition, # C4 Y0 N% ?* N8 B! `Tracking and Pointing (ATP) The process of acquiring within a given field of view a target (or targets) and maintaining a precision track of the same while enabling the pointing of a sensor 0 W6 ^' Q& r3 K3 h0 Xor weapon at the target so that it may be destroyed. ACS (1) Airspace Control System. (2) Attitude Control System. (3) AEGIS Combat System. (4) Assistant Chief of Staff. MDA GLOSSARY, VER. 4.0 A 6

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ACSIS AEGIS Combat System Interface Simulation. ACSN Advance Change/Study Notice , h. a0 i0 z4 yACTD Advanced Concept Technology Demonstration. ACTE Analytical Communications Test Environment ATD. ACTEX Advanced Controls Technology Experiment. Active In surveillance, an adjective applied to actions or equipment, which emit energy . v7 N1 a/ X4 |capable of being detected, e.g., radar is an active sensor. Active Air Defense Direct defensive actions taken to nullify or reduce the effectiveness of hostile air action. It includes such measures as the use of aircraft, air defense weapons, weapons not used primarily in an air defense role and electronic warfare. % `3 d5 V5 ^2 f+ I+ [7 c6 mActive * Z* O! n) i# r5 s; Q# V6 t+ DCommunications 0 W2 |4 C- H) f$ ^Security Threat " o L. t) ^' }Threats to an electronic system posed by a capability to disrupt communications or to seize control or deny positive control of electronic systems to intended users, e.g., jamming and imitative deception. Active Defense (1) The employment of limited offensive action and counterattacks to deny a contested area or position to the enemy. Also Passive Defense. (2) In-flight intercept and destruction of ballistic missiles and negation of 2 W- ?1 Q, m+ x. U2 b1 `their warheads. Active Defense (TBMD) 8 T: r# G n! h2 h4 c6 R4 vActive defense protects against theater missiles by destroying them in flight. & x' X. v$ k! X$ ~Engagement capability is required throughout all phases of the missile’s " s: R3 j7 k4 V! G5 u0 Q. jtrajectory (boost, post-boost, mid-course, and terminal) to prevent saturation of & C4 X* B- @# w/ P3 c1 x2 npoint defense, to negate warhead effects, and to ensure minimal leakage in defending critical assets. Therefore, active defenses must consist of defense in # @ i( a! k3 r8 C% _$ Zdepth to provide multiple engagement opportunities with differing technologies, + R5 ~4 z1 m0 v; kincreasing the probability of kill, and countering the enemy’s counter-measure 5 |0 r' t0 N$ Y% Aefforts. Active defenses could consist of space-, air-, ground-, and sea-based ) e. M: N Z0 ^4 A: y) b$ M0 Isystems. If a strategic ballistic missile defense system is deployed, the active TMD should be supported by, but not limited by, those systems to increase the defense in the theater of operations. Active defense is considered one of the four pillars of TMD capability. (JCS J-38 CONOPS)

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Active Homing + ~' m. d. i& B3 p0 OGuidance Guidance system in which both the source for illuminating the target, and the receiver for detecting the illuminating energy reflected from the target is carried within the missile. Active Sensor One that illuminates a target, producing return secondary radiation, which is then detected to track and/or identify the target. An example is radar. ACTS AEGIS Combat Training System. ACUS Army Common User System. 0 u' f1 L5 e' F" J J0 e4 T! L' m) mACVC Ada Compiler Validation Capability 4 D1 J) {* w( |: gACW Anti-Carrier Warfare ACWP Actual Cost of Work Performed. + c1 R" V3 X5 Z% f0 f+ mAD (1) Air Defense. (2) Active Defense. (3) Aerospace Defense / c, k$ x0 y- M# i" q4 VMDA GLOSSARY, VER. 4.0 A 7 ! ?) ]9 w& z# X" H, PAd Int Advanced Interceptor (MDA/POC term). $ A5 W; ~$ @( J" _$ zAD TOC Air Defense Tactical Operations Center. AD/C3I Air Defense/Command, Control, Communications and Intelligence. ADA Air Defense Artillery. (US Army term). Ada Name of a higher order computer programming code. AdaMAT Ada Automated, static code, analysis tool. ADAPT Advanced DEW Active Precision Tracker. + c* @ B+ @: |" h' DAdaptive Defense (Also Adaptive Preferential Defense) Adaptive defense is defense that is responsive to an actual attack in that it takes advantage of the structure or - j/ Z3 W( o* G5 s, b. p4 r9 Pweakness of the attack to maximize a priority defense objective. & u. c2 j% K6 OAdaptive Flexible 8 q+ R/ p: r" XDefense (AFD) . ]6 ]* @; s z3 U' }The ability to select and prioritize in near-real time what critical civilian and military assets and functions to defend and to efficiently employ defense in response to 9 M) ^2 U. M# Z/ G+ E5 v z4 C7 Zthe characteristics of the attack while effectively enforcing defense priorities. & R% ^0 l& n( ](JOSDEPS) Adaptive Optics ; p9 Z/ a, W4 {% i(ADOPT) 5 a8 b$ g7 p$ OOptical systems, which can be modified (e.g., by controlling the shape of a mirror) to compensate for distortions. An example is the use of information from a beam . T$ J r2 E1 I8 ?1 c; j& l* eof light passing through the atmosphere to compensate for the distortion suffered by another beam of light on its passage through the atmosphere. Used to eliminate the "twinkling" of stars in observational astronomy and to reduce the % p+ n* R' @# F- d: a' Edispersive effect of the atmosphere on laser beam weapons.

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Adaptive Preferential Defense Adaptive Defense. ADATOC Air Defense Artillery Tactical Operations Center (US Army brigade). : i0 y, c1 `7 s' AADC Analog-to-Digital Converter. ADCATT Air Defense CATT (US Army term). ! T/ J* r t, Y# D% z) BADCC Air Defense Control Center. ADCOM OBSOLETE. (U.S.) Aerospace Defense Command, Peterson AFB, CO. 4 Y6 i' C$ }2 B9 ^# s J) _; `9 RADCP (1) Air Defense Communications Platform. (2) Air Defense Command Post. ADD Air Defense District ; v8 Q% a" Y; P* }# `* ]7 RADDA Air Defense Decision Aid. + d) }5 c- c: E+ \- j6 |ADDS Air Defense Demonstration System. Army Data Distribution System = ELPIRS + JTIDS. 6 Q$ j1 y r. `3 s$ d9 z5 jADI Air Defense Initiative. 7 A% N- M' \8 u! v: H( }- L$ ~ADIZ Air Defense Identification Zone. + e. C) r; `/ R7 u2 }MDA GLOSSARY, VER. 4.0 A 8 3 C5 ?9 G( M1 o% L+ a$ @ADLT Advanced Discriminating LADAR Technology. 8 N+ L# o' s# `% B' c9 d- TADM (1) Also see Acquisition Decision Memorandum (2) Advanced Development Model. Administrative Contracting - O. H; b2 H/ V. c+ R1 [Officer (ACO) The government contracting officer located at a contract administrative office that is assigned the responsibility for administration of Government contracts. + v& [& D/ `+ g(Defense Systems Management College Glossary) 3 a/ i- S' H1 y! EADMS Air Defense Missile System (USMC term). & @( r2 t. a* p; \- O7 \( IADOC Aerospace Defense Operations Center. ADOCC Air Defense Operations Control Center. 8 ~! M# V6 T# J) \6 a4 j2 Q4 oADOP Advanced Distributed Onboard Processor. 0 b4 b; |/ Q" \7 RADOPT See Adaptive Optics. % y) W7 P# c# E, Y6 Y9 A2 X1 OADP (1) Automated Data Processing. (2) Arrow Deployability Project ADPE Automated Data Processing Equipment. ADR. Advanced Data Recording. ADRG ARC Digital Raster Graphics. ADS Advanced Distribution System ADSAM Air-Directed Surface-to-Air Missile. ! K. e7 t! s/ H: O1 ]* GADSG Air Defense Sub Group. / Q5 n+ I0 K. A1 ~ADSI Air Force Defense Systems Integrator. ADT Architecture Development Team (DoD Space Architect term). ADTOC Air Defense Tactical Operations Center. * B/ |% N! ?6 M; C5 m7 u; lADUSD Assistant Deputy Under Secretary of Defense. # N2 I6 X5 |# g7 x- FAdvance Funding Budget authority provided in an appropriation act that allows funds to be $ ~% U; l# z0 I0 Ccommitted to a specific purpose (obligated) and spent during this fiscal year even ( t7 H2 a9 C" G* g% Z1 `* b( ?though the appropriation actually is for the next fiscal year. Advance funding generally is used to avoid requests for supplemental appropriations for , i: `; x8 v8 A" kentitlement programs late in a fiscal year when the appropriations for the current . m z& m- e* B- cfiscal year are too low. ; m5 g7 |1 c0 @& X2 v9 BAdvance * ^1 v! N$ f; I% ]& Y4 P. W' s% w" CProcurement Authority provided in an appropriations act to obligate and disburse from the succeeding year’s appropriation. The funds are added to the budget authority / W4 }5 v' B# a, rfor the fiscal year and deducted from the budget authority of the succeeding $ t( {5 O5 c6 bfiscal year. Used in major acquisition programs for advance procurement of components whose long-lead time require purchasing early in order to reduce + F* X8 ^: w; ^the overall procurement lead-time. Advance procurement of long lead % Z' h! @ m" F$ I% Ocomponents is an exception to the DoD “full funding” policy. 2 C: y& Y7 f t2 u; [4 Z. qMDA GLOSSARY, VER. 4.0 A 9 * {8 i1 b6 {+ z; E; @: v5 P0 _9 KAdvanced ( x' T& @+ d9 T- @Concept . p/ m- J, _$ D; I0 k! ETechnology 3 T) h9 C# \: A) q0 k8 z! IDemonstration (ACTD) + E7 z, P" F6 h. r8 l- yAn integrating effort to assemble and demonstrate a significant new military capability, based upon maturing advanced technology(s) in a real-time operation at a scale size adequate to clearly establish operational utility and system integrity. Advanced 3 z+ Q. K* I( d4 G+ j8 p0 I: xLaunch System : k$ M0 S% _ n, |0 X0 \(ALS) OBSOLETE. This proposed system was to be a heavy launch vehicle and appropriate ground support facilities, which may have supported SDIO, USAF, 2 M! Z( w7 d6 `4 \7 N0 j! y( ONavy and NASA space launch missions into the next century. * A- n5 p! t. l4 i' F {, S/ ?Advanced . t$ o7 f1 o$ @/ Z' j# c bTechnology Demonstration Adversary " n; c B3 ]% ~& S2 C- d9 ]Capability Document The actual demonstration of an advanced state-of-the-art system under conditions likely to exist when in operation. Describes estimated current and future adversary ballistic missile characteristics, and characterizes threat with selected engineering concepts, parameters, and bounds.

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ADWC Air Defense Warfare Center. $ M5 j7 M7 u ^/ O. q' ^ADX Air Defense Exercise. AE (1) Acquisition Executive. (2) Antenna Equipment. AEC Atomic Energy Commission (US) 2 R0 ]6 ` m9 o% ?' s; QAEDC Arnold Engineering Development Center, Arnold AFB, TN. AEG General Electric Corporation of Germany. AEGIS The Navy's advanced, fast reaction, high firepower, shipboard anti-air warfare area defense system (Note: Aegis is the Greek word for "shield"). # q" I+ x& P! F8 p- b: H- yAEGIS BMD Aegis Ballistic Missile Defense (Aegis BMD) Project is an element of the Ballistic . Q1 p$ K! R4 u8 Y% ]Missile Defense System, and is being developed to provide a rapidly deployable, highly mobile defensive system capability against short-to-intermediate range 2 `* |' Q( {4 T- y) y: C4 aballistic missile attacks on population centers, debarkation ports, coastal airports, amphibious objective areas, expeditionary forces, troops, friends, and allies. , m" ^# w+ Y* p9 kForward positioning of the ship makes possible a missile defense that will protect % j' _/ k3 X: o1 H) Yvast areas, often-entire countries. The Aegis BMD element of the BMDS builds k1 N/ v. ^4 {0 e+ a* i% oon the proven Mark 7 Aegis Weapon System including modifications to the # N# v" `; a8 O/ @; T# n4 Z$ KStandard Missile, and the Mark 41 Guided Missile Launch System. AEGIS C&D AEGIS Command and Decision. AEGIS CRC AEGIS Control and Reporting Center. Aerospace Defense (AD) 2 W/ ]0 w. j! k, W# C8 r(1) All defensive measures designed to destroy attacking enemy aircraft, missiles, , h% J3 O& o! z* E7 q+ Mand space vehicles after they leave the Earth’s surface, or to nullify or reduce , [7 r4 y, Y2 o2 Kthe effectiveness of such attacks. (2) An inclusive term encompassing air 8 P9 w; ^4 \# v2 r) @defense and space defense. 3 ?% e( K& D( ?Aerospace 2 _$ I; O% O# _4 k1 q/ X; YDefense Operations Center (ADOC) Existing center in Cheyenne Mountain AFB (CMAFB), which controls the Air Defense of North America mission. : l2 v1 c1 `/ ~2 H6 `( J0 @MDA GLOSSARY, VER. 4.0 A / E& N- p! p9 ]2 C7 v% {10 Aerostats Ship- or ground-moored balloon supporting a radar antenna. Aerothermal Kill A kill in which the thermal shielding of the target RV is damaged by the defensive + j1 {: P' O p# Zsystem. The RV is subsequently destroyed during reentry. AES Army [Tactical Command and Control System] Ex : ^3 a7 f# w7 Z8 C: c* o* ^AEW Airborne Early Warning. AEWR Airborne Early Warning Radar AF (1) Air Force (2) Award Fee. 7 ^+ a" i% J4 n/ k. T3 lAF SATCOM Air Force Satellite Communications [System]. AF/IN Air Force Intelligence : b( t7 P9 [) Q1 SAF/SC Deputy Chief of Staff for Command, Control, Communications, and Computers, United States Air Force. AF/TAA Air Force Executive Agent for Theater Air Defense AFAC Air Force Advisory Committee. 7 [: r# n" Q+ e4 JAFAE Air Force Acquisition Executive. AFAM Air Force Acquisition Model + m3 e( ^4 A4 N# D, cAFAS Advanced Field Artillery System. AFATDS (1) Advanced Field Artillery Tactical Data System. (2) Army Field Artillery 8 K: J2 D9 F# O7 ?7 MTarget Direction System

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AFC2S Air Force Command and Control System AFCC Air Force Component Commander. AFCCC Air Force Component Command Center. AFCS Automatic Flight Control System. 0 }7 v0 h, K# i& ]. p! cAFCSC Air Force Cryptological Support Center . 8 Q6 h0 M. V7 q+ a7 f! W3 q, TAFD Adaptive Flexible Defense. AFDSOC Air Force Defense System Operations Center. * ~% \9 A" G$ I4 F0 C9 |* AAFF Arming, Fusing and Firing. 2 P, y A$ Z8 J: [) t) j' l+ x {. ?4 OAFFTC Air Force Flight Test Center, Edwards AFB, CA. , P. l: b( P( J+ iAFGWC Air Force Ground/Global Weather Center. 3 }2 U2 U7 h2 k& i; N5 UAFID Anti-Fratricide Identification Device. j0 X0 ?, v: S6 E! lAFIWC Air Force Information Warfare Center. AFM Award Fee Monitor. MDA GLOSSARY, VER. 4.0 A ) `% e$ [! U* ], B Q+ a6 A11 , v6 v- _! y6 P5 ]7 S0 sAFMC Air Force Material Command, Wright-Patterson AFB, Ohio. AFNORTH Allied Forces Northern Europe (NATO). 2 K9 T7 N& \" R9 Q- w9 a& rAFOSH Air Force Occupational Safety and Health. AFOTEC Air Force Operational Test and Evaluation Center. AFPEO/SP Air Force Program Executive Officer for Space % M* [% t D) i! CAFRB Award Fee Review Board ; Q1 Q4 i4 W8 z" ?: \2 d! o+ EAFSARC Air Force System Acquisition Review Council. AFSATCOM Air Force Satellite Communications System. 1 d* R; v: T% {7 L6 r* [ x6 ]+ SAFSB Air Force Science Board. 8 L8 j. _9 B! S% tAF/SC Deputy Chief of Staff for Command, Control, Communications, and Computers, United States Air Force. AFSCN Air Force Satellite Control Network. AFSD OBSOLETE. Air Force Space Division. (Replaced by USAF/SMC.) AFSMC Air Force Space and Missile Systems Center AFSOUTH Allied Forces, Southern Region (NATO) 0 M) ]8 _' f% A5 \$ DAFSPACECOM Air Force Space Command, Patterson AFB, CO. AFSPC Air Force Space Command, Patterson AFB, CO , o% ]6 R% Y- c, M: L7 JAFSPOC Air Force Space Operations Center. ! E* q/ f/ E2 c, @( T; a3 g9 y8 uAFSSI Air Force System Security Instruction. 7 s+ ~ U3 X! z3 Z; m& |$ yAFSTC (1) Air Force Space Test Center, Sunnyvale, CA. (2) Air Force Space Technology Center, Kirtland AFB, NM. , q3 N5 p+ A' S; L( g/ r4 J$ V: NAFSWC Air Force Space Warfare Center.