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21#
发表于 2008-12-25 19:59:40 |只看该作者
Each successive Block provides increasing levels of capability to counter Ballistic 4 D! |4 d* E$ C7 VMissiles of all ranges and complexity. (MDA Lexicon)9 j4 t+ V) o s' F6 E# G (2) This term is used to designate a portion of a multi-message packet that is% |2 z9 [+ d, j+ ` dedicated to a message contained within the packet.: v: C% o0 T. ^ Block Check ' f$ y4 n! g! p- f4 _9 OCharacter (BCC) 8 E3 v9 \9 F E& I1 PThe result of a transmission verification algorithm accumulated over a ; U) D1 j7 d0 `" G7 }+ x+ vtransmission block, and normally appended at the end, e.g., CRC, LRC.2 m4 G$ D- ?+ ?6 ~8 G) x Block2 c# p6 @, a2 B& n3 ` Enhancement ) {6 b: B# ?( m& i, OPlan (BEP)+ b* U: S/ Q- y$ Z The BEP documents Ballistic Missile Defense System technology development, U( ]. ~" l/ _$ u% L8 j! _/ ]2 N3 [ objectives and defines the steps necessary to achieve those objectives. The4 N& e0 D/ n1 e& Q BEP replaces the Integrated Technology Program (ITP) Plan and will document ) U. P5 l# g0 w" U" L1 O3 z! ]. Yall technologies within MDA that address identified needs within the BMDS $ ~, P7 E7 o% \+ lCapability Space or support MDA Technical Objectives and Goals. + M7 F- k' w% I4 z' YBlock Manager The individual selected to exercise management over a development Block. 2 ]5 r2 Y3 a% GBMDS Block management includes decision points at which activities will be ! q% M5 x. f8 H0 qevaluated on the basis of effectiveness within the overall system, technical risk, 9 K$ V) v2 u! H) hdeployment schedule, and cost. From these decision points the Block Manager % d5 K+ S0 l- Z3 m# N6 Rwill recommend whether developmental activities will be accelerated, modified, or2 f# q# C( p* U# r terminated depending on progress and promise. # V5 O4 q7 [. z. ~$ ]" f4 BBlue Forces Those forces used in a friendly role during exercises.9 V! X9 f, ?/ z Blue Light Stand alone network development program 8 T2 x, Q; }4 w4 \: W" hBM (1) Battle Management. (2) Ballistic Missile.9 B: c+ L2 y, H2 g$ F5 i% m BM ATD Battle Management Advanced Technology Demonstration . a3 h2 R/ }" c! a% i/ G; wMDA GLOSSARY, VER. 4.0 B 9 ^5 [& W4 O. w: i& u% A, O! y35 ! [+ d, ^: t6 X e9 N+ g& xBM/C3 Battle Management/Command, Control, and Communications. See also) C& L( b& X \" q CC/SOIF. " f4 q* y* J+ Y5 u8 ?' VBM/C3I Battle Management/Command, Control, Communications, and Intelligence.' B- X( m4 ~2 [+ \' \1 @. a BM/C3 WG BM/C3 Working Group." Z7 j8 ^9 Y* f8 S) f Z [ BM/C4 I Battle Management/ Command, Control, Communications, Computers, and 7 x3 `' O: Y: Z: w `$ A/ n- W! wIntelligence. ; T1 x$ f% V" T9 ~" h% WBMAAT Battle Management Architecture Analysis Tool.4 e% \9 N6 p- J& c& R# L BMC Battle Management Center. 9 h5 l% R* { m1 O. o6 @ MBMD Ballistic Missile Defense.% k: D+ a" E2 x' B, F/ r BMDA Ballistic Missile Defense Act.6 Y. V+ p7 v+ y( Y7 c* T BMDAC Ballistic Missile Defense Advisory Committee. K5 M9 a3 V$ U BMDAE Ballistic Missile Defense Acquisition Executive. 8 ^, W- z/ K$ S$ `) uBMDARC Ballistic Missile Defense Acquisition Review Council.7 |" P4 J, ~9 S. D" R2 i" G BMDATC OBSOLETE. Ballistic Missile Defense Advanced Technology Center, Huntsville,: X. M3 j" E0 u9 X% A2 i7 R AL.* p5 E5 Z# R+ G( t3 w5 a, _3 G BMDCC Ballistic Missile Defense Command/Control Center.2 i1 v( s- V7 y, P% u/ Z1 T7 Q, _ BMD Element/ W" R. r7 `- L7 F, M7 e Program# L u J7 V* S: N( m F& \* W Manager (PM) ) t5 e# L: R4 r+ s4 ]5 B" R. ]; JA highly qualified individual responsible for day-to-day management and ( h) T, @* O8 ^! Lexecution of a BMD element program consistent with PM authorities and: x; _! q4 H1 r1 `2 F; E responsibilities documented in DoDD 5000.1 and DoDI 5000.2.* ]4 X' Y5 W9 G& R+ f# a$ R BMD Event $ Z6 m( j9 e4 j* y4 n" u" M9 s1 w! X9 gAssessment( d5 t* W0 L; c* @/ I$ p An evaluation of information that determines the potential or actual nature and 7 q! C5 [2 ]" S# Y! O4 {objectives of an attack for the purpose of providing information for timely5 J4 C8 f" ]! O3 D& F decisions. Event assessment for ballistic missile attack begins on receipt of6 E; Q3 ]; {9 l event assessment information and continues throughout the attack. The & d& \9 X# I4 N+ u5 H! ]7 |objective of event assessment is to determine the origin of the attack, the , m" z( E: J1 I5 R# v+ p8 ecountry and/or theater under attack, the number and type of missiles/RVs ) {% w" Y* _4 a* D' Q. Ninvolved in the attack, and what specific targets (impact points) are under attack.6 `9 A3 B- b Y( @/ V0 j' j& A2 { This determination may be made based on attack assessment quality launch l8 f2 k9 _+ }$ u' Cand impact messages from external systems, information generated by BMD 0 ~# x3 l" F n9 ?6 y$ D: A5 z/ ~; Csensors, or any combination.* H. i# ~0 c" B1 ^4 J% p BMD Event9 H) J& \. q3 H. }0 f L5 v6 v Validation# k7 m+ N" o3 b/ i' s The human evaluation of whether an observed event is real or false. It is a 8 ]' C1 _- }5 J; E* l. q2 M0 Qstatement of validity of a warning event determined by a human analysis of 9 ?0 B# [, ~# S" D4 i/ Uequipment, operational environment, and personnel actions. The basis for this 7 B* e1 Z$ P& e$ Gjudgment is dependent on both of the following: first, in the judgment of sensor8 n' }) p7 x1 G8 u' u v site personnel reporting the event, the data exhibits characteristics consistent0 I* q+ U5 p2 r9 n4 T9 y; G( v with pre-determined phenomena attributed to an actual event. Site personnel& z0 }6 H# O5 Q z actions, and hardware and software performance, are determined to be within ' k2 C8 F T( festablished system operation specifications. This is a valid site report. Second, ) l% J3 N9 B" c$ Z% l, mwhen a site report is received at the BMD operations center, it undergoes system * Q1 I# l3 b, L( x: S( x+ H, areport analysis. This process may change the valid site report based on - M) }- c# N; P7 F/ G$ b# N4 ]1 `additional factors such as other site reports, intelligence information, and other) F! R" n6 D( y: z7 U: Q; D2 F data. Only after this process has been completed can a determination be made. X! M2 P" C$ D' ^9 s of event validation.

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22#
发表于 2008-12-25 19:59:56 |只看该作者
MDA GLOSSARY, VER. 4.0 B 1 V: `6 D; q. d& x' P36 ; T- {+ E! T1 \BMDM Ballistic Missile Defense Monitor. 7 L# h! d5 t( h! w# A; _# j) A$ QBMDN Ballistic Missile Defense Network. Encompasses the mission-oriented local area' M8 N8 Z% f3 s! ~ and wide area networks, facilities, hardware, software, network control and/ M% I& A* B$ ^. a( o management procedure and capabilities used to link MDA and the scientific and & `, o3 ^0 K0 D* i/ i! `technical laboratories and DoD facilities (collectively, the National Test Bed) that$ q4 K$ \4 d5 n( V1 A support missile defense systems development, test and evaluation, and / W/ y# J- I5 K, D: N N& Cacquisition. The Joint National Test Facility (JNTF) at Falcon AFB, CO serves as - K4 r9 J% b) athe Executing Agent for the BMDN.( A& _2 ?6 e. b' z! H" U3 m BMDO OBSOLETE. See Ballistic Missile Defense Organization. % x: r, P6 g6 H* w! uBMDOC OBSOLETE. See Ballistic Missile Defense Operations Center.' `. r& g* V1 _% V j BMDOICA OBSOLETE. See BMDO Independent Cost Assessment.7 F6 J8 h( l3 ^( V6 t* m, G BMDP Ballistic Missile Defense Program.' D! o. ^& n9 a3 @/ { BMDSCOM OBSOLETE. Ballistic Missile Defense Systems Command (now USASSDC).+ H( O3 I, Y' J+ A5 j BMEWS See Ballistic Missile Early Warning System. 8 \7 e" K) i- x) O& fBMIC Battle Management Integration Center. ! Q& H4 t M/ ?6 ?BMO OBSOLETE. Ballistic Missile Office (AF).+ `+ ~( Q* b+ B$ U! @' N+ u BMP Battle Management Processor (C2E term). Y& x- C" N5 B2 ]6 ^BMT Ballistic Missile Threat.' y0 Y' L0 [# }, |+ u" p BN Battalion ! q# D* z1 f6 |2 h+ d }; qBN HQ Battalion Headquarters (USA/USMC term).% Q; Z! R9 ~7 v! [ BN OC Battalion Operations Center ) [8 I, `! {$ B6 PBNL Brookhaven National Laboratory. ! |1 C8 `# C+ Q- s9 N* KBOA (1) Battlefield Ordnance Awareness. (2) Basic Operating Agreement. 6 [- k2 u) m; R$ }) uBOD Beneficial Occupancy Date (FAR construction contract term).$ r) O+ j) @' y8 ]. A. D1 }# y BOE Basis of Estimate.; l/ `* I, E/ s4 N2 M* j2 ]5 I6 G BOIP Basis of Issue Plans.0 v+ a0 x3 e: B/ f0 o) c( ?3 w BOM Bill of Material ?$ g+ D, f v9 S Booster An auxiliary or initial propulsion system that travels with a missile or aircraft and * P" v0 O) \- A& a1 uthat may or may not separate from the parent craft when its impulse has been , e+ I, r. E/ @1 ldelivered. A booster system may contain or consist of one or more units.- M) u1 ^/ y; [2 y l' j% B Booster- a$ k. ^- P' F Inventory ' ] }+ v6 @: e, o& k5 W$ u% T' oTotal force inventory.& s) T8 Q4 e( ]! ]* u MDA GLOSSARY, VER. 4.0 B ) o/ K4 O3 a) l% U% w! v' Y) `37 / S% m7 P; J# }, p+ k5 jBoost Phase The first phase of a ballistic missile trajectory during which it is being powered by1 j3 t9 J+ K: D0 Q) ?. { its engines. During this phase, which usually lasts 3 to 5 minutes for an ICBM,8 A) z" M3 n6 K( u. c the missile reaches an altitude of about 200 km whereupon powered flight ends9 R: p" G& i* P+ Q% Y and the missile begins to dispense its reentry vehicles. The other phases of: i2 _4 k: e8 G0 @ missile flight, including midcourse and terminal, take up to the remainder of an / p' M6 c: ^% M/ B* xICBM’s flight time of 25 to 30 minutes. (USSPACECOM) # K7 T9 R2 D4 j8 V$ |" P# ~) F. \Boost Defense % @: h( d0 \; _: C a" b% iSegment (BDS) 4 j* N, u4 Y* C3 E+ d# }The portion of the BMDS that defeats ballistic missiles in the period of flight prior + K4 G2 B0 a( `7 E# Jto the termination of powered flight. 2 [* D8 a n* y8 y/ ZBoost 8 `! @4 H0 P$ F) V1 L- LSurveillance and 8 l& M8 C3 s( c- i% fTracking System2 J+ A' S1 i+ R! y (BSTS) 5 q" y1 ~4 t9 \" mOBSOLETE. An Air Force sensor system in high earth orbit used for early1 V( b9 O& J0 q warning, tracking of ballistic missiles, and attack assessment.& T8 Z* F* m' S5 c9 c* E- G1 w" E BORRG Ballistic Missile Operational Requirements Review Group. 2 e- Q* B7 ~+ j9 TBOS Battlefield Operating System ( H8 y- `) I; ~ x7 LBOSS Background Optical Suppression Sensor. ; L& o$ V: B% i8 MBottom-Up $ L q( L& i$ TReview (BUR) + y1 O, A8 c. ~- e8 h+ C/ NA comprehensive review, initiated in March 1993, of the nation’s defense; r2 a' H, s- x, T strategy, force structure, modernization, infrastructure, and foundations. The# n* \0 V* _6 w$ | BUR examined U.S. missile defense requirements from a perspective of * e! p, }) B" Kidentifying options that could meet future needs at an affordable cost.& _" i/ l* q) H1 Y) a# | e* ? BP (1) Brilliant Pebbles (2) Boost Phase. (3) Battle Planning.2 S# x: T$ o9 S7 H, ` BPAC Budget Program Activity Code.- D3 k2 h9 S( ~! t BPBM Boost Phase Battle Management. B3 n0 P% _& L. wBPHIT OBSOLETE. Brilliant Pebbles Hover Interceptor Test.: x* W+ G3 o8 p& C# i% S/ e7 r BPI (1) Boost Phase Intercept. (2) Boost Phase Interceptor. % ~2 d( d$ s ~4 T0 G9 BBPI/E Boost Phase Intercept/Exoatmospheric Intercept0 b/ n+ J% ~7 x( _: A Z) Z, b BPL Boost Phase Leakage.; Q2 l( m5 l& u5 S" N S BPM Business Program Manager (Acquisition management term).9 W% J% {8 V+ y BPPBS Biennial Planning, Programming and Budget System.1 X* { [, g+ \# B/ E4 q BPS Bits per second (TelComm/Computer term). ' d3 @3 D/ p2 EBPT ATD Boost Phase Tracking Advanced Technology Demonstration.& X* F6 [( ^$ c" z! ?& {8 R( H BPTF OBSOLETE. Brilliant Pebbles Task Force. 7 Q: B+ U; R% E$ n2 a: U) }BPTS Boost Phase Tracking System.5 K# i: ~6 t1 Q BPX Battle Plan Execution.$ @6 v* A3 x: Q; Q; G; u0 R5 A Q BRAC Base Realignment And Closure.

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23#
发表于 2008-12-25 20:00:10 |只看该作者
MDA GLOSSARY, VER. 4.0 B , \8 z: ]# e& Q" G* D8 m7 v385 l5 q* M! R: L2 T' d& a6 h Brassboard: ^3 H5 I1 F1 r2 G9 K- y9 O Configuration 7 Q C" j! y+ M1 F& c5 u& M& ZAn experimental device (or group of devices) used to determine feasibility and to - @& p) d2 D- t k a3 Q& {develop technical and operational data. It will normally be a model sufficiently$ z; Z1 M& V4 m hardened for use outside of laboratory environments to demonstrate the" b7 F! ?$ P% Y/ M8 b technical and operational principles of immediate interest. It may resemble the- c4 t# G( u G2 A! T5 D end item, but is not intended for use as the end item.! E( ^% G$ m; S/ Y- j" S+ d/ T6 l BRDI Baseline Recompetition Document Integration 4 [' V3 J: X7 jBreadboard 5 l: n/ v, a6 IConfiguration " l* G! L2 r& d9 ~: g7 V) T+ r: ?* pAn experimental device (or group of devices) used to determine feasibility and to 2 Y+ S: j3 u. ?: [4 O5 ~. F4 V; [develop technical data. It will normally be configured for laboratory use to m, q+ M. s, x& a% ldemonstrate the technical principles of immediate interest. It may not resemble 6 V; P% V2 X# h# c* Cthe end item and is not intended for use as the projected end item. + O8 I) Q! H5 }& H |Breakout Execution of acquisition strategy to convert some parts or systems components, {# \- I0 L4 V1 } from contractor furnished to government furnished. Rather than having prime $ I! I/ z, d# B% ]3 dcontractor provide from its sources, government goes out to industry directly and : h% c# {2 Z) Q8 {+ Dprocures items. {& D: ~" B5 A, bBreak-Up (1) In detection by radar, the separation of one solid return into a number of) |2 m/ z, K |# M individual returns which correspond to the various objects or structure 4 T2 r, O" _, F' E9 n% i$ L. G' Igroupings. This separation is contingent upon a number of factors,+ n$ P( B, L5 D0 @ including range, beam width, gain setting, object size, and distance/ y( a4 o9 X. { p3 {8 w) b between objects. , B1 r# R, A) u h(2) In imagery interpretation, the result of magnification or enlargement1 O6 S6 C. G4 x9 G4 A# w which causes the imaged item to lose its identity and the resultant- K8 ]+ N0 l! a! H& d9 z presentation to become a random series of tonal impressions. / i; @, t, ]7 {7 z( B4 `; |Brightness The amount of power that can be delivered per unit solid angle by a directed 2 O; U2 d8 _, \2 Tenergy weapon. As used in the BMD program, brightness is the measure of ) K" H/ a" [; x9 _. g2 A Qsource intensity. To determine the amount of energy per unit area on a target,1 m6 K# r" e; H2 c( n both source brightness and source-target separation distance must be specified.% |2 |2 l; X4 W: S/ s) \ Brilliant Eyes % B. ^" u- O1 n t$ |0 A% b1 P# k(BE) - }# U" G( r0 T; j3 _OBSOLETE Successor to Space-Based Surveillance and Tracking System / d5 y8 Q7 b- p, B(SSTS). BE is also known as the Space and Missile Tracking System (SMTS), / B) \7 t. W$ M" tand is now the LEO element of the SBIRS. See SBIRS.$ h* A% ^, S* E A& F Brilliant Eyes # a- u+ E7 d. c( SProbe (BEP)% z; D/ `& O* N% M4 N0 I7 v OBSOLETE. The BE Probe is a concept for a ground launched probe version of 7 }2 B; [; |% Pthe BE space-based satellite, analogous to the obsolete GSTS, that would9 c$ f* @ P( O- u4 ^/ q leverage heavily the applicable BE Flight Demonstration System (FDS)/ S3 u, l, l1 {, r2 k o V! M developed equipment. BEP could be developed and deployed on a shorter: R) B/ W) T* J schedule and could provide interim above-the- (radar) horizon threat tracking and # N: n2 w+ A$ w8 ppre-commit for the interceptor. The concept requires the addition of non-FDS . n8 G `& ~. j; Z( j4 `& hLWIR sensor to a sub-set of the existing sensor complement, and is part of 2 ~0 R* i3 q( i* N) P4 g( Kpotential Contingency Deployment Options. Also called the Ground Launched / B0 K6 t8 T" {( nProbe (GLP). " B4 Y% K& U( |( I5 n& f, VBrilliant Pebbles 6 T% c9 @. k. \1 f6 W" E# P(BP) + k( y# J7 p- E' I1 |2 @OBSOLETE. Proliferated singlet space-based weapon with autonomous) ^/ Z2 R: ?% K! h7 B capability. (Now a subset of the Air Force’s Advanced Interceptor Technologies& Y3 a8 [; u* D, @! u- d (AIT) project.) - I3 z) L% C; o7 e2 |1 p2 [, r* R0 P1 TBroad Concept / }1 ~/ ?6 `: H0 Nof Operations - U6 p( k8 \* b, N7 x' i(BCO) " _- o/ b2 L9 x. p6 ZAn approved USSPACECOM planning concept for a complete SDS. It is a toplevel concept that is detailed in specific Phase Concepts of Operations.& t# d8 ~5 o8 A BRP Basic Research Plan. 5 ]9 z/ P \7 k3 B; y: V. UMDA GLOSSARY, VER. 4.0 B: \3 L- |3 u8 O# S 39 , h- e; n* d+ D; EBRV Ballistic Reentry Vehicle. ( S# g& C6 `, d: XBS (1) Battle Staff. (2) Broadcast Source.% }5 w8 H$ k, j BSD Battlefield Situation Display.; D% i! V6 Q9 Q1 O; l6 ~ BSL Base Support Listing. + v( @1 z1 l+ z/ x6 sBSTS See Boost Surveillance and Tracking System." W8 C/ ^' `3 E+ ^ BT ATD Booster Typing Advanced Technology Demonstration.- `7 H4 ]- F! U" k1 @4 _" x BTH Below the Horizon.) b8 x- s# B6 h8 c" ^6 M0 q" z4 \ BTI Balanced Technology Initiative.) e1 K$ }( B3 J$ ~ BTOC Battalion Tactical Operations Center (PATRIOT). ) P/ Y+ t& o# [1 Y% X( U/ ZBTRY Battery. : `$ s- Q w; M& }4 c5 U$ RBTS Baseline Target Set. An MDA-approved listing and description of ballistic missile( I* f4 R" n% ^/ y$ A9 _ targets, which have been (or are being) developed to meet a variety of target * g. H; N$ ]4 y! j/ j& a. J" Fusers’ needs, validated as threat representative, and accredited for specific( s9 X- K( l5 T! Z6 f% ^- B applications.! j4 c2 |( s* ^4 q0 w BTTV Ballistic Tactical Target Vehicle.# a, K6 |( d2 ~5 _ z$ ?* ]4 s BTY Battery. # h/ v* r- `+ V0 NBudget Activity (1) A budget activity is a major subdivision of a budget appropriation,, F9 _; S2 T: g& x ?! } generally in mission areas. It records estimates for a component function @5 R! {! G$ f7 I9 dor activity to be funded by the appropriation. (2) Categories within each! Y# v4 [% \) k# X8 k appropriation and fund account that identify the purposes, projects, or3 A% G3 I' s4 x# T, x+ A' w types of activities financed by the appropriation or fund. * w/ ^% k- \+ O1 q# y jBudget Authority Authority provided by law to enter into obligations, which generally result in8 @: s8 U+ F$ w% p4 y immediate or future disbursements of Government funds. It may be classified by - t5 O9 ]7 {" E6 C0 h. hthe period of availability, by the timing of congressional action or by the manner 8 b1 A, `$ w8 E8 ]7 l0 wof determining the amount available. Also known as Obligational Authority.' `. Q* ~2 Z# N* l' V8 Q! u Budget Estimate Cost estimate prepared for inclusion in the DoD budget to support an acquisition - _, \& U: }, uprogram.

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24#
发表于 2008-12-25 20:00:26 |只看该作者
Budget Estimate2 `1 [5 e6 J% }8 R Submit (BES) $ p, Z" a8 I' s% i7 C% W+ V- W9 q2 OThe service submissions to OSD showing budget requirements for inclusion in ; I- V, |2 \ T. F% R6 j* S$ d; h$ O* }the DoD budget. Every other autumn (even years) for two-year budget, every# }( a. s! |5 b& S# ?5 k autumn of odd years for amendment to second year of previously submitted twoyear budget. / L8 K* Z8 c6 c& KBuilt-in Test ' V$ A0 Z& S* A) p! F q k% B1 \Equipment. d: A" v3 l H6 e w# Z" U (BITE) L! @. V: u, b4 U% d7 w1 M$ q& ^Any device permanently mounted in the prime equipment and used for the . t, I, }- B7 q' q6 R" i% w) [express purpose of testing the prime equipment, either independently or in0 f: c" E% X# R" B# t association with external test equipment. + |, a+ H" F: _# L) I" WBulk Filter The signal processing rejection of detected signals as not being related to 1 p* u9 E" a; r2 jobjects of interest. The removal of sensor observations from the track files that2 }3 j1 M6 a/ W can be readily assessed by location or signature as non-threat (e.g., stars, boost " s& Q4 y1 D: e( K7 Z1 L( a# lfragments, etc.).4 \, ~5 z& k5 L9 P& M/ H' V0 u MDA GLOSSARY, VER. 4.0 B 9 u0 t$ T9 [6 x _, J40; a+ Z0 f6 [7 l" `5 H- { BUR Bottom-Up Review.3 G5 h. f0 h! {5 q( ]7 j; L Burden Costs not attributed or assigned to a system as a direct cost. Alternative term for 8 K! O+ v0 z- h' ^& s# }6 koverhead. 6 x ^8 Y4 H GBurnout The point in time or in the missile trajectory when combustion of fuels in the1 G h% M- ]0 d: e) o rocket engine is terminated by other than programmed cutoff.9 I( O: y% H9 I6 X9 z8 s {% W4 O Burn Rate The monthly rate at which a contractor’s funds are expended during the period 2 t* B6 v5 \9 E$ Y3 u6 kof the contract. ' R$ U: _0 k) B8 @* ] D& X3 ABurn-Through4 Y8 |6 I& d9 r Range $ Y3 W* a- c1 i. e# [: M9 u0 b& v" jThe distance at which specific radar can discern targets through the external! e/ p8 k3 Y9 T/ G+ k interference being received. `7 [+ ^8 T6 y, q4 LBus The platform (or “bus”) sometimes referred to as a post-boost vehicle, on a single7 @! a- @ A! W7 g1 I3 G missile, which carries all the warheads on that missile. May also carry penetration & A& R2 N0 w; G1 o! S$ }aids, decoys, etc.+ U) o. C' M/ {3 L Bus Deployment , z) ?' C# h: ]% s" xPhase z3 Z7 }* A$ z That portion of a missile flight during which multiple warheads are deployed on ( T1 B# a2 K7 X* k$ i& H3 [different paths to different targets (also referred to as the post-boost phase). : i' e: H. P* ?* x* |2 v# UThe warheads on a single missile are carried on a platform or “bus” (also referred , v) e& {. T% s6 A7 M9 o+ rto as a post-boost vehicle), which has small rocket motors to move the bus 5 x, T* o' t* V3 Rslightly from its original path.: T0 c" S+ ?$ I: }3 U6 \* l9 H) p0 t BV Boost Vehicle. 9 v( Y8 N9 X2 |( f7 LBVR Beyond Visual Range.) V e# j# p, i6 s( a& C( T0 ~ o1 F* t BW (1) Biological Weapon. (2) Biological Warfare.9 l7 s5 M+ b& R7 v# q BY (1) Budget Year. (2) Base Year.+ U' ?+ I2 h9 z MDA GLOSSARY, VER. 4.0 C w! K7 g4 t' \+ j) V0 i7 Z8 x41 : Y5 p4 i/ w3 A2 p! c8 S i$ mC (1) Communications. (2) Centigrade.6 D, K" {/ Q6 m1 v- `) E" Q2 F C2 Command and Control.; b7 n& t- d1 t C2E Command and Control Element.9 |$ C% Y% w" g1 @8 n4 b1 ?1 E C2P Command and Control Processor.5 z2 o" Q' @9 x' @6 d0 t; p- Q+ d C2S Command and Control System.7 i+ x5 }3 S6 h! s C2Sims Command and Control Simulations.+ b. ~, v& H# g" H/ i2 s h# k/ W% e C3 Command, Control, and Communications. % S; G3 G- X2 xC3CM Command, Control, and Communications Countermeasures.8 ^$ k9 a& l+ l/ n6 r5 ]8 S C3I Command, Control, Communications, and Intelligence. 2 L3 A* q! b9 ], Z/ [( xC3IIT C3I Integration Test.. X; b' ~8 H$ y- E C3TED C3 Theater Exploitation Demonstration.* j- D/ z8 g) C2 Z5 z: _ C4 Command, Control, Communications, and Computer Systems. # _% S1 e5 R7 \' fC4I Command, Control, Communications, Computers, and Intelligence. ' T1 L( C: z5 |6 c. DC4S Command, Control, Communication, and Computer Systems.9 N- U$ l6 {7 i: C1 F C Spec Product specification.9 E+ {" K1 o6 Q p2 z CA Counter Air. * @! s6 M7 ~# S+ K' yCAD Computer-Aided Design.+ x* _9 c4 L0 k5 z; d$ t CADE Combined Allied Defense Experiment/Effort. ? ^* t# e+ }8 V; ^, Y% aCAE (1) Computer-Aided Engineering. (2) Component Acquisition Executive., z/ T% r9 p; G$ m4 Q- m/ s9 t CAIG Cost Analysis Improvement Group.* |% O7 w s+ i CALM Characterization of Advanced LWIR Mosaic8 j- d- A, V% D+ @ CALS (1) Computer-aided acquisition logistic support. (2) Continuous acquisition % I; g! X2 J0 d3 Land life-cycle support.

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发表于 2008-12-25 20:00:38 |只看该作者
CAM Computer-aided manufacturing.* U6 N+ e! I4 p Campaign Plan A plan for a series of related military operations aimed to accomplish a common , L1 g0 E) ]) i9 s! kobjective, normally within a given time and space. & K# R. ~ `# o% e- _) yC&D (1) Cover and Deception. (2) Command and Decision+ z/ r% x% B& i# q% }! S2 e C&D/A Command and Decision/Auxiliary6 ^8 X* [7 w% m9 C) o C&DH Communications and Data Handling. # _+ Q( r" k7 O( P: j' Z; |/ j } TC++ Object oriented version of the C programming language.4 k0 `2 p* Z# \' h/ b6 T9 s MDA GLOSSARY, VER. 4.0 C / \ _$ M8 k/ p42! k* k1 q7 F! E: t C-B Chemical-Biological.5 s; G" C& g# H C/AHRS Compass, Attitude Heading Reference System (US Army term). ( e& [2 x, z8 F q2 }& YC/SCSC Cost/Schedule, Control System Criteria. : U+ q2 j5 k/ W) N- h7 o2 H* kC/SSR Cost Schedule Status Report., L) d8 w P/ {: G" \ CAESAR CONUS Attack Engagement Systems Requirements Simulation. ( d/ _# L- g1 H; V2 V- NCAG Collective Address Group. q% L; B* j( E- G# W/ X CAGE Commercial and Government Entity (Contracting term). 7 G+ z- K4 s" `7 Z* o- v& H$ GCAI Computer-Aided Inspection.* [3 U0 U! o, }! a' b/ @, f. E CAIG Cost Analysis Improvement Group.# T: ~+ C1 S6 u$ p9 m9 [ CAIS Common Airborne Instrumentation System.8 S3 n! r( Q6 L) t& u( i CAIV Cost As an Independent Variable.5 T' U4 C) f! V3 y* q8 p- h CALM Characterization of Advanced Low Background Mosaic. CALM is a contractor% [9 K& W( J" x operated ground test facility for testing focal plane arrays. It is located in: @- X: I5 ~, X5 z) D5 o4 t4 M Anaheim, CA, and is managed by USASSDC for MDA. ; N& Q' k* B: ECandidate' B5 W6 I, |+ x* _" n; c% K Sensors . Y( q# b+ I: l$ T& OAny of the following sensors that could potentially be included in a National ! w: Y" t% C3 h+ @1 ^! r& C- QMissile Defense deployment: UEWR (BMEWS, PAVE PAWS), HAVE STARE,0 B( M% D: [" e COBRA DANE, Haystack/Millstone, Haystack Aux, COBRA JUDY, and potentially - C7 A$ x' B8 F1 l5 {2 C2 hother existing sensors.4 Y' P$ x' F9 g CAO Counter Air Operation. # ?' p" ]; i6 F- q: F: T$ t( NCAOC Combat Air Operations Center. 1 M2 i9 Z A# e, Y2 n# T# k5 D) ECAP (1) Combat Air Patrol. (2) Civil Air Patrol. (3) Crisis Action Planning. ) J3 N* E) F) Z1 g) A6 ^8 a(4) Configuration and Alarm Panel. * c# h# o: D* \0 hCapability+ v- N8 y: U6 W7 j9 D4 W Assessment 3 S( l+ X8 X/ @$ ETo determine the value /capability of the BMDS: technical performance, cost, 4 f5 M7 E) i- b6 Nschedule, and other factors included.. b; |" [$ M8 V3 h Capabilitiesbased0 c7 n5 N, d5 W) f& E Acquisition* C- L/ ~& ~) d; o' u& W% F An acquisition strategy based on the principle of providing to the user 7 o4 [; {4 P+ A9 z8 Dcapabilities as they are achieved, vice capabilities as measured against an : I3 ^+ N' A7 x9 i% [4 n% habsolute standard. 2 Q8 b. g' m4 Z' `$ eMDA GLOSSARY, VER. 4.0 C - K; T4 K, ~6 Z7 y/ g/ a: O43 " D# I$ u1 Z/ `; f0 _# u9 dCapabilitiesbased ) c, l. M1 n* a) zOperational # H# c$ i1 i Q0 s ^( C8 R% HRequirements9 n2 x7 Y- s% Y. s# B f0 l Document (ORD) ( u. ]# R1 I) W3 YA specialized version of the CJCSI 3701.1B formatted ORD that records the / s% R7 @, U" @$ j R9 Mdemonstrated operational performance of a base-lined BMDS capability and2 G! a4 f9 E4 _8 T) [3 j0 O: L configuration for a system proposed for Service procurement and operations. In4 Q/ \7 n# r, {6 { place of requirements, capabilities are stated as operational performance * J5 r9 d$ F) S1 q* k- N: Pparameters that have been characterized in Developmental Testing, tailored to 4 A- D% j/ @' S+ l$ w# Y- j1 gthe system (e.g., satellite, aircraft, ship, missile, or weapon) and reflect systemlevel performance capabilities such as range, probability of kill, platform# N; u/ ^' p: U survivability, etc. In keeping with the capability-based approach, the threat is. C+ o/ R( w% a3 j Q described in adversary capabilities terms, rather than specific threat systems.8 c" k1 _- C9 C, Z Other facets of the standard ORD that speak to the suitability and supportability0 E- c$ U" |/ \5 I3 |) U' p0 ~ of the system remain unchanged. The Service will bring the Operational2 S" J! U, C y; }& Z$ ?# ?# S3 L3 m Capabilities Document through the Joint Requirements Oversight Council as the* b% ~ S9 M5 m [8 r system element transitions to a Service.( A" u# ^& J: V; T! \ k6 V2 ]) t Capability' V; q9 Y+ d! ]; A* [ Specification ' u# ~- B# j n" n7 hGenerally, but not entirely, equivalent to the term “Performance Specification” as $ J& J: X" B8 R% pused in a DoDI 5000.2/DFARS context. It is different in that capability 3 o; w+ K# e- Kspecification emphasizes operational capability verses performance requirements+ z3 R5 z5 t J3 p that are responsive to documented military requirements. Unlike performance* l g3 Y" q. H; K; V5 l+ ]. q/ t6 a specifications, capability specifications are not necessarily tied to APBs, Mission ) N2 N+ e% q! V, q, Y7 RNeed Statements (MNSs), or ORDs. 0 d4 a b( y9 s. I# GCapital Satellite A highly valued or costly satellite, as distinct from an inexpensive decoy satellite.- h e4 h$ x: A& v% _" |7 ? Some decoys might be so expensive as to be considered capital satellites. # T" F& G- g0 p o3 R0 P) ?CAPS Commanders Analysis and Planning Simulation. 5 L( T9 S$ d7 j$ |/ ^$ U, O1 N1 lCapstone Test 4 X2 e6 Z! |# G2 ~. [and Evaluation! z; G0 P4 o7 s$ a; P0 P Master Plan . P2 d5 t8 D# s' O6 C(Capstone TEMP) 2 ?+ B; @ I, r! S f! vA Test and Evaluation Master Plan which addresses the testing and evaluation 5 \4 @9 ?! J0 {of a defense system comprised of a collection of “stand alone” component/ X/ L4 m3 e/ [4 R3 c O% v systems which function collectively to achieve the objectives of the defense4 }+ }5 a! f) l$ { system.+ i0 k# M4 q6 d, s9 y CAR (1) Command Assessment Review (AF). (2) Configuration Audit Review. (3) + H6 _4 N& Q' CContract Assessment Report. ! g$ m. u" A1 ~" r) X8 ?. hCARD (1) Cost Analysis Requirements Document. (2) Cost Analysis Requirements$ B0 l/ U: T+ W) P/ B' s J% D Description. " ]6 q: y2 v& N- wCARM Counter Anti-Radiation Missile (PATRIOT). " c# M$ H- ]5 C! h6 jCarrier System A means of obtaining a number of channels over a single path by modulating ' ^& Q/ u- } H: y- feach channel upon a different “carrier” frequency, and demodulating at the ' ^0 n. p! F- d2 u) z2 J) yreceiving point to restore the signals to their original form.# s, [. Z- e: _ Carrier Vehicle8 w* V: W- _8 V (CV) t7 Q; f. v, u! O A space platform whose principal function is to house the space-based. {: R' [) T- i3 a; f$ X interceptors in a protective environment prior to use. / J4 y& }2 a/ {; p6 z0 Q SCARS Consolidated Acquisition Reporting System." M" `) G# P; {5 f: E" M, k CAS (1) Close Air Support. (2) Computer-Aided Servicing. (3) Crisis Action System. / M0 Y; T# T e* ~% P(4) Cost Accounting Standard.* f- L' _7 H. s! g" t2 @ B CAS/M Computer-Aided Servicing/Maintenance.8 E8 z4 Q+ m* W# U4 d+ \ CASA Cost Analysis Strategy Assessment. 4 b. ^" f9 R; l6 o; h9 MMDA GLOSSARY, VER. 4.0 C ! b4 v/ l, W/ g- ], z- n$ P% K/ @4 k44 8 g: d1 z5 S9 b; w5 v0 }2 zCASE (1) Common Automated System Execution. (2) Computer-Aided Software3 y! n# Y0 X7 `8 D( } Engineering2 c) w! p8 `8 | CASOM Conventionally Armed Stand Off Missile (USAF & UK RAF term).* Q! \: y M, o. [8 ]7 l& C CASREP Casualty Report (USN term).: N: o& D9 N' Q7 p CASS Consolidated Automated Support System.% _8 y3 ?3 D! V% ~ CAST Commercial Acquisition Streamlining Team (USAF team name). . A$ B4 X: d! d& |+ F, p" R$ wCAT (1) Computer Aided Testing. (2) Crisis Action Team. (3) Category.9 w7 N2 {! A- X1 K. W Cat House A second-generation Soviet phased array radar that augments Moscow’s S( e+ p& N% eexisting search and target acquisition radars (Dog House). It also enhances their 3 a& l/ `8 w; n( i. A! K# Vbattle management capabilities.6 s6 x3 z+ f7 \ J2 D9 h7 Q CATO (1) Combined Arms Tactical Operations (US Army). (2) OBSOLETE.; G- N' z) ]" S9 S Common Automated Tactical Operations. " Q/ t! N9 f4 \% c4 TCATS Computer Aided Test System.6 Y9 y3 i; S# I% D6 n ] CATT Combined Arms Tactical Trainer (US Army term).! ?1 h! |: d7 Q CB Chemical Biological. ' ]# j1 ^: S% G, |5 B: H9 X8 ~CBD (1) Commerce Business Daily. (2) CINC BM/C3 Demonstrator. * E" c6 Q7 y4 FCBM Central Battle Management. . M: L; L ^7 k z6 JCBO Congressional Budget Office. 0 G: ~0 x: B& n7 {! t# a$ tCBR (1) Chemical, Biological, Radiological. (2) Concurrent Budget Resolution. 1 ?" R# D6 H/ P+ CCBS Corps Battle Simulation (US Army term). * a* {/ F# r3 r& f5 M0 |CBTDEV Combat Developer (US Army term). . A2 E6 s, N5 j# ` Y$ F4 D4 F% hCBU (1) Cluster Bomb Unit. (2) Conference Bridge Unit.

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发表于 2008-12-25 20:00:53 |只看该作者
CBW Chemical Biological Warfare. # K" N9 t3 i8 X: v9 X6 }1 O( B! ]CC (1) Command and Control. (2) Command Center. (3) Air Force Commander6 v3 D% B5 s/ n: N. Y office symbol.- V l3 d- c- p) L5 F9 n CC/SOIF OBSOLETE. Command Center/System Operation and Integration Functions. r' g' e( e1 G, T U1 c) x(See C2E and SOIF.)# a3 d- H! t6 | M/ |3 ^' w, d CCA (1) Contingency Capabilities Assessment. 8 P: z9 r' T3 M: L, B(2) Carrier-Controlled Approach. # R5 D* {0 x. K% b& J(3) Circuit Card Assembly. a# ~8 l+ V2 R9 i CCA (ICE) Component Cost Assessment (Independent Cost Estimate).$ `" k: z; E- G. R CCB (1) Community Counter terrorism Board. (2) Configuration Control Board. 0 c' T& x, `0 q dMDA GLOSSARY, VER. 4.0 C ! L. @0 v! \* a45# s0 E' [" \/ o$ f/ d CCC (1) CINC Command Complex. (2) Component Command Center. (3)4 _- P' ?8 J. | k% N3 d+ z' } Consolidated Command Center (NMD BMC3 term) : L3 N, j# V& Z# S0 |! OCCC (BMD) Consolidated Command Center (CCC) (BMD).7 y* Q+ C' J% G7 o5 ]- n CCCI Command, Control, Communications and Intelligence./ n8 {1 \! t3 x& R CCCS Common Communications Component Set. / A: c8 U. [0 u) n: kCCD (1) Charge-Coupled Device. (2) Camouflage, Concealment, and Deception. / |) d! X- J! XCCE OBSOLETE. Command Center Element. Now called Command and Control- r$ p' d8 D) J& L( T# P; z Element (C2E). # v4 Q7 z' Y& Y/ ~ @CCEB Combined Communications-Electronics Board (NATO term). : G$ \* c z% g, Z; A- Q- w+ @CCEP Commercial COMSEC Endorsement Program 3 d: X. Z1 X9 bCCEV Command Center Experimental Version. ; a$ b; ?: M- B" ~/ p: `CCI Controlled Cryptographic Item5 V" y: C9 Q8 E CCIS Command and Control Information System. & [: L3 \4 T9 [& P$ l& h rCCL (1) Commodity Control List.' `. ^- ?1 U% [4 w P( B. V (2) Commerce Control List [Commerce Department]. ( X3 p. w6 G# W$ R0 y/ ^* oCCM Counter-Countermeasures.! |0 p6 s g: ?1 g3 |* r* L CCMPS Counter-Countermeasure Parametric Study. }; E) S2 n3 h/ g( ]- k. j CCN (1) Contract Change Notice. 6 J$ }( n2 u6 m- k! s3 _* L Z: u; E. n(2) Configuration Change Notice./ Z5 Z9 p9 y0 W: o CCP Contract Change Proposal (Contracting term). 9 Y$ R$ ]3 O/ aCCP002 Contract Change Proposal (and number) (Contract Administration term). 0 N$ x3 \2 b5 X4 i! S+ l8 _9 b) ?CCS Combat Control System (AEGIS). 8 e8 ]/ q( M: L9 ZCCTV Closed Circuit Television+ T" R7 X0 F5 r% k0 O CD (1) Concept Definition. (2) Contingency Deployment. (3) Combat 9 ~. j+ s0 @2 h/ z2 x9 EDevelopments4 N) }8 j- p3 D: [) Q: G6 A CD/V Concept Demonstration/Validation (DD 5000 term).# r2 K& _/ k; P: F( g# g CDA Central Design Activity (USAF term for Software Engineering Center)., }% a8 n" Z' q+ J% S& h/ r CDB Central database (USN term).$ w& [ \3 k; P8 r+ C CDCC Classified Document Control Center. 8 D, l% {8 Q$ D }4 VCDD Concept and Development Definition.- v7 v. [% P8 {. d1 `) I# b CDE Conference on Confidence and Security-Building Measures and Disarmament in 5 b; N9 P* P1 d6 j* @Europe.9 y% [$ q- F1 t0 J/ F% K MDA GLOSSARY, VER. 4.0 C1 i6 U' U% |" Q5 _' l1 i5 `$ c 46 ' I- C2 {/ s( KCDI (1) Conventional Defense Initiative.. ^( s% b A: S8 h+ i+ l (2) Compressed Data Interface. $ ]% ^. v% q* q: V4 V0 X! L/ P+ H(3) Classification, Discrimination, and Identification (PATRIOT). ( b2 S& x9 I- v6 q# S, iCDMA Code Division Multiple Access [Receiver].' f q) [* B$ L; G& {/ Z CDO Contingency Deployment Option. 3 F6 j. e6 U/ e; M# `CDP Contingency Deployment Planning. . j4 n7 ~: `9 K; ACDR Critical Design Review.$ {$ d6 X3 `& _% q S CDRL Contract Data Requirements List. " J7 I1 A8 m# K K- r' Z% wCDS Congressional Descriptive Summary.9 ]$ u3 y8 I; h0 D1 \- N CDSSI Common Data Sharing System Infrastructure.) f$ I u, y+ i6 E) {7 x CDT&E Contractor Development Test and Evaluation. # N8 n6 f5 M! {0 K4 [: b$ MCDV Concept Definition Vehicle. ' T0 S; y1 X0 WCE (1) Concurrent Engineering. (2) Communications Enhancements ; a) K% K- D" ~, W" Y* c(PATRIOT). (3) Corps of Engineers/Civil Engineers. (4) Current Estimate.% Z! S' K3 j& U, T5 h (5) Communications-Electronics. 6. Command Element., @: y$ A$ q5 l, f% ^ CE&T Common Environments & Tools4 S1 x3 G# R/ j* V9 z CE/D Concept Exploration/Definition Phase.5 `2 R& i! S3 K6 { Cease 6 z% P' @' Y6 \2 q0 ~Engagement4 c, V5 O* z* q3 U" u; k In air defense, a fire control order used to direct units to stop the firing sequence& I2 W% f6 q+ m. [. V# t6 ^0 Q: } against a designated target. Guided missiles already in flight will continue to + j G) P* f% @ }9 iintercept.3 J( r% j) \) U/ U Cease Fire A command given to refrain from firing on, but to continue to track objects. \( A* w1 g, q! R Missiles already in flight will be permitted to continue to intercept." F) o4 w: _& r7 ~! ~. ] CEATM Cost Effectiveness At The Margin. I9 V% \$ |& g CEC Cooperative Engagement Capability. ( }# d1 h0 f7 S- {+ `; t) Q& C3 ` |CECOM U.S. Army Communications Electronics Command, Ft. Monmouth, NJ.: a7 `& M' r, H# V) _; m CED Concept Exploration and Development. , h* I$ D4 p T2 w& hCEEM Cost-Effectiveness Evaluation Model. {' [# z* N0 vCELSA Cost Estimate Logistics Support Analysis. [Methodology for estimating logistics # D% ^- R0 f a% Ysupport costs]. . B! W/ ~. I' P2 E ]CELV Complementary Expendable Launch Vehicle. " o+ `5 i' _5 P$ n/ eCEM Combined Effects Munition.5 B% R6 |7 N1 Y/ D# ~( A CENTAF [US] Central Command Air Force. 1 Y+ @1 Y# s5 \ R2 \! j( ~CENTAG Central Army Group (NATO). 2 p) H6 Z# L$ P: @! uMDA GLOSSARY, VER. 4.0 C$ x' F B) b, I. F 47 + ~( [ J+ h) l3 c( g% P) Z4 JCENTCOM [US] Central Command % u1 M3 B$ }* z4 k$ X# _/ ?Centralized 1 X, \. g F7 lCommand ) I# c+ l# G/ ZOperational concept which specifies that critical C2 is collected and key C2+ l, _# N# v2 M. l0 }; ^0 U decisions are performed at a central location by USCINCSPACE, or his ) B$ z0 \5 ?+ Q) k- J' d- qdesignee, to ensure continuous and positive human control over the system.& h0 {% G- x8 E Centralized5 P1 l- ~5 C- }' ?+ Z6 |8 F Control . \' t S% j9 t8 OThe control mode whereby a higher echelon makes direct target assignments to; e$ A: B7 Q1 u& I fire units. (USSPACECOM)' o" L1 r& V. s8 d" A Centralized D1 B: X+ w4 e: U! f* V Management$ Z; b$ _0 X' g The concept of using a single, designated management authority. It includes! t! D6 w. }" N0 {# M3 k5 l2 Q system management, program/project management, and product management. $ j+ @0 J! `: _; V7 h4 ]CEO Chief Executive Officer. F1 M2 E6 U( w3 X! m CEOI Communications Electronics Operating Instructions.+ u: o6 `' w. p4 } CEP (1) Circular Error Probable. (2) Consolidated Evaluation Process.( z; Q% Q" }8 N7 O# K5 d9 m CEQ Council on Environmental Quality.( A7 f/ ~3 F0 D) q8 S0 c2 [2 S CERES Center for Research Support, NTF, Falcon AFB, CO. $ [( p2 r \# x/ i9 f& ICERT Computer Emergency Response Team. ; ]: I& m* ]8 W8 n7 pCertification The technical evaluation of a system’s security features, made as a part of and9 h) A5 p1 i. l! s$ ~ in support of the approval/accreditation process that established the extent to' I1 u6 s: g8 l4 h which a particular computer system’s design and implementation meet a set of & c6 c' b" N$ q/ n( A: V0 qspecified security requirements.: K& l, M4 f& f! s* a CES (1) Cost Element Structure. (2) Civil Engineering Squadron. % T, |) H+ G. ~& E* |8 pCEST CINC Exercise Support Team (BM/C3 warfighter exercise term). 3 s5 `* ]/ m$ e1 a2 H) ^ QCET Concurrent Engineering Team.% P: s! A* u! P6 n% a$ {; c1 n CETEC Corps of Engineers Topographic Engineering Center, Location??? + F2 o. q0 c) j7 b, C+ PCEU Cooling Equipment Unit. 8 F& m" t* j% V/ D8 A7 gCEWG Civil Engineering Working Group.4 n& A' `4 h. H8 u q CFA Center for Architecture (JIEO term). $ `% k0 N* e* T% RCFAA Computer Fraud and Abuse Act. + z. ` {0 a6 k5 v3 }4 LCFC Combined Forces Command, Korea. 1 W) \. f2 r5 D- {CFE (1) Conventional Forces Europe. (2) Contractor Furnished Equipment.) `; T( |% Q# U7 ~2 }8 r (3) Center for Engineering (JIEO term). (4) Commercial Equivalent * F/ `4 Q- B" e1 W+ W$ [Equipment (US Army IFTE term).: _/ V$ d' D. m5 C! | CFEL Contractor Furnished Equipment List.& i6 y/ O- S6 k2 o" n. X7 B! i( C CFI Contractor Furnished Information. G& b! t# o, t3 v8 a; C CFI&I Center for Integration and Interoperability (JIEO term).+ ^/ `) @. c! _* v. m n( h MDA GLOSSARY, VER. 4.0 C ; A2 m& A% H' r8 m3 n) X U$ H! e48 2 B; `' V6 ?+ t4 {& i/ {! WCFO Chief Financial Officer( g6 s& [4 _3 g: K! U" C CFP Contractor Furnished Property.. ^1 U3 x3 w6 w7 ~. @ CFR Code of Federal Regulations. * S6 e1 p) N5 _) Z1 `CFSR Contractor Funds Status Report.6 k, \0 f$ @3 L# z; m) A CG (1) USN guided missile cruiser. (2) Coast Guard. (3) Chairman’s Guidance. q$ S S3 Y) J' D( Z$ X (JCS). (4) Commanding General. (5) Center of Gravity. (6) Comptroller0 J8 e8 }; n* D8 e+ g% x+ t General. * m9 Q! Q* z4 c4 I# l1 }: W9 _7 rCGA Color Graphics Adapter (Telecomm/Computer term). " F9 j1 \& C2 B. x" Y1 ECGS (1) Common Ground Station (Part of Joint STARS). (2) Continental Ground ; j* j* W7 y) a+ W2 t0 FStation.* }" |8 Y' t6 L( ] Chaff (1) Radar confusion reflectors, which consist of thin, narrow metallic strips of; T" B, g& C: D: u/ T& W various lengths and frequency responses, used to create false echoes1 `" h8 ]3 d2 `; N$ Y+ F7 \4 H6 o for confusion purposes. 3 Q" x" a6 A9 A! U7 o2 [( a0 V(2) Confetti-like metal foil ribbons which can be ejected from spacecraft (or . b" p/ h) S% ~; c, e4 cterrestrial vehicles) to reflect enemy radar signals, thereby creating false$ I0 X& ]' q! h: A& v( ?. t targets or screening actual targets from the “view” of radar.5 q+ K" t' N2 A) i$ M Chaff Puff Volume of space containing a relatively high density of chaff.! L. Q6 O$ b4 x! X Chairman’s/ n+ M A( ^& b) P Program , r8 l# t# {; o) R I XAssessment , X( T( s: F1 P6 B: T' n(CPA)5 Z3 b! w; I* r/ b n7 y0 i Summarizes the views of the Chairman, Joint Chiefs of Staff, on the balance and 8 m/ ]6 I3 u" Scapabilities of the Program Objective Memorandum (POM) force and the support: b- l' t9 N/ h, ?$ c* q levels to attain national security levels. The CPA assists the Secretary of . V8 I3 m: e F- w% |% P" SDefense in decisions on the FYDP subsequent to receipt of the POMs.7 I" D7 \7 t+ J7 b, Y! D) J CHAMP Composite High Altitude Maneuvering PBV 7 w0 i8 p& Q. _" H. J4 M' dChange Order Unilateral written order to a contractor to modify a contractual requirement within+ S5 ^& R5 d1 {# b1 t! `8 O the scope of the contract, pursuant to the changes clause contained in the1 i. M* @/ s: t* @" z" f contract. & D# T" T2 p* a, c. U! ZChange of 2 F6 d. c' \7 Q" b6 OOperational & g& F0 x8 X0 {: `9 ^$ w( n3 I# nControl (CHOP) . k$ T" C3 ?7 u* uThe date and time at which the responsibility for operational control of a force or 7 Q/ |" m3 H! f4 R9 {8 n- m$ Runit passes from one operational control authority to another. : {/ e2 s K' H$ i% n6 y6 UCharacterization The process of ascertaining the BMDS capabilities. The result of the BMDS1 _2 A* T5 B# W characterization effort is a description of actual BMDS capability at a particular7 e1 O5 a& ^2 `! U! f point in time. Characterization relies on test data supplemented by analysis to , G8 g) d) }$ U: I7 _establish confidence in estimates across the threat space.8 Q7 _( q+ T( E9 F% @& i& `7 ~5 @ CHARM Composite High Altitude Radiation Model.- a+ e/ d% N- ^; o* _" b Checkpoint Event or point in time during the program before which decision criteria must be + n1 s/ K/ T% ?3 K7 A U. ?3 xmet. If decision criteria are not met, MDA may decide that the program may not" x' s1 Q/ l; u3 z. k% V+ @' | proceed through the checkpoint. A checkpoint may correspond to an event 6 j; v1 m5 C x" R7 ?! V) {. e, D, ysuch as a program review, test event, or contract award; it may also correspond) a; S$ ?" z+ a( J to a point in time, e.g. six months after contract award., {" A/ Y, _" [+ e; A x MDA GLOSSARY, VER. 4.0 C & e0 O& \8 h8 @% K- Y49 / W8 G+ s' q! }6 LChemical Agent A chemical substance which is intended for use in military operations to kill,+ N0 a2 N, X. Q! R3 @( A, A6 T seriously injure, or incapacitate personnel through its physiological effects.* k% G8 q! {' ^1 a: u- b Excluded from consideration are riot control agents, herbicides, smoke, and% k* g5 P) {9 m, Z$ Z6 L flame.+ c+ @- q/ ]6 V9 J( T8 W: a5 B Chemical Laser A laser in which chemical action is used to produce the laser energy. , y. J( |8 s3 y1 z2 G' sCheyenne x' [/ E, N$ d! oMountain9 K2 K/ @. v- w% G Air Force Base2 F4 h3 g7 X" |' V (CMAFB) ' D7 ^6 C0 w& A* tCMAFB provides the primary facilities for the command, operations, and5 O" B: `3 ^- X5 J6 M( ~! w processing centers which support the correlation and assessment functions of $ h7 @$ g0 [% Jthe ITW/AA system. / @% V+ ^3 c& @4 s4 C# Y9 ECHIPS Clearing House for Interbank Payments.

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CHOP (1) Countermeasures Hands-On Program. Also known as the MDA' t5 R# c( X# j0 F, Q Countermeasures Skunkworks. (2) Change of Operational Control.# q; M9 Q3 f- z1 y; @ CHS Common Hardware and Software.* W2 m# }$ ?1 p6 B l' i CI (1) Counterintelligence. (2) Configuration Item. # C5 c( X; D1 f3 ?6 OCI (n) Capability Increment (Number), e.g., CI-2, (NMD BMC3 term). / D" `* I+ z- C8 O, ~CIA Central Intelligence Agency (US). - Y+ X9 w6 P+ i% ?CIAC Computer Incident Advisory Capability. 0 r7 U# c- w2 t# w! _! X- G+ y) ?. vCIC (1) NORAD/USSPACECOM Combined Intelligence Center. (2) Combat/ t8 }/ R Q/ j5 S7 ~, m4 K2 z Information Center. (U.S. Navy). (3) Content Indicator Code. % e5 A' p5 W1 N" g. Z(4) Communications Interface Controller. (5) Computer Information6 P& p% B. U7 u/ | Center. (6) Combat Integration Capability (USAF term). 3 k" M! u6 K* e; \# dCIDR Configuration Item Design Review." ^( t- [: s7 u$ \+ _ CIDS (1) Control, Instrumentation and Diagnostic Systems 2 a8 Y- M5 p/ K1 l! ^- T(2) Critical Item Development Specification.) A% I: X9 e+ G CIDSE Consolidated Integrated Development support Environment. 0 v! r5 f/ y. C ?7 XCIEL Certification and INFOSEC Engineering Laboratory. 7 ^0 Y$ }( K& Z$ I, cCIF CINC Initiative Fund. / }, Z/ c! f4 C2 U% xCIFMS Center for Integrated Mission support (JIEO term). / A- Y8 L' q* ]# p3 i6 OCIL Critical Items List." |( y5 K3 q. }2 j5 i1 u CIM Computer-Integrated Manufacturing.8 r' _3 Z0 ]0 S$ A2 s CINC (1) Commander-in-Chief, used when referring to the President of the United2 [$ B1 } N& F. R' i States. (2) An obsolete term used to refer to the combatant commanders of0 Q% s, Q; ?! i0 K8 X; _ major commands such as CENTCOM or NORAD.- F' |; g# Z% M/ ?- S MDA GLOSSARY, VER. 4.0 C 4 ?" p+ H: m' \ V- `. m$ l50 & v6 G6 B. F# t3 e3 aCINC Decision: w1 W4 e$ L; H! W. y Set . m* W+ v- M7 D/ C z+ aA group of decisions available to control forces, including determining# q; g& S) ~6 E operational state, DEFCON, hostile intent, authorizing engagement, selecting , f: `8 b6 o( ?3 _preplanned response options, withholding weapons, overriding system directives,! F8 S' a6 s. B. t4 q6 k2 ~ and terminating engagement./ B) B) R" w3 O1 Z; x; w CIOTE Commander’s Integrated Open System Technology Evaluator.2 D, P/ ]. @0 | Cipher System A cryptographic system in which cryptography is applied to plain text elements of/ A2 Z* I, [5 v" _( t1 w equal length. ( \: B* k; h0 V0 eCiphertext Unintelligible text or signals produced through the use of cipher systems.- X3 _9 e9 S4 f/ J6 Z! }$ r CIPT Cost As an Independent Variable (CAIV) IPT. $ t' o* i, U+ hCircular Error 6 {4 y% j2 q: t, s; \6 gProbable (CEP) # }7 @) @% W+ C4 n2 C7 J, mAn indicator of the delivery accuracy of a weapon system, used as a factor in/ @8 B$ Q. A2 x+ U1 k2 H/ u determining probable damage to a target. It is the radius of a circle within which 3 x" \8 O7 A T. n4 O8 N' f5 Ihalf of a missile’s projectiles are expected to fall or there is a 50 percent6 ]9 L% G& |3 c; L, N: j/ ^- Q6 e probability that a single projectile shall impact. - H! i3 z I6 G$ cCIRIS Completely Integrated Reference Instrumentation System5 G: f7 r5 B2 p. C* Q" R8 c CIRRIS Cryogenic Infrared Radiance Instrumentation for Shuttle. ' X& a* X2 |/ [- y; lCIS (1) Commonwealth of Independent States. 5 T Y+ a: U2 [(2) Common Item Support.2 x& K$ }; G7 p+ m (3) Communications Interface Shelter. ; ]4 w+ q C" M" kCISF Centralized Integration Support Facility. I' w I) t3 S0 R8 b) Y CISS Center for Information Systems Security (JIEO term).7 W/ y% K, E$ Z2 w; ]2 b) I) \ CITE Common Integrated Tactics Execution (USAF term). 9 i) ]- ^; t8 x0 X X- ^( KCITIS Contractor Integrated Technical Information Service. 7 e9 Q% T, X+ i$ `7 Y: c' Z0 T; f2 _CIWS Close-In Weapon System. V7 H+ C( E' s7 r" i$ BCJ Cobra Judy, name of a surveillance radar. ) F" B0 E3 u0 V- s+ gCJCS Chairman of the Joint Chiefs of Staff7 G9 Z) |6 ?, q4 g; ~9 Q* v CJTF (1) Commander, Joint Task Force. (2) Combined Joint Task Force. * o4 d1 \# X$ C' VCL Chemical Laser.4 E: m( _8 H- c CLC Command Launch Computer (HARM term). & [% W& [( l/ \; T) wCLE Command and Launch Equipment.$ x) T8 E/ p$ ~* j d. I ` CLEMENTINE A flight program to demonstrate lightweight spacecraft technologies. % j1 f* k9 M7 UCLEO Conference on Lasers and Electro-Optics (See EQEC).# x) l1 P8 G2 \! h% h# y* S6 z CLGP Cannon-Launched Guided Projectile. d2 Q6 B2 Z- r b U) b8 q0 `8 OCLIN Contract Line Item Number! L! G- z" E7 O8 z4 @ MDA GLOSSARY, VER. 4.0 C2 v4 G/ b" t5 p 51 ) J% \5 w0 _' CClosely Spaced 1 d: G' M1 W4 rObjects (CSO) F) S0 K7 W: w# ] D0 @+ W( FEntire or partial object clusters that cannot be resolved to individual objects due& m: q( J* q, c7 u# W3 F! L to their close proximity and/or exceeding the sensor resolution capability due to $ E: \! V* z4 k0 ?the range or the lack of suitable sensor viewing angles. & D! m4 o( k* d6 _! BClosure In transportation, the process of a unit arriving at a specified location. It begins + o" k( f# K9 b" P" k0 N+ Zwith the arrival of the first element at a designated location and ends with the 1 r9 t6 g4 [2 G' J+ I. U( s" qarrival of the last. " A! W" O2 o1 q1 fClutter Permanent echoes, cloud, or other atmospheric echo on radarscope.; Y' M7 {7 U5 c! h$ c8 i5 R CLS (1) Command and Launch Station. (2) Contractor Logistic Support. 8 g1 w% c4 u2 p2 o, X" y9 \Clump Two or more objects that give rise to a single observation, e.g., an extended9 a# O) X. \2 u object consisting of at least two unresolved closely spaced objects.2 L' D5 p& s# ^# i0 N& ~ Cluster (1) A total collection of objects each of which is within some metric distance b7 R3 |! F! nof at least one other object in the collection. % N: k; H# x# y) I' C(2) A total collection of objects each of whose image on the focal plane of a- K# c( j; c+ a) ]% g( z! A sensor is within some metric distance of the image of at least one other ; V; Z* X. Q1 a+ H& z; Oobject in the collection.# W# O0 a" W! e4 h4 b$ a* I (3) A set of objects with similar state vectors (based on truth). For example," t4 F8 `- W" D+ V C8 e2 E a reentry vehicle and its penaids deployed at virtually the same time from ( u( M7 _0 V' N. Xa post-boost vehicle. 8 C: @. s# V; c# A% x) H4 |8 ^2 I) N(4) For BM/C3 purposes, a cluster is a group of objects any one of which 4 ~! B: e( n# Y5 ]) ^2 q1 `can be engaged by an interceptor launched at the Centroid of the+ p- s( H6 I0 w- x; G3 q cluster, possibly before the cluster is resolved into separate objects.: |1 n' {; P, W2 D Cluster3 w: I6 U$ G6 J/ s Dispersion+ _$ V7 {& x! G z9 ^ The rate of expansion of a cluster in meters/sec or angle/sec.# ]: I# ^* j+ q Cluster Set A group of object clusters and debris that originated from a single missile. . G( u+ v$ E P) _: OCM (1) Countermeasures. (2) Configuration Management. (3) Cruise Missile. (4), J5 `' j. o" J' k/ s0 J* l5 | Chairman’s Memorandum. (5) Control Modem, (6) Composite Material 5 l5 g$ X$ j) A5 L* pcm Centimeter.

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CM/SM Communications Manager/Security Manager.7 K# T, ^8 F7 c( t3 s5 _ CMAFB See Cheyenne Mountain Air Force Base. h2 C# ~! H7 v% }2 l$ N CMAS Cheyenne Mountain Air Station (replaces CMAFB). : K7 B8 x/ p: T) _$ mCMC (1) Cheyenne Mountain Complex. (2) Commandant of the Marine Corps. ' ^( y/ F; ~5 GCMD (1) Cruise Missile Defense. (2) Abbreviation of Command. , H7 T1 D# v+ e" n/ z1 jCMDI Cruise Missile Defense Initiative.# c/ Q: q. t, K5 y- a CMEST Cruise Missile Engagement Systems Technology.6 C0 |( y7 h% J# X! p CMF (1) Common Mode Failure. (2) Conjugate Matched Filter. + J$ x6 Y) G( J3 HCMG Control Moment Gyro) u$ d( c) h5 u \: }6 _$ X CMI Countermeasure Integration. 2 j$ C& I5 W) aMDA GLOSSARY, VER. 4.0 C3 ~" O( g' X7 F1 _' r 527 K4 A" K6 b/ N+ {) h; g CMM Capability Maturity Model. 9 I# r- w& o" n2 ~CM(N)CC Cheyenne Mountain National Command Center. . S! C7 L) h9 d x( h/ pCMO Central MASINT Office (DIA).8 h% t, Q$ E* z8 D# z' n! m: E CMOC Cheyenne Mountain Operations Center, Cheyenne Mountain AS, CO. h9 e; V0 K: \& Z' h CMOP Counter Missile Operations Plan.# d$ x7 g$ [$ z0 V CMOS Complementary Metal Oxide Semiconductor.8 y( C; r' g& y; t! T) [; v& T) z CMP (1) Configuration Management Plan. 0 c* o* v# N Z* A(2) Counter Military Potential.. M; o; @9 K& ] (3) Communications Message Processor. : s. ?$ Z. J9 m2 J) YCMRS Calibration Measurement Requirements Summary 2 U. X) x+ z; T. }( ACMS Cheyenne Mountain Support.. S' i6 ~. f. L# W7 h4 C CMTC Combat Maneuver Training Center, Ft. Leavenworth, KS. 0 J4 K" }8 T0 S, C# f$ gCMTS Cheyenne Mountain Training System. 1 J' p! m, m" N; I2 VCMTSS Cheyenne Mountain Training and Simulation Support., W) x! C$ d: Q- @ CMW Compartmented Mode Workstation.5 w- Q9 [, t. |) q: b$ x: ?& | CNA Center for Naval Analyses. , w8 V6 ~, v& c6 g) S" H* qCNAD Council of NATO Armaments Directors.) ?; o# e4 z+ w) ]! D; H CNC Computer Numerical Control.! S" `& N9 [; |; `. O CNM Communications Network Manager (C2E term). ) |) N( \5 @- ]; a. |CNO Chief of Naval Operations. ( F2 a+ _. W% a2 Z$ N7 D" [CNWDI Critical Nuclear Weapons Design Information.+ `9 c# c- r: C/ t; K0 d* e CO (1) Contracting Officer. (2) Change Order. (3) Commanding Officer. 4 q( h3 ]" v% E5 d" f; e6 k5 qCOA Course of Action.: g7 i* y" d4 Z7 y1 a" l8 F. ~; m+ [) K& r COAST Computer Operation, Audit, and Security Technology. ) q6 P' }9 M$ r( d( h! BCOB Close of Business.$ k6 Y5 |+ F( W/ t# V, U4 X1 V Cobra Ball Modified EC—130 OAMP aircraft (see Cobra Eye).% Z9 ?6 _" S! ?( X* N C* [% W Cobra Dane L-Band phased array radar at Shemya AFB, AK. 4 a" b1 P3 c! h" iCobra Eye Modified EC-135, IR/EO sensors, Shemya AFB, AK. 5 G. Q1 n) k% ~, ICobra Gemini Ship-based S-Band Radar development program with both shore and ship4 D1 U2 l) s/ N0 W" L basing options.) |# u$ W7 U8 K7 ]# ^; L8 Z4 p MDA GLOSSARY, VER. 4.0 C / o# S! M' h' U5 M' Q* B# n532 D0 F6 @0 W C" u" u2 n( \ Cobra Judy A ship-borne phased array radar.+ f0 `& N: {9 N7 J' ` COC Combat Operations Center.& O x2 g3 U1 B) a& }& m( X COCOM See Combatant Command.0 p, ~, f- d4 i" t COCOMO Constructive Cost Model (COEA, now JAE, term). ! n) l+ \5 `( `$ T" DCode Template A software tool used to develop a module for multiple general applications.! s$ `' }0 u: ?' ]) s: x8 Z+ y CODR Conceptual Design Review.& f. |' x6 y/ p9 g4 `1 k COEA Cost and Operational Effectiveness Analysis." X5 l6 u& a6 @9 s1 B. V0 Q5 z$ C Coherence The matching, in space (transverse coherence) or time (temporal coherence), of 5 r& H* a x4 g3 qthe wave structure of different parallel rays of a single frequency of- t! E+ I* Q9 G' ] electromagnetic radiation. This results in the mutual reinforcing of the energy of- }2 t, R& B( C% Z/ v- D a larger beam. Lasers and radar systems produce partially coherent radiation. ( ?' S; }4 q! e% X _/ `COI (1) Critical Operational Issues. (2) Combat Operations Intelligence. ! u5 e" |( t+ UCOIC Critical Operational Issues and Criteria. : Y( z* \6 [: x: ~* E, G0 c+ KCOIL Chemical Oxygen-Iodine Laser.6 Y. z# a. K6 o Collocation The physical placement of two or more detachments, units, organizations, or 6 `1 s a, w5 W/ zfacilities at a specifically defined location. 7 s9 A3 V: B" p0 F+ w! n% mCOM (1) Collections Operations Management. (2) Commander., b7 _ k9 I5 e5 x I S; M1 B COM3 Common Communications Components 7 E, w2 t3 F4 r" m1 eCOMAFFOR Commander, Air Force Forces. , N+ V& { `2 w* p$ ~3 PCOMAFSPACE Commander, Air Force Space Command., o8 N$ r! M9 ?% M( U d COMARFOR Commander, Army Forces.2 c/ ~. ~5 H, ^& c+ y/ v C% { COMARSPACE Commander, Army Space Command. 3 L* F3 \4 a+ p0 R# x u. |Combat Area A restricted area (air, land, or sea) that is established to prevent or minimize' @4 G4 E7 e, u" @/ g0 G4 | mutual interference between friendly forces engaged in combat operations.4 C6 x ^! Q. r3 X/ N Combat ) \* ^, W9 c6 a9 o7 L# OAssessment (CA) 7 ?* B( G$ k3 F0 I7 ]# I+ KThe determination of the overall effectiveness of force employment during military + L- `' R& x+ u5 ?operations. Combat assessment is composed of three major components: battle& O# t0 u. E4 i8 S8 [/ _& ]2 C damage assessment, munitions effects assessment, and re-attack( ?* J2 j H# M! G, e+ h' t o recommendation. The objective of combat assessment is to recommend the( ]3 k/ t1 b$ T9 Z& f4 \ course of military operations. The J-3 is normally the single point of contact for R: ]. K" b- |* n5 h combat assessment at the joint force level, assisted by the joint force J-2.% K# C* V; W0 D5 @% b- y. _ Combat 0 |& b, p- o4 d# w) b+ |Information. k3 v0 Q5 {1 A4 m0 g" w9 @ Center 4 F' K" `/ ]7 y% `( A# G" OThe agency in a ship or aircraft manned and equipped to collect, display, 0 P$ T- A2 y* J [evaluate, and disseminate tactical information for the use of the embarked flag 5 u: V0 h$ m" d. z3 e6 cofficer, commanding officer, and certain control agencies. Certain control,- I) j2 |7 I7 b) r `3 ^ assistance, and coordination functions may be delegated by command to the ; ?8 A. D6 B5 r: S; lcombat information center. Also called Action Information Center. 2 I' J! t) k! e8 g7 {1 Z4 cMDA GLOSSARY, VER. 4.0 C. s! b1 f4 i( ]5 y& C 54/ i& v8 m, A1 Q* k& x! G p Combat' I0 H/ @' e- C% N: n) z5 J Readiness & ^! E8 b) J: S7 [, D% }Synonymous with operational readiness, with respect to missions or functions) @& L$ k5 j4 J: \( x9 X6 R( R6 E performed in combat.4 _& [: W: Y/ w! N Combat Ready Synonymous with operationally ready, with respect to missions or functions6 O7 p9 ?$ p) l! `, o performed in combat.0 S" w2 l0 l3 ^) q: m. ^3 l Combat Service & N. k$ W5 h0 n1 Y' KSupport! \* ^7 w, J1 a The essential logistic functions, activities, and tasks necessary to sustain all( q- ?* m8 A- Z" M* z; G elements of an operating force in an area of operations. Combat service support / S% J9 E7 v- l o0 h+ Dincludes administrative services, chaplain services, civil affairs, finance, legal 0 @, U+ i, y5 S+ x* z7 `3 T7 |services, laundry, etc. 2 e0 P( p& P' I* ~, d( VCombat Support Fire support and operational assistance provided to combat elements. Combat 2 a" f% a- d/ S4 X1 \: V1 g# ksupport includes artillery, air defense artillery, engineer, military police, signal, " t: o/ t% f9 N$ t1 O' Z4 m4 j% ^and military intelligence support.. r6 _$ R" z8 v- R0 O6 V6 I; Y Combat System9 E, Y5 `+ ~8 x6 r: `7 E Test Installation 1 O- L0 [% c. }; X1 w4 cA collection of subsystems including weapon, sensor, and information processing % a+ z" o7 U! j* M$ y2 |1 [+ ?equipment together with their interfaces installed for the purposes of early testing + L/ v8 T' _3 x3 V( ?3 m! qprior to the availability of a first production item, at a test facility designed to 9 n+ D3 W5 J. K8 Msimulate the essential parts of the production item.

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Combatant , i" C, R0 ] ?- w' p% KCommand' x0 v$ z- M9 s+ c1 H% z, I5 ?; X (COCOM) 6 G% y& Q- b/ o8 b3 v: ~1 ENon-transferable command authority established by title 10, United States Code,) S/ D1 D$ d0 T- d) T- g section 164, exercised only by commanders of unified or specified combatant - W1 v" y. q( t& e b0 T; s& ~commands. Combatant Command (command authority) is the authority of a * {' z, t' g" D* XCombatant Commander to perform those functions of command over assigned 6 J) X- t* O2 k/ Vforces involving organizing and employing commands and forces, assigning8 E& I ^" @: t3 b8 @) Z tasks, designating objectives, and giving authoritative direction over all aspects& R$ f4 a% n) H* B of military operations, joint training, and logistics necessary to accomplish the : @) x+ W+ e fmissions assigned to the command. Combatant Command (command authority) $ v, E4 L6 k5 }should be exercised through the commanders of subordinate organizations;8 e8 `6 @) p2 E; \0 u& ~ normally this authority is exercised through the Service component commander.* S. e' U) a# f! _ Combatant Command (command authority) provides authority to organize and % d( t( A4 p7 \4 I& \. kemploy commands and forces, as the CINC considers necessary to accomplish 4 U B9 e" d/ U+ U7 L( passigned missions. Also called COCOM. See also Combatant Commander. ! J) S& {! i; u# _7 [6 XCombatant) E8 o! @- B* V; x5 G" E' D) M Commander ) Z2 G, ?+ I, LA commander of one of the unified or specified combatant commands 1 V4 {6 V, r5 o8 _established by the President.$ L1 d. t3 ? x9 {3 T! y$ C Combined : Q: r" I& t7 X* kDoctrine ( v0 n# D( e' `3 _9 ~+ GFundamental principals that guide the employment of forces for two or more) A# N: r% C/ u% v; g q3 h6 d7 t nations in coordinated actions toward a common objective. Participating nations 8 c; t$ W l) S/ q: R) Iratify it.; k. g' ^. l; j; `" c Combined Force A military force composed of elements of two or more allied nations.' K6 V; z0 [2 }" M; A$ d, W$ V Combined! M$ N& d9 r" q" O8 L) s& n Operation/ ?9 G; ~# w) a, ` An operation conducted by forces of two or more allied nations acting together, ?" ^, }5 `) t to accomplish a single mission. * a- N. W, j' E( j. gCOMINT Communications Intelligence. 9 y# y7 H' y6 l/ sCOMM Communications. 4 D9 ?1 x, _9 JCOMM CON Communications Control 0 p' V$ w" P! J# g# L, [- `9 aCommand For command-oriented functions, the authorization required to perform command , \8 H) _9 J; G* Y: r H$ _$ Y. Woperations. 2 a$ l! V$ E( Z0 U1 G2 Y0 NMDA GLOSSARY, VER. 4.0 C 7 V5 Z+ d7 C8 }6 z7 N55, H* e( _) R1 Q Command and- d% y4 l+ @# w6 t Control (C2) 6 k4 J( d) \: x# t3 h' y# _The exercise of authority and direction by properly designated commanders over - ^3 N! \* n6 Q; k9 h; s& @assigned forces to accomplish the mission. Command and control functions are ' E" P0 d4 l5 E* v* Z% C( }performed through a hierarchical arrangement of personnel, equipment,( h" {4 p3 b0 L3 n communications, facilities, and procedures employed by a commander in& [+ K7 t4 ~' f3 p* H planning, directing, coordinating, and controlling forces and operations in the$ P1 f" ~" p# e accomplishment of the mission. 0 w, m E* ~3 G1 K$ hCommand and7 C" y$ z. J1 ` x7 T9 x) @0 k8 Q Control Element # i7 A. e0 V+ n& z0 y% h: z/ w(C2 E)' k9 i! ], E! x s4 w" Y- Y Distributed informed system consisting of processors, software, man-machine+ G3 N/ r9 K3 M; L2 A. u; R& @8 b interfaces, and communications media that provide USCINCSPACE with the + B# U3 q1 X2 X& [capability to plan, command, and control BMD operations. # x! a, G0 q% D, C2 BCommand and " L" [1 A! j6 k, C8 ]Control System6 [' Y' M4 z$ j1 s" i The facilities, equipment, communications, procedures, and personnel essential. ]' k$ e, \ V1 [) L to a commander for planning, directing, and controlling operations of assigned 5 h- ^8 C. W L. jforces pursuant to the missions assigned. 2 ]: Y8 G3 B" C9 @$ cCommand Center. `' h" B0 W$ A* v (CC): Y v- v' x) P7 X( S8 Z( j( c A facility from which a commander and his representatives direct operations and' E- p9 R6 r8 ~- w" U control forces. It is organized to gather, process, analyze, display, and * @6 y9 N6 R. F( E* q4 j1 q* Qdisseminate planning and operational data and perform other related tasks.8 l/ v K1 I$ X$ s0 c, j e1 } Command,. [1 k) D2 |: ?9 m- C Control, and; u! g& y- H1 @& r" g' c0 O, O, w Communications! s8 x% t1 @6 {, u+ [0 e6 { Countermeasure 9 k/ Z/ b; J( W9 [5 is (C3 CM)* k4 \+ I4 t# V5 L (1) Counter C 37 _9 e' A( A$ W – That division of C3 CM comprising measures taken to deny & S/ Y/ S/ j* B, Hadversary commanders and other decision makers the ability to # }" T5 d1 P1 zcommand and control their forces effectively.- |+ o% Y. d! I6 c$ G' w% E (2) C3 Protection – That division of C3 CM comprising measures taken to + t3 U: w/ d8 Amaintain the effectiveness of friendly C3 despite adversary counter – C37 `1 S" x& [2 d actions.; a3 W8 A2 N; @0 T; C0 n$ R Command,% j6 |1 c' |$ G" V$ {! W1 R( a$ C Control, - f9 G. A5 A0 \ tCommunications,1 K3 B- H% W/ o. h) ~: ?0 J" g5 ] and Intelligence }5 ?" n- v# k5 i) b( i* Q7 [( K7 S% b(C3 I)( y9 M x w: a; F$ o6 a, ~ (1) Procedures and technologies supporting command and control, ! Q/ R+ v& @* F ?% a/ icommunications, and intelligence requirements, including those3 i: N! c, D# Z( }9 y. @ interfaces affecting systems external to the Strategic Defense System. M* \' z, s0 R/ [. B# G(2) One of the four pillars of TMD capability. Coordination of other pillars& H0 c/ u# J+ g8 O; G and integration of the entire TMD system into overall combat operations. ; J$ S# Q3 q6 Q% i+ rCommand,, ~% P0 d% \3 p' i1 U2 O Control, + e& [. Q B) ]Communications,8 i3 r3 u1 x6 ], X* x3 s and Computer 7 Q: k& T/ h& d, S& USystems) W$ [+ e, {$ C7 h% h (C4 Systems)) J8 ]/ T# g) ^' m( p0 J0 Y# w Integrated systems of doctrine, procedures, organizational structures, personnel, 5 q7 C% h. V c8 Aequipment, facilities, and communications designed to support a commander’s ' h9 Y) I L# a- Vexercise of command and control, through all phases of the operational ) k, T3 _" I! D q2 H2 Y# Ycontinuum.4 \+ \. U' A4 o& i4 w2 @- k# Q, y Command ! `0 l: @+ w* u+ E; U" s% K5 UDestruct Signal + K) n( h% F7 f" K3 q! |A signal used to intentionally activate the destruction system in a missile.9 \# p8 W5 m$ D1 k Command % m d2 v' u& w/ _2 `% AGuidance. Q9 m1 B$ E( H. L H Y) v A guidance system wherein intelligence transmitted to the missile from an outside- e6 m' V# m) y9 ]6 ~; g* } source causes the missile to traverse a directed flight path. & Z1 P3 c; a( @, I7 m, JCommand Net A communications network, which connects an echelon of command with some - z1 I( O F. Lor all of its subordinate echelons for the purpose of command control. 5 {' y9 M/ k- p A. l4 D% }Command5 \! ?7 `1 {6 t; w# Q' n' D" `$ | Verification Z* ~9 H3 n9 w1 B! D+ f3 C+ \The verification of commands from the Battle Manager or Operational' W+ a3 x3 b7 J Commander prior to execution to confirm the command was correctly received : s+ e6 o4 M$ a- S- L6 X, i) Fand properly issued.9 `2 X$ R$ U z5 t+ {( d Command Post* p9 G* @- o7 h9 A; D Exercise (CPX) % O; r% S/ k5 k( rAn exercise in which the forces are simulated, involving the commander, his staff, 4 K8 r# E% P) l7 [: r* Oand communications within and between headquarters. / J' [) D' k: N% D' t& C# QCOMMARFOR Commander, Marine Forces.- u4 I8 t) P8 G0 O MDA GLOSSARY, VER. 4.0 C6 ?% S, X" ~$ J* q 56 % y+ d: P6 l0 t" Z7 E! ECommit The process of committing one or more interceptor vehicles against a target ) K1 w( f# l9 A/ Wtrack.( N$ |( N/ f* E( v Commitment A firm administrative reservation of funds for future obligations by the local. e0 B; u e8 V comptrollers. Based upon firm procurement directives, orders, requisitions, 3 ~* b! l* w4 [: G1 G ]authorizations to issue travel orders, or requests.

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Common " M' |4 U" ], D7 q, ~' C; fAutomated + c5 n( V5 ?; {# X* T1 M! ~System 7 L( {, P. ]+ R) o: A. f$ JExecution (CASE)# F* G1 y7 _% s; ~+ H An Army segment of the Command and Control Element responsible for the SDS% U+ l. N" N% v- z* V functions which task the associated sensors and weapons (e.g., WTA) and 2 c) K7 b( y6 u3 p/ x6 {process the information resulting from those taskings (e.g., perform multi-sensor 5 D- v. J, b2 s' \track function). Expected to consist of survivable computer hardware and+ @: N/ k, [9 m' [7 z% X# ` software., g; Z$ C/ s% @ Common3 Y/ G x! U, X8 F Integration and. o, z, ~9 ~" ?( r Y Tasks Execution& N$ W+ R2 U: N (CITE)0 Y6 l8 J! e: b& r An Air Force segment of the Command and Control Element that performs multisensor data correlation and tactics execution for space based elements.+ X5 F; |" |( W$ R5 |8 k$ f Expected to consist of survivable computer hardware and software. $ j2 F9 b$ V/ }+ ?2 Q m& Q. r7 vCommon Mode3 L, t' z" w9 a Failure 8 y5 N/ }2 v' ]: xA type of system failure in which diverse components are disabled by the same N5 O, z: ^3 H4 f4 Y7 j% e; S single cause. + P( a5 t7 L& d) v; C1 G$ KCommunication W1 r: _: E/ \# j9 @! sControl Character 8 L; E/ K( @1 F3 P1 Y! C& |3 \& ZA functional character intended to control or facilitate transmission over data X, }7 A" A! B5 y networks. There are 10 control characters specified in ASCII, which form the $ b2 L; B& c/ O5 Obasis for character-oriented communications control procedures. # V9 j6 _) F2 C) ~, mCommunications, y2 \' U- v# v; v" O Data Base / \. l# H( C+ T6 jCommunications data files and updates including, but not limited to, 5 {/ ]5 @- z: p; W, o. Zcommunications message file, network management file, information ; O# p- O1 ?) c8 V' C8 C7 {3 Xmanagement file, link quality file, synchronization file, security file and 2 k* w3 B4 w6 o2 \' Y6 U6 kcommunications health and status file. ) x Z" i7 p) \) u; V2 i3 t SCommunications+ w: n( E7 f; d6 e1 `/ A1 n1 l. f; M Intelligence 9 O9 b* B' U& O0 U; i(COMINT) $ x7 x: d. ^% o# s4 q7 iTechnical and intelligence information derived from foreign communications by 9 {( `" Q& ^! i: x! Gother than intended recipients.+ d3 A7 E- b* r& u% N1 ^ Communications% u# H8 |) o- j4 A/ [4 ~2 U Security 3 @5 d7 {1 W6 C5 k+ B1 m+ I(COMSEC)0 f- n5 s: J5 Y* Q+ F) n The protection resulting from all measures designed to deny unauthorized, N/ d. L% l4 o1 d# B6 f# A# N- o persons information of value, which might be derived from the possession and " L' |5 q6 R, D3 V' I, l+ A" `& Istudy of telecommunications, or to mislead unauthorized persons in their ; o! o$ e ]' @% c; F hinterpretation of the results of such possession and study. Communications $ j* L4 E& u" `5 Z, a) l+ p. n+ E% }security includes crypto security; transmission security; emission security; and : o# A' F; B T0 j3 E, i; k7 `physical security of communications security materials and information.& ?0 u+ {8 l9 f1 W, K5 A/ R/ E/ `) W Communications5 Z0 d' J5 ^) V! p* }' e+ L System Segment ; A* Z, _2 J* T8 o2 z(CSS) 0 |" a" W1 ]+ p* U# HThe communications front end for all Cheyenne Mountain Air Force Base; M/ \% ^, }% g# c4 G (CMAFB) missions for non-common user traffic, performing circuit and message. W8 M% c0 Y0 \8 ]$ `" _8 R" s! D switching. 8 o$ s Y, x( a' s6 j |& w6 LCommunications 6 j/ [3 H: M. Y: B$ C( RSystem. x, o- q* X. C8 W' f Synchronization % b* E W! _" i1 qCoordination of timing among communications system elements to permit # j* w' ]* y, s: j& K* p0 @transmission/reception of messages/data which may be distorted by time delays5 A3 z! ^0 y$ }# N l7 d" K3 v/ | and Doppler shifts between communications nodes. 6 t7 p" O D' B. E& U. x' Y9 dCommunications" z% _* R# U4 L0 j- g8 `% T Zone ! m+ E# a' H* x5 K# Q0 QRear part of the theater of operations (behind but contiguous to the combat ) g) h- g E- W' [4 e' j, e$ uzone) which contains the lines of communications, establishments for supply and ) n5 `% U i& \7 v" A" Z- W" _/ ] Xevacuation, and other agencies required for the immediate support and5 h6 Y3 I: Q+ t4 g" j5 f9 i0 j8 |! U3 a maintenance of the field forces.# a) s* Q2 E* ?- i d# K8 v! F COMNAVFOR Commander, Naval Forces.& w7 I# Z: N* c. H3 f M3 X MDA GLOSSARY, VER. 4.0 C i( J4 ^0 e4 ~$ `; [7 n57+ ?# ~& Z8 X/ E' ]5 g& o COMNAV-$ u8 b( u7 t& _: j9 S SEASYSCOM' ]. \% c3 @( S$ q9 `; \/ J Commander, Naval Sea Systems Command.& v, B' Z7 Q# e COMNAV- 1 _# p0 {. H5 V9 R0 g+ o" e) vSPACECOM : O8 l5 @6 u" |8 D9 k7 `2 ~Commander, Naval Space Command.( N* @3 o# o- J COMNAVSECGRU Commander Naval Security Group.% h/ Z; Y' A! U* b! b7 O) i' J3 x COMOCK Computer Mock-up- ~, C( Q; G& a8 T' E5 e5 U6 j. b COMOPTEVFOR Commander, Operational Test and Evaluation Force (Navy).2 c, Q. ^, o. K Comp Completion. * R0 N, E- K! i9 n" X* N( SCOMPASS Common Operational Mission Planning and Support System (Army term)2 b3 Z7 A; h! c# p+ C COMPES Contingency Operations/Mobility Planning and Executing System.3 V4 Z+ W! q: E; w Component Subsystem, assembly, or subassembly of logically grouped hardware and E. F3 A; Q. n, |1 ^' \+ msoftware, that performs interacting tasks to provide BMDS capability at a# |: j8 |1 ~" ^$ q% Y9 w functional level.- w+ u2 l" ~3 Z6 p7 l5 D Component; z1 O5 I4 H$ V9 g8 T Acquisition& j; P( H; F' Y+ z0 \' p Executive 6 ]. u8 ?( V( V8 P3 c6 {) lA single official within a DoD component who is responsible for all acquisition0 m- T1 M9 j" q functions within that Component. This includes Service Acquisition Executives$ x2 F; |4 L4 c% V for the Military Departments and Acquisition Executives in other DoD components7 j+ L/ N; f7 y# } that have acquisition management responsibilities.! @% P* N( ?$ N) V S B9 H4 N% p Component ! o8 _1 P$ ]3 `" J" W- \Command " d% l3 q* M K7 X- h9 _0 m" JCenters ( {7 c: ?, K- L, MThe Component Command Centers (which will contain Army and Air Force+ i0 Z2 G* T' y- n9 M0 X5 u unique capabilities) will be capable of supporting the USSPACECOM Command# ~2 h0 i; A& B3 Z* y# \2 B Center and distributed Operations Centers by functioning as “Hot Backups” to 4 B! k' X) @7 V( W* oprovide for BM/C3 availability and survivability. The Component Command. t5 |# Z2 N$ r, X, o Centers will be capable of executing real-time control of BMD engagement# T9 Y/ M1 x+ y" u; @' o4 t) h operations. 9 ?' Z8 T2 D0 ZComponent . i1 w0 o6 P! D$ CProgram' m2 c6 m' C9 s A major defense acquisition program delegated to the Military Department of- s) {$ d3 [6 ^# |* l Defense Agency for management. ; x: z9 v0 b* X% E7 f0 \0 V7 _3 MCompton Current Electron current generated as a result of Compton processes. (See Compton, O6 F+ k1 P; | ?/ s Effect and Compton Electron.) 7 U m/ ~1 m/ u. jCompton Effect The scattering of photons (of gamma or x-rays) by the orbital electrons of atoms. $ R, y @; e( P; c3 RIn a collision between a (primary) photon and an electron, some of the energy of & n- L) E8 t: [* Ithe photon is transferred to the electron which is generally ejected from the) @! r7 }* i2 D( x& I8 ?, t! A! p atom. Another (secondary) photon, with less energy, then moves off in a new 3 x! C- O- U% q# Xdirection at an angle to the direction of motion of the primary photon. (See 9 ~+ g1 g( W& D4 A0 n( DScattering.) 0 y: q/ }+ U; _8 r' x% ?Compton) E- b1 r Q, I2 R6 o Electron ' l- o9 z* B' _0 OAn electron of increased energy ejected from an atom as a result of a Compton. S1 r' G: l! }: R interaction with a photon. (See Compton Effect.) ' ~9 c8 D! D+ p+ U" Q$ ?MDA GLOSSARY, VER. 4.0 C / p( T% w! ~$ N3 A58 ' @6 Z: p% f1 t- K6 gComputer 1 L# g9 a) s5 n' x# C3 TSecurity6 W+ {' f. }4 Z9 y2 I* T: `9 O: {$ E (COMPUSEC) & a& Z9 H6 s* F, H& L# dThe totality of security safeguards needed to provide acceptable level of( F4 ~' K6 [1 J0 B protection for automatic data processing (ADP) systems and the classified data6 g4 s- o7 I9 T Q processed. Includes all hardware/software functions, characteristics, features;: ^- N9 b; s- k! m( X7 ]) E operational, accountability, and access control procedures at the computer and; D6 P# S% j2 V/ L0 W1 J- \( j: _" S remote terminal facilities; and, the management constraints, physical structures,( A3 q# k" r( x& j and devices needed to provide an acceptable level of protection for classified# ~1 D( O" R9 {7 f6 I information in any state of storage, processing, display or communication within " t P1 s! \* X, q% ?5 `" Kthe ADP system., C a7 ^8 A: ^ Computer 8 q) y. ?/ v9 H: x! b1 ?Software 8 E- ?1 r0 |, Z- UConfiguration8 f6 N8 [/ @0 L* }4 [ Item (CSCI) - T0 j1 l7 _+ I% w3 N! vAn aggregation of software that satisfies an end use function and is designated 3 g: t9 i( }8 Xby the Government for separate configuration management. They are selected; h4 ?% @# a" J7 V: h1 W( T; x8 D based on tradeoffs among software function, size, host or target computers,; [* M" o9 k" b* ~9 m developer, support concept, plans for reuse, criticality, interface considerations,$ m4 p* x1 }; u4 o, x* J) e, U need to be separately documented and controlled, and other factors.

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