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Rank: 9Rank: 9Rank: 9

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 - t" _$ V) C; {8 Q0 [' h5 EMissiles of all ranges and complexity. (MDA Lexicon) # q! v; s4 F" m8 U( E4 B! C) A(2) This term is used to designate a portion of a multi-message packet that is 1 s2 p E# i. [3 F x$ C/ Y' ~dedicated to a message contained within the packet. ) |5 a3 A2 l6 c, A* L: R9 RBlock Check - n1 m0 U3 e, }. A( Y6 Q" A# ]Character (BCC)! K5 r; R- ~5 M3 R2 C3 Z' I The result of a transmission verification algorithm accumulated over a : M l+ }) _5 I5 A: y6 T- {transmission block, and normally appended at the end, e.g., CRC, LRC. s' g4 u3 |( mBlock( s* }4 A, m+ c9 |( Z Enhancement 9 a5 r5 l' X2 Q) H t, uPlan (BEP) 7 p) p) U' B: [4 @& dThe BEP documents Ballistic Missile Defense System technology development* O! A( z6 l% _ i objectives and defines the steps necessary to achieve those objectives. The , r' o$ l( k5 G' z# R, y) w: kBEP replaces the Integrated Technology Program (ITP) Plan and will document ) r$ v1 W9 X R7 Z* ]5 W$ X( A& d+ dall technologies within MDA that address identified needs within the BMDS 1 b5 J( ]: e1 a5 kCapability Space or support MDA Technical Objectives and Goals. 2 [3 F, G+ v) K6 Z# u& kBlock Manager The individual selected to exercise management over a development Block. 1 s6 E+ V% s C K M; V2 k# qBMDS Block management includes decision points at which activities will be, A' s( V) Y5 v3 ?3 k evaluated on the basis of effectiveness within the overall system, technical risk, 9 [7 W! _( J! W* zdeployment schedule, and cost. From these decision points the Block Manager4 n6 S) ?) |7 C* W! Q. M1 }( T i will recommend whether developmental activities will be accelerated, modified, or " J3 ^4 A; y$ n( _2 r8 }2 _7 L6 A" d, Hterminated depending on progress and promise.* i8 U x+ X: A2 K Blue Forces Those forces used in a friendly role during exercises.8 I) V3 s& }; X Blue Light Stand alone network development program& _6 v0 @/ s/ J7 b( b% D# e/ N0 D; F BM (1) Battle Management. (2) Ballistic Missile., X7 a! W* O- ] BM ATD Battle Management Advanced Technology Demonstration / f0 E: L. J+ a" N, C+ V; wMDA GLOSSARY, VER. 4.0 B " o$ T: o5 j5 l0 |, n35 & c& l! Z, r/ s: I2 PBM/C3 Battle Management/Command, Control, and Communications. See also 0 H4 ?2 h, F% bCC/SOIF. 7 \7 ~( J8 k; K* ~! x fBM/C3I Battle Management/Command, Control, Communications, and Intelligence. 3 B! i+ I$ b% h) E f2 R$ jBM/C3 WG BM/C3 Working Group.) b2 O$ L5 d) P* | o; } BM/C4 I Battle Management/ Command, Control, Communications, Computers, and / Z2 [# b1 Y3 d uIntelligence. 7 ~. z) F& c1 z' ~ C( q$ SBMAAT Battle Management Architecture Analysis Tool. ! M2 {/ |! b2 v. DBMC Battle Management Center. ' H) i' j9 Z, Q) Y& ]8 o9 _9 ^% u) GBMD Ballistic Missile Defense.2 {- K' b, h1 I+ w: r' R) C BMDA Ballistic Missile Defense Act.+ M& ~* O/ z$ ?* T BMDAC Ballistic Missile Defense Advisory Committee. * o I& `8 p8 _# n& c- U! ~BMDAE Ballistic Missile Defense Acquisition Executive. 0 a y7 {: f% s/ g r$ uBMDARC Ballistic Missile Defense Acquisition Review Council. 1 r5 A% R1 ^7 O9 v' ?8 PBMDATC OBSOLETE. Ballistic Missile Defense Advanced Technology Center, Huntsville, * I8 Y7 w+ f7 H& a0 z$ kAL. 4 I; \/ w' ^3 N/ J; z) n7 e% K* RBMDCC Ballistic Missile Defense Command/Control Center.% @2 n: w4 a& P$ d. g BMD Element* k" @) V: Z- b Program . S/ [4 h, [* e4 BManager (PM) 4 N! t& L1 @, B2 A$ L& b" ^A highly qualified individual responsible for day-to-day management and - w* Y2 H" ^* ?; ^1 Fexecution of a BMD element program consistent with PM authorities and 5 u, X0 d+ t+ H" }6 B. I& A! @3 Oresponsibilities documented in DoDD 5000.1 and DoDI 5000.2., I" O S" @! b2 r BMD Event& \. [# R1 U9 p5 ~3 j7 @ Assessment5 V4 T7 e0 F. } o# }( q An evaluation of information that determines the potential or actual nature and ' z& I/ i2 z+ y) Lobjectives of an attack for the purpose of providing information for timely" }8 K' K+ b! j! F4 B decisions. Event assessment for ballistic missile attack begins on receipt of & j% E0 }- ?& }1 f8 M( ?, d, Bevent assessment information and continues throughout the attack. The 2 A( q7 O5 s5 ]5 fobjective of event assessment is to determine the origin of the attack, the5 E5 t: b* P7 `; X9 i7 r$ Q country and/or theater under attack, the number and type of missiles/RVs 0 G& S/ o' x: M0 A) pinvolved in the attack, and what specific targets (impact points) are under attack. ; c+ `" k0 @# V" `1 JThis determination may be made based on attack assessment quality launch $ c! N4 o1 x) S/ c# [0 sand impact messages from external systems, information generated by BMD$ I! a4 P- s6 C sensors, or any combination. - q7 {5 ?! i, EBMD Event! ~* L4 E0 q) r+ e) z. k Validation7 d0 Q& ]% c, l/ P- \- c The human evaluation of whether an observed event is real or false. It is a : t8 N3 O$ H+ ~5 w% {$ Astatement of validity of a warning event determined by a human analysis of ' a$ m# f& Y" M: X, I# \equipment, operational environment, and personnel actions. The basis for this, h7 p$ Z8 S, f7 {1 o' w b" Q judgment is dependent on both of the following: first, in the judgment of sensor 1 F2 a' N: F0 k: isite personnel reporting the event, the data exhibits characteristics consistent! U+ {: e8 I4 o& n" c with pre-determined phenomena attributed to an actual event. Site personnel; B! V9 b5 N$ c0 g7 e actions, and hardware and software performance, are determined to be within" \( ~4 H* t9 Z4 u7 w5 J established system operation specifications. This is a valid site report. Second, 7 G! d& U6 J( }( c( u( bwhen a site report is received at the BMD operations center, it undergoes system, B0 J) W$ I( Z9 `9 P( e report analysis. This process may change the valid site report based on 4 ?! X# o1 I* P% J# p, }! radditional factors such as other site reports, intelligence information, and other! w W, e0 n" S data. Only after this process has been completed can a determination be made8 ?8 K' e, h$ f: A% C/ @ 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 % U, c* [. F# W, _# P/ L36 , v {: r8 ~$ q3 ^BMDM Ballistic Missile Defense Monitor.+ i8 [! A; _) { BMDN Ballistic Missile Defense Network. Encompasses the mission-oriented local area 0 E0 B' M" G* i1 o0 P. ^and wide area networks, facilities, hardware, software, network control and 4 _) V( ?3 g b9 F9 |management procedure and capabilities used to link MDA and the scientific and # x; ]" S* ?/ {) d4 z* w7 E9 ptechnical laboratories and DoD facilities (collectively, the National Test Bed) that 0 G* T0 W- ?) H* J. d; E, Zsupport missile defense systems development, test and evaluation, and9 z( e) m2 O& t/ O- T7 K acquisition. The Joint National Test Facility (JNTF) at Falcon AFB, CO serves as : y0 W* S5 i+ K" Nthe Executing Agent for the BMDN.. s* V4 [+ w& d/ G8 j1 C BMDO OBSOLETE. See Ballistic Missile Defense Organization." D! \4 p1 K& i3 n' \9 M# z BMDOC OBSOLETE. See Ballistic Missile Defense Operations Center. 3 I5 R8 r: f+ RBMDOICA OBSOLETE. See BMDO Independent Cost Assessment. E6 H' z8 k) y" N N& s6 p8 d BMDP Ballistic Missile Defense Program./ s2 W3 @9 ]6 c' t9 d BMDSCOM OBSOLETE. Ballistic Missile Defense Systems Command (now USASSDC). * H. |" v/ G' {6 D( [: @. R UBMEWS See Ballistic Missile Early Warning System.! \; f7 _8 G+ Q" n/ ?5 W5 l& {5 i BMIC Battle Management Integration Center. 6 ^+ W# {' Q6 KBMO OBSOLETE. Ballistic Missile Office (AF).3 t; m+ d/ ~. Z( T! Z BMP Battle Management Processor (C2E term)." A8 z1 u2 K: j: e Q BMT Ballistic Missile Threat.+ v- C7 S2 [9 r8 O BN Battalion ! Z0 h! S8 r& Q7 n; LBN HQ Battalion Headquarters (USA/USMC term).7 g3 y) ]; R3 j& B! w+ h# a; W' o BN OC Battalion Operations Center ( ?, e1 W9 h- D2 yBNL Brookhaven National Laboratory. 5 w- K# E# U1 x3 ]BOA (1) Battlefield Ordnance Awareness. (2) Basic Operating Agreement. : z) Q0 x# F" s& pBOD Beneficial Occupancy Date (FAR construction contract term).+ s/ Q7 \4 s5 Q% o K) I7 |; c& g BOE Basis of Estimate.' f6 M8 X9 _7 c) ~ BOIP Basis of Issue Plans.6 Y! S _* p) R6 M) w) o1 o BOM Bill of Material1 w& T n0 [4 G! m/ |- Z. l. l0 u' h Booster An auxiliary or initial propulsion system that travels with a missile or aircraft and 8 m# x6 _" ~, I& z; othat may or may not separate from the parent craft when its impulse has been % X$ x' [6 K3 T& Cdelivered. A booster system may contain or consist of one or more units.4 u2 G4 v# {& O Booster# T- f1 P# t. w( s" {$ X! M Inventory% ^# L# L. ^) M) n8 K Total force inventory. $ g5 t# S" @9 B$ _* Y% S% ?! FMDA GLOSSARY, VER. 4.0 B0 Z& P# g4 R G 37: e* w! a2 G% `# P' a3 O- M Boost Phase The first phase of a ballistic missile trajectory during which it is being powered by1 ]. ` |6 p% | its engines. During this phase, which usually lasts 3 to 5 minutes for an ICBM, ) [+ F$ i% M+ F$ l1 g) `8 Z* _9 }9 Ithe missile reaches an altitude of about 200 km whereupon powered flight ends' Z( o2 C( n. ?1 E2 ]4 e0 b and the missile begins to dispense its reentry vehicles. The other phases of 9 |6 @" x$ a7 G) |8 F$ Y- Q$ Ymissile flight, including midcourse and terminal, take up to the remainder of an' k h; g& y2 c6 V8 N* C: E$ c ICBM’s flight time of 25 to 30 minutes. (USSPACECOM)$ u+ r' H; Q9 D$ `' d Boost Defense / o' ?: o* R' D' i8 FSegment (BDS) ' j2 E# L+ J: u$ iThe portion of the BMDS that defeats ballistic missiles in the period of flight prior % i: Q P7 l* l5 y/ Qto the termination of powered flight. ) h6 P: f+ x) E9 A7 U) oBoost ) C1 @$ R1 A$ Y- D/ D* uSurveillance and# Z" e6 N, E* b3 k5 W2 A5 c4 C' E Tracking System. O2 Y6 K! F n( a! q0 | n# [ (BSTS)4 |) ~) ^/ f. `3 W% r! n9 h8 D OBSOLETE. An Air Force sensor system in high earth orbit used for early + c$ R) f' A4 v: o+ `warning, tracking of ballistic missiles, and attack assessment.% V+ i9 ?1 _: K$ }' t BORRG Ballistic Missile Operational Requirements Review Group. 4 c7 Q- A& ~: @3 OBOS Battlefield Operating System / m& w* D" d. B: n$ kBOSS Background Optical Suppression Sensor.! D( E1 P- j9 ^; M' |2 T* x' J Bottom-Up ' M) i4 {' w1 O% EReview (BUR), o7 U' a' H/ g$ k A comprehensive review, initiated in March 1993, of the nation’s defense! x- t2 w$ F0 h. _7 F strategy, force structure, modernization, infrastructure, and foundations. The . I/ W; A0 D! w( p; TBUR examined U.S. missile defense requirements from a perspective of 0 Y1 j2 |5 j" ~% D, C9 Oidentifying options that could meet future needs at an affordable cost. ' K o9 _& Q; O9 h" I2 rBP (1) Brilliant Pebbles (2) Boost Phase. (3) Battle Planning.9 [( {8 M3 O9 j9 E" G BPAC Budget Program Activity Code. 6 m: k) a& ?( K% V2 DBPBM Boost Phase Battle Management. . E9 D5 A% N9 c; r- ~- qBPHIT OBSOLETE. Brilliant Pebbles Hover Interceptor Test. 0 V0 b& c- c+ wBPI (1) Boost Phase Intercept. (2) Boost Phase Interceptor., L0 b" O. b4 t4 K1 O$ _ BPI/E Boost Phase Intercept/Exoatmospheric Intercept3 `& q4 W6 ~0 l5 N$ }- f BPL Boost Phase Leakage. ; T1 U8 I- Z) Y* vBPM Business Program Manager (Acquisition management term). 4 c) E0 ]3 k8 o7 e( E/ NBPPBS Biennial Planning, Programming and Budget System.% o& p2 k( k" Z* h BPS Bits per second (TelComm/Computer term).. a- b, G" q; m# P+ a7 J, S, i8 M/ y BPT ATD Boost Phase Tracking Advanced Technology Demonstration. # c) r3 a( }- R4 {' p4 N# aBPTF OBSOLETE. Brilliant Pebbles Task Force.& G" k x. x' n- B ^ BPTS Boost Phase Tracking System. 6 B: X& }7 i1 t* J5 fBPX Battle Plan Execution. 2 U: m! T6 {: YBRAC 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 $ q/ \ h2 K$ H0 k5 _# e0 V2 L38 & B: d0 |- ?1 N1 R) pBrassboard, Z2 |7 Y6 ?( a% U- T& ? Configuration + F' S. x" J1 V5 ^An experimental device (or group of devices) used to determine feasibility and to2 d' }$ y) k& T: m U9 x5 G develop technical and operational data. It will normally be a model sufficiently2 O# f" u2 k0 I7 r0 E: V hardened for use outside of laboratory environments to demonstrate the& n: |6 r! E: \9 h# o# [! b technical and operational principles of immediate interest. It may resemble the/ N$ {3 k4 \3 j) ^. y H2 f end item, but is not intended for use as the end item. # \& T4 }+ O- A& O4 zBRDI Baseline Recompetition Document Integration5 u3 i N7 j1 Y% K) F! ]( B6 f0 U: B" o Breadboard9 u: q. ?- @$ q! j: c5 J0 N6 m0 h Configuration 3 J# @) Z6 l1 z* B9 W1 Q; f/ kAn experimental device (or group of devices) used to determine feasibility and to: P; C6 k3 b: J+ K. l! w develop technical data. It will normally be configured for laboratory use to" m0 d% a( h3 n- N. a" ~4 D# E demonstrate the technical principles of immediate interest. It may not resemble4 o9 U9 q+ Z# E6 \% l6 b" j; u the end item and is not intended for use as the projected end item. : g. z+ y$ T1 E* R4 J% S4 J0 K+ k) JBreakout Execution of acquisition strategy to convert some parts or systems components % Y, F5 L$ ]: D& ^% t) {9 b) dfrom contractor furnished to government furnished. Rather than having prime9 y) v" W( {% d$ u! V$ c contractor provide from its sources, government goes out to industry directly and# g9 g2 ~' m6 v6 ~" R8 ~ procures items. / Q, k8 C1 m# b( nBreak-Up (1) In detection by radar, the separation of one solid return into a number of5 V* V& K' u8 A# O7 S individual returns which correspond to the various objects or structure& S7 l; k& O+ e0 y. d groupings. This separation is contingent upon a number of factors, ; Z: {+ j! }: ^8 ^including range, beam width, gain setting, object size, and distance ( i7 S5 I( a; i m/ y5 Rbetween objects. * w8 K* ~9 |& E7 M$ e(2) In imagery interpretation, the result of magnification or enlargement, ~# k. g2 } I) \3 m& ? which causes the imaged item to lose its identity and the resultant - p5 G* T9 Y7 `1 v( f; lpresentation to become a random series of tonal impressions. " @$ R0 z( h! \: KBrightness The amount of power that can be delivered per unit solid angle by a directed4 D( W2 @0 c6 p* Y& a/ ^ energy weapon. As used in the BMD program, brightness is the measure of2 s. ?- _0 U3 ~ b1 g! c source intensity. To determine the amount of energy per unit area on a target,( ` i/ _- Q$ M7 Q! l$ N7 F both source brightness and source-target separation distance must be specified. 2 y9 g0 R/ h9 @2 w. \Brilliant Eyes5 v# G3 p: L8 n/ @ (BE) 4 Z [, ]9 @/ KOBSOLETE Successor to Space-Based Surveillance and Tracking System8 D. j$ U2 y6 C3 f' R (SSTS). BE is also known as the Space and Missile Tracking System (SMTS),. ]5 I( A& h7 d% j and is now the LEO element of the SBIRS. See SBIRS. ' }4 G: a% n7 P" l4 }Brilliant Eyes% |4 z8 u# X( t& c+ N; r Probe (BEP)/ R( F* g( e. J; n OBSOLETE. The BE Probe is a concept for a ground launched probe version of& S/ T6 Q# G' B& [ u. {) r6 B: y, [3 f the BE space-based satellite, analogous to the obsolete GSTS, that would 1 n. u- M" o8 N; e) {leverage heavily the applicable BE Flight Demonstration System (FDS)+ n2 @2 b7 Q9 R8 T+ k5 V% l developed equipment. BEP could be developed and deployed on a shorter 3 y& U$ {5 i2 g4 zschedule and could provide interim above-the- (radar) horizon threat tracking and( k0 o( {# e) i8 y) u. r pre-commit for the interceptor. The concept requires the addition of non-FDS % Q! R3 s( K/ F) f' GLWIR sensor to a sub-set of the existing sensor complement, and is part of 1 ]! Z2 C! ?2 Kpotential Contingency Deployment Options. Also called the Ground Launched( i6 x- o {: w! f& I) I9 ^9 P Probe (GLP).& c$ Q) J( A- G3 f; ^$ K Brilliant Pebbles : Y) `1 }. x* p$ m0 ](BP)$ u% O4 m+ H! g# @; p1 s# r+ w OBSOLETE. Proliferated singlet space-based weapon with autonomous ) V3 k3 S5 y- ]: J$ X/ Y9 N$ {) S4 Hcapability. (Now a subset of the Air Force’s Advanced Interceptor Technologies : F5 s' w9 h E w8 y4 f$ S(AIT) project.) 5 b' C! W) K+ H4 FBroad Concept6 C9 j1 S1 t. U4 T of Operations ' E5 _' d, n6 ?! P(BCO), v* l" X' Q# Y# E8 m An approved USSPACECOM planning concept for a complete SDS. It is a toplevel concept that is detailed in specific Phase Concepts of Operations.- d1 A" _- s' e9 _1 Z1 y0 R BRP Basic Research Plan.0 K5 X& S, p( M+ s. @ MDA GLOSSARY, VER. 4.0 B+ R6 J7 t' J; l$ v( L; | 39 : i& j- S6 Z3 F9 e9 }/ NBRV Ballistic Reentry Vehicle.. \1 L4 W! e+ H& t BS (1) Battle Staff. (2) Broadcast Source. ( V7 E2 Q3 Q, B+ u* [/ {BSD Battlefield Situation Display.( [+ \8 n& o- r BSL Base Support Listing.8 q/ ~. E# R! ~; k% t9 P BSTS See Boost Surveillance and Tracking System. / \/ ^# u: p F5 M, t/ tBT ATD Booster Typing Advanced Technology Demonstration. & n# p* H6 I2 F% |/ NBTH Below the Horizon.7 _8 q; H' G5 j# O BTI Balanced Technology Initiative. 0 s6 `0 N0 |, {5 F. t/ Y NBTOC Battalion Tactical Operations Center (PATRIOT). # |7 g8 M0 H5 yBTRY Battery. % {) z1 u6 x7 cBTS Baseline Target Set. An MDA-approved listing and description of ballistic missile" y. ?4 O* x0 S w2 G targets, which have been (or are being) developed to meet a variety of target " L& Z4 L/ k: T2 `users’ needs, validated as threat representative, and accredited for specific+ D! i& j2 P$ {6 [ applications. % n3 l8 ^5 T! ~9 HBTTV Ballistic Tactical Target Vehicle. " [2 w( w5 |4 l1 R7 `$ zBTY Battery.9 ^" P/ \" q% z2 m% O, g( o7 A Budget Activity (1) A budget activity is a major subdivision of a budget appropriation,% F* n6 _ g! _1 H$ w l generally in mission areas. It records estimates for a component function! E5 f: _9 ]) u% o; V3 h+ ^/ z9 F or activity to be funded by the appropriation. (2) Categories within each1 T* h& Y( z' ?* R appropriation and fund account that identify the purposes, projects, or( G* @( b+ c) H# ] types of activities financed by the appropriation or fund. d1 x5 V- ^. I Budget Authority Authority provided by law to enter into obligations, which generally result in4 i& D# Q9 M& l immediate or future disbursements of Government funds. It may be classified by ! H; x$ P* u( k) A3 ?8 Tthe period of availability, by the timing of congressional action or by the manner1 ?5 n) L. Z& g# ^% t0 N1 E4 Q2 [- M of determining the amount available. Also known as Obligational Authority. , c3 G r* x7 d% Y5 P% ?Budget Estimate Cost estimate prepared for inclusion in the DoD budget to support an acquisition3 R K! t$ k$ s0 z$ s, Y' y program.

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24#
发表于 2008-12-25 20:00:26 |只看该作者
Budget Estimate ( Z3 l% r- S: D, p3 `+ |$ `Submit (BES)( ~9 `/ E1 K' \9 Y2 X The service submissions to OSD showing budget requirements for inclusion in 6 Q0 U6 b* O5 T& `. Ythe DoD budget. Every other autumn (even years) for two-year budget, every 5 |0 I8 _9 ?% [autumn of odd years for amendment to second year of previously submitted twoyear budget. ; d9 }- {% M! P. a+ o5 Z5 TBuilt-in Test 5 n$ J z5 k, e$ B. JEquipment; B! [( F* d8 e: Y0 [, |5 g- c4 W (BITE) 5 l, a4 T0 l( \' P! q5 `Any device permanently mounted in the prime equipment and used for the H6 A1 L- I7 `5 f& k/ a3 I( \/ Rexpress purpose of testing the prime equipment, either independently or in & e/ n$ C8 k% [association with external test equipment." I# o: v! \9 S Bulk Filter The signal processing rejection of detected signals as not being related to6 u8 w2 g* X6 ]: I# X: H objects of interest. The removal of sensor observations from the track files that; q7 o& h9 k' y/ m0 k- t8 z can be readily assessed by location or signature as non-threat (e.g., stars, boost 2 D% l9 z$ {( O3 r% {9 d3 ~fragments, etc.). ; J0 N" s3 i/ k; ?8 W" }( L5 WMDA GLOSSARY, VER. 4.0 B * B4 A0 G& O) W+ V: b" J1 U: _40 : t9 k. L F2 G; a+ hBUR Bottom-Up Review. , h" o& t' y# jBurden Costs not attributed or assigned to a system as a direct cost. Alternative term for 0 L& a9 B" g" W: s* S. U7 N$ |overhead. " |0 K, w! r4 U( D4 VBurnout The point in time or in the missile trajectory when combustion of fuels in the 2 R0 W( i0 b9 e2 P _1 Crocket engine is terminated by other than programmed cutoff.$ i( R, k, D3 h% r z V Burn Rate The monthly rate at which a contractor’s funds are expended during the period 3 ^' ~' a0 U# Q; ~4 h Vof the contract. + k& s v* O& @: JBurn-Through W% k" U5 v9 k1 l# Z; X- H0 A( ERange 0 A: R7 ?5 E* S$ W0 y3 wThe distance at which specific radar can discern targets through the external$ u; @/ G! |7 v; x9 V2 c interference being received., V3 w* U0 l/ k, a; n Bus The platform (or “bus”) sometimes referred to as a post-boost vehicle, on a single ; [/ r7 f- \, U: l5 o9 Wmissile, which carries all the warheads on that missile. May also carry penetration - E4 |/ d9 C( S; ~3 P7 Zaids, decoys, etc. ! b0 f, J r/ j( x7 `8 Y. ` fBus Deployment 4 H2 u7 ]$ n; V2 w" R6 Z. ZPhase& Z- u3 R8 Y1 K( o% w That portion of a missile flight during which multiple warheads are deployed on ) L1 ]7 [1 u7 x7 [ Z4 kdifferent paths to different targets (also referred to as the post-boost phase). * J" E6 O: h: dThe warheads on a single missile are carried on a platform or “bus” (also referred 7 P {% B. v: U& mto as a post-boost vehicle), which has small rocket motors to move the bus 7 i+ w3 X# y E! f4 Bslightly from its original path. ! f2 O% @. O$ w1 pBV Boost Vehicle. ! C, n8 q8 q6 E: C8 DBVR Beyond Visual Range. 9 ~0 O) `4 X! ]' ~+ j7 ~8 I6 wBW (1) Biological Weapon. (2) Biological Warfare.# y- W9 G* O5 r1 a% F BY (1) Budget Year. (2) Base Year. / P, ?6 m( K5 L% y6 Z* B* CMDA GLOSSARY, VER. 4.0 C9 [+ _0 |5 w+ Q# _* T$ ~% l 41. B/ B9 X. r+ l% F! g' l. g+ n9 ? C (1) Communications. (2) Centigrade. k: U6 m' _& @9 xC2 Command and Control.) \8 ^, k8 J( p& s( T7 g C2E Command and Control Element." O' B( r: k" x; U, i! ` C2P Command and Control Processor.' @# S$ d6 a% L C2S Command and Control System.) P& ^: h7 b4 w C2Sims Command and Control Simulations.: r2 ` {- v- V C3 Command, Control, and Communications. 8 _8 J8 Z3 ]* g; w3 I0 K5 B$ D, h8 BC3CM Command, Control, and Communications Countermeasures. + A. O! v- C# K( a6 F! p' {) X/ EC3I Command, Control, Communications, and Intelligence.. t3 u0 ?& f9 k6 T C3IIT C3I Integration Test. 1 Q4 ^9 j$ V5 K4 Z* FC3TED C3 Theater Exploitation Demonstration. h2 J. n1 m" l6 V" K, K2 ~8 \C4 Command, Control, Communications, and Computer Systems. , o- Q) r4 u1 n0 [5 A" oC4I Command, Control, Communications, Computers, and Intelligence./ y4 Z5 H5 a, J% U$ l/ a8 U C4S Command, Control, Communication, and Computer Systems.& j4 b y1 P u. _! @ d C Spec Product specification.5 L, Z& J. }+ D5 E3 _( D CA Counter Air. 1 C/ v+ r0 ^/ Q9 Q$ Y8 T% S" T" fCAD Computer-Aided Design.2 N+ J; U" U _$ }8 Q CADE Combined Allied Defense Experiment/Effort.% j; ], {- o: m) E/ T% g CAE (1) Computer-Aided Engineering. (2) Component Acquisition Executive.% j; b$ l1 l8 B [# W CAIG Cost Analysis Improvement Group. H3 k2 \$ D- U! hCALM Characterization of Advanced LWIR Mosaic! k( C" \, z1 |. n3 J; _ CALS (1) Computer-aided acquisition logistic support. (2) Continuous acquisition 7 ]9 I$ g8 w1 m3 v4 p# g3 eand 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.1 j8 @4 }8 A. M3 F Campaign Plan A plan for a series of related military operations aimed to accomplish a common- A- t1 D+ v9 y! X( }% |, w objective, normally within a given time and space. $ t2 S2 w% e- \+ P, a' o( S9 M* D" lC&D (1) Cover and Deception. (2) Command and Decision% e* u2 P; V4 r. I5 w$ ? C&D/A Command and Decision/Auxiliary / |3 q$ }6 G, ]9 jC&DH Communications and Data Handling.$ N* ]7 @ \, g6 F0 v, O* k C++ Object oriented version of the C programming language. 8 y* H3 Y% o9 H6 i. e5 XMDA GLOSSARY, VER. 4.0 C7 c! C5 f. o6 _- ~ 42, u3 ~3 A9 P) f4 Y8 m. b6 u3 z C-B Chemical-Biological.4 L9 g6 Z7 A! q/ _/ q- W6 f C/AHRS Compass, Attitude Heading Reference System (US Army term). 1 ?* L/ m# ?% Z- @( pC/SCSC Cost/Schedule, Control System Criteria. - S2 k# A$ f; h( C+ IC/SSR Cost Schedule Status Report. 8 D+ G' U. x QCAESAR CONUS Attack Engagement Systems Requirements Simulation. : x+ C, P, l6 b0 U: }* dCAG Collective Address Group.: G4 O. `" y0 \! Q( V+ v CAGE Commercial and Government Entity (Contracting term). + @- t7 G1 t3 I' x" s6 A; d2 aCAI Computer-Aided Inspection.; s' {& U( L3 o CAIG Cost Analysis Improvement Group.' T% s# q5 p' H, g+ m$ J; t CAIS Common Airborne Instrumentation System. E0 Z) \2 _8 @. iCAIV Cost As an Independent Variable.! H2 i' C3 X0 M: }6 } CALM Characterization of Advanced Low Background Mosaic. CALM is a contractor : u) M) }6 C0 x# @8 w z, goperated ground test facility for testing focal plane arrays. It is located in! _2 } [( M, T5 r( r+ E Anaheim, CA, and is managed by USASSDC for MDA. 4 g6 b. ]1 P5 T1 a5 c" _6 |& jCandidate & H" w8 g4 e( Z2 p8 C6 tSensors 1 M) |- L# g' ~% C- KAny of the following sensors that could potentially be included in a National5 S3 D3 _, X: n" w x; U Missile Defense deployment: UEWR (BMEWS, PAVE PAWS), HAVE STARE,4 D1 k7 e$ B0 c4 k) a COBRA DANE, Haystack/Millstone, Haystack Aux, COBRA JUDY, and potentially a$ R: i! r l other existing sensors.! ^0 ^1 |! r( A9 m% ?; u' B: n CAO Counter Air Operation. ; m* i K- Y5 f. `8 ~. V9 _CAOC Combat Air Operations Center.. v- W2 T6 @( i! l! M CAP (1) Combat Air Patrol. (2) Civil Air Patrol. (3) Crisis Action Planning.( Y3 Y6 N; U+ K (4) Configuration and Alarm Panel.. H7 C1 V7 i+ \- C+ g+ V. L Capability , t9 z9 p1 ^- E' u' J( sAssessment + T/ b; J4 F5 I! kTo determine the value /capability of the BMDS: technical performance, cost, - c: |. i7 J" U! N+ u( |schedule, and other factors included. 5 h4 U/ n5 @& T: x! X8 n( t OCapabilitiesbased 2 C; L1 T5 p; Z) I) J. L! UAcquisition. V9 Q# c ^1 d7 `" G4 I9 v( r) v8 S An acquisition strategy based on the principle of providing to the user& g/ X* I2 J5 N x/ y+ l capabilities as they are achieved, vice capabilities as measured against an1 R# ^. d* S3 c" R absolute standard. ; G3 _. e" g" Z" p: ^8 d' I1 C$ H2 IMDA GLOSSARY, VER. 4.0 C * m& d# e. J% o43( i) c: D* J5 b/ S Capabilitiesbased 1 B: i) r% z n% Z1 ]/ HOperational& @7 s* [1 q8 i. t Requirements3 Z& j7 Z- }* M+ C Q q4 [3 n Document (ORD)% `! O3 E w0 X% \9 \4 L A specialized version of the CJCSI 3701.1B formatted ORD that records the 2 s3 E- Q- q4 f( Ddemonstrated operational performance of a base-lined BMDS capability and 0 P; W( d l, O4 Lconfiguration for a system proposed for Service procurement and operations. In2 t& ?' T. a; _ place of requirements, capabilities are stated as operational performance3 ]6 G; a& @+ B8 M' Y3 |1 ^ parameters that have been characterized in Developmental Testing, tailored to, a6 e9 d; \" X- q9 z+ | the system (e.g., satellite, aircraft, ship, missile, or weapon) and reflect systemlevel performance capabilities such as range, probability of kill, platform ' l0 K6 l7 y5 q/ rsurvivability, etc. In keeping with the capability-based approach, the threat is ' I! @# ^4 N& g) E0 A) j) Zdescribed in adversary capabilities terms, rather than specific threat systems." t3 s. J9 S/ B( Q. S5 X Other facets of the standard ORD that speak to the suitability and supportability2 O7 k0 } W& \' s: ~ of the system remain unchanged. The Service will bring the Operational ; X9 @' k+ Y) k- g0 i! F6 vCapabilities Document through the Joint Requirements Oversight Council as the" y( p6 j" o& ~- U3 |. U$ h% J3 X1 E system element transitions to a Service.% ~/ b3 w. n/ f2 O2 l Capability 4 f2 f; h1 N2 Q/ hSpecification7 V% j1 H: j1 C3 Q' E8 I Generally, but not entirely, equivalent to the term “Performance Specification” as 4 t7 R. O. g* {5 I7 Bused in a DoDI 5000.2/DFARS context. It is different in that capability6 e( v5 }9 H4 r& I/ A/ c* Y" Y6 d specification emphasizes operational capability verses performance requirements4 N3 H5 `& i5 x+ ?: @. z" _ that are responsive to documented military requirements. Unlike performance4 f, B. L6 }5 z$ Z7 Y* \ specifications, capability specifications are not necessarily tied to APBs, Mission0 S1 M9 E" E9 T0 M; x0 X/ [# w Need Statements (MNSs), or ORDs.5 C) u1 V' }% |9 I1 @7 W Capital Satellite A highly valued or costly satellite, as distinct from an inexpensive decoy satellite. 2 I. B# Y: ~+ r% pSome decoys might be so expensive as to be considered capital satellites. $ n2 E0 W' o$ a5 b5 w% {" SCAPS Commanders Analysis and Planning Simulation. 5 A- [5 E! S; R1 u4 {' PCapstone Test ! @! i+ N$ d8 l$ L# H5 aand Evaluation: l4 ~" g9 G- g p" \+ }& L Master Plan/ T: R+ p# E% v- ^0 _+ x (Capstone TEMP) % K* P; Y$ E+ f* J% s7 xA Test and Evaluation Master Plan which addresses the testing and evaluation ; F) z, \8 `1 Dof a defense system comprised of a collection of “stand alone” component 9 G; I- r. H0 n- q7 z2 ?6 Y/ Tsystems which function collectively to achieve the objectives of the defense p( B5 k5 o8 X+ [, u% Zsystem.# E. N3 g: m1 ~ CAR (1) Command Assessment Review (AF). (2) Configuration Audit Review. (3) 1 e# [! m' V5 E& _Contract Assessment Report. ( u( \0 `; i" A( C, V& y4 QCARD (1) Cost Analysis Requirements Document. (2) Cost Analysis Requirements 8 C7 y9 Z6 M" v' CDescription. ( t* C2 ~8 O6 c' }$ P# f/ y+ }8 lCARM Counter Anti-Radiation Missile (PATRIOT). 1 D/ v( z% k! \; i" [Carrier System A means of obtaining a number of channels over a single path by modulating ( O! f6 Z# \! h, D K: ?each channel upon a different “carrier” frequency, and demodulating at the6 v7 @7 E' m) T. h$ ~; Y7 N v receiving point to restore the signals to their original form. 9 o, _6 I) k1 C$ ]1 ~Carrier Vehicle 0 V% t4 x' N. D; L V6 i(CV) [. d9 x; W3 n$ j A space platform whose principal function is to house the space-based 2 J5 r' ]( N! K( L. v& y8 dinterceptors in a protective environment prior to use. | G$ c% H' a" s. R( B CARS Consolidated Acquisition Reporting System. & n# _" o4 ^' J/ TCAS (1) Close Air Support. (2) Computer-Aided Servicing. (3) Crisis Action System.# a' B7 [ H' |9 E- F (4) Cost Accounting Standard.7 ]3 y( ~+ W% Y R0 e6 W( N( j CAS/M Computer-Aided Servicing/Maintenance.5 `, M$ Z) S U& {( q- e) j2 B' t CASA Cost Analysis Strategy Assessment. # ?" w ~; ^0 }0 k$ h X" ~MDA GLOSSARY, VER. 4.0 C * q- s! g" ~$ ] C& C44 + u8 ?* |, D0 P7 Q: KCASE (1) Common Automated System Execution. (2) Computer-Aided Software9 {; `! |! ~- l! f: z: w0 r Engineering : Y! t& L+ M3 K1 c" X0 A, {; \+ LCASOM Conventionally Armed Stand Off Missile (USAF & UK RAF term).( s% N, I6 F8 b0 g# H/ G* R CASREP Casualty Report (USN term). 5 b; a" W+ |+ S! R( jCASS Consolidated Automated Support System. 6 ~: B3 ~) q9 C7 H& b% S8 TCAST Commercial Acquisition Streamlining Team (USAF team name). % `9 |# }# ~! k7 _0 PCAT (1) Computer Aided Testing. (2) Crisis Action Team. (3) Category./ m5 i$ N1 I0 Z( R3 D Cat House A second-generation Soviet phased array radar that augments Moscow’s - T% |1 A& n' C5 V+ Wexisting search and target acquisition radars (Dog House). It also enhances their 0 h" _4 c% u0 ~+ D' jbattle management capabilities.2 N. T; u0 _. }+ R CATO (1) Combined Arms Tactical Operations (US Army). (2) OBSOLETE.: L: S( b9 ]2 P4 ~4 Y Common Automated Tactical Operations. * D# y4 Z& q3 d7 i% RCATS Computer Aided Test System.$ n4 ]& J3 z7 G CATT Combined Arms Tactical Trainer (US Army term).& |0 }. k- r* c* }! }6 j' S CB Chemical Biological.9 O* ?1 l" Z3 A3 u7 p, D$ n7 c CBD (1) Commerce Business Daily. (2) CINC BM/C3 Demonstrator.( r8 G t$ b+ N3 C& ~ CBM Central Battle Management. g% f3 R6 W" Q# @ vCBO Congressional Budget Office. - p, s; o; `) F3 OCBR (1) Chemical, Biological, Radiological. (2) Concurrent Budget Resolution. / z2 T) Z' r2 D5 _3 G3 F& RCBS Corps Battle Simulation (US Army term).7 o3 O6 p' H2 G! ? H7 t# [0 J CBTDEV Combat Developer (US Army term).% T3 c' _% }# n- |4 \. L; B! k CBU (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.5 [# J. c0 U% _) u" i( D" t5 a1 p4 ` CC (1) Command and Control. (2) Command Center. (3) Air Force Commander+ h/ ~ J8 a1 r a! r office symbol. ; v$ R, m* ]# b0 U6 k7 HCC/SOIF OBSOLETE. Command Center/System Operation and Integration Functions.$ G, }$ U& d' @% k (See C2E and SOIF.) 9 u9 C0 [% f4 v( s. Q" M( CCCA (1) Contingency Capabilities Assessment./ N8 R3 C, h, @8 K# L (2) Carrier-Controlled Approach.6 r) D8 @/ h. ?, r (3) Circuit Card Assembly. 5 Q; \7 v. J( C$ C2 \; dCCA (ICE) Component Cost Assessment (Independent Cost Estimate). " f' B! l) ?$ O' ZCCB (1) Community Counter terrorism Board. (2) Configuration Control Board." ^' Z6 o/ q! Y MDA GLOSSARY, VER. 4.0 C 7 r1 D2 O- F4 w) S% z j# j45 2 @* [5 ^' a9 T# u f; P. j, iCCC (1) CINC Command Complex. (2) Component Command Center. (3); ]- c H5 x4 O% |# k5 ^9 R Consolidated Command Center (NMD BMC3 term) 1 h9 U+ l2 `' x7 S& }$ q0 JCCC (BMD) Consolidated Command Center (CCC) (BMD). 5 a2 _9 w" H( h) z# ]. z+ f/ rCCCI Command, Control, Communications and Intelligence. X( g/ J9 @! a( X/ r% q CCCS Common Communications Component Set.2 x0 l* S! c6 Y" j( n5 Y CCD (1) Charge-Coupled Device. (2) Camouflage, Concealment, and Deception. 1 V( Q" ]$ [5 @) c xCCE OBSOLETE. Command Center Element. Now called Command and Control1 b7 B' A c, l8 t5 r7 d; z Element (C2E).! W2 q! I/ p3 G2 N7 P1 F, R CCEB Combined Communications-Electronics Board (NATO term). * q; W0 b( j$ n2 P) V8 fCCEP Commercial COMSEC Endorsement Program6 z1 C, c1 C1 C CCEV Command Center Experimental Version. % i' J) j$ ?9 O/ P+ u+ I8 k7 CCCI Controlled Cryptographic Item8 f! f2 q) p" ?3 y CCIS Command and Control Information System. * x5 c% `! [0 V- e0 M0 J, ACCL (1) Commodity Control List.4 u3 H& O5 ]1 ]& t (2) Commerce Control List [Commerce Department].; J! C) x' b7 _# U1 B CCM Counter-Countermeasures.9 f2 I( T- ~/ x CCMPS Counter-Countermeasure Parametric Study./ y; C+ [/ s+ t( y CCN (1) Contract Change Notice. ( c+ M! K4 B( e2 y N; x/ E" I5 N(2) Configuration Change Notice. ) a, N6 @( t' g; q% s. ^3 _9 [CCP Contract Change Proposal (Contracting term). - w6 a" N5 B& }) W7 `" k( a, kCCP002 Contract Change Proposal (and number) (Contract Administration term). 0 O o2 P2 {' u- f* e% b8 v5 ECCS Combat Control System (AEGIS).9 {* J' c$ P: g/ o CCTV Closed Circuit Television* C; ~% T7 e- c% m' Y CD (1) Concept Definition. (2) Contingency Deployment. (3) Combat* @! Q1 I5 u D Developments * l# y F: q$ j* P9 U8 p9 FCD/V Concept Demonstration/Validation (DD 5000 term). 5 P+ I* @7 M3 U" F" B/ eCDA Central Design Activity (USAF term for Software Engineering Center).4 c/ g6 C; ]4 `% K( O& r% z# [# C CDB Central database (USN term).' \4 ~" c9 W h! L4 _ CDCC Classified Document Control Center. : E# A! r- y, F* L2 ]& P1 o' tCDD Concept and Development Definition. # y, X7 |6 d( b$ SCDE Conference on Confidence and Security-Building Measures and Disarmament in & o( I* w0 A. Y3 s+ x9 O( SEurope. - M2 k/ v7 l. sMDA GLOSSARY, VER. 4.0 C , v' h4 `# S! I: ~% }46 9 Z6 c; G- f: ~2 u4 G, |CDI (1) Conventional Defense Initiative. ' P. E4 L' s/ {1 e/ H1 p/ g. [% g(2) Compressed Data Interface. 3 v1 C$ h4 I U$ Z, s- S(3) Classification, Discrimination, and Identification (PATRIOT). & M+ U, }, {$ F! Q, i- cCDMA Code Division Multiple Access [Receiver].3 a; k' q6 K, p2 K CDO Contingency Deployment Option. 1 V, M. e" \; BCDP Contingency Deployment Planning. ! i* k `# L( } ~- lCDR Critical Design Review.+ ^ P1 d% }( @9 Q6 z7 a CDRL Contract Data Requirements List. z5 x5 Z: S8 [2 `CDS Congressional Descriptive Summary. " l* O1 o K U6 h& ]$ B% YCDSSI Common Data Sharing System Infrastructure.# D- f. c2 r! N; ] CDT&E Contractor Development Test and Evaluation./ j9 ^7 G( B( j& N/ `, } CDV Concept Definition Vehicle.$ m0 F- ?* \& W8 e' h; E CE (1) Concurrent Engineering. (2) Communications Enhancements) c3 ^' ?- t' t5 u9 }# v! b (PATRIOT). (3) Corps of Engineers/Civil Engineers. (4) Current Estimate.; ~! q e$ |) Q2 z: ~$ L (5) Communications-Electronics. 6. Command Element. . g2 w- z( M V6 W2 JCE&T Common Environments & Tools 2 \) X0 R( M8 T6 X8 o& r& DCE/D Concept Exploration/Definition Phase. # s5 _; a6 c: h( ?Cease 7 m4 C$ C( P8 z- n$ N T! }Engagement * u: k) U* t/ }5 G4 ]In air defense, a fire control order used to direct units to stop the firing sequence . I3 {3 A. D, m2 J' |8 wagainst a designated target. Guided missiles already in flight will continue to8 R4 s% O; P5 R intercept. + t+ H8 c& J* s% K6 a7 P8 xCease Fire A command given to refrain from firing on, but to continue to track objects. f) I& W. e& v* z6 V Missiles already in flight will be permitted to continue to intercept. , [6 Q: g- b) W$ K% C6 ]- BCEATM Cost Effectiveness At The Margin.$ ]1 f) u" Q; I% E( _4 |8 E CEC Cooperative Engagement Capability. ( x( A8 J" k# i# Z9 cCECOM U.S. Army Communications Electronics Command, Ft. Monmouth, NJ.2 I) _* P9 ~4 B CED Concept Exploration and Development. ' _4 J3 V6 f' \1 G; _CEEM Cost-Effectiveness Evaluation Model.9 U: A7 j; a" S; V |- `1 n CELSA Cost Estimate Logistics Support Analysis. [Methodology for estimating logistics" F6 i6 X' ^% |9 T" C support costs]. 3 ?5 @4 g2 ^$ y* u. r" _ l, B+ {CELV Complementary Expendable Launch Vehicle.! ~$ m% p; `# j3 F; T3 n CEM Combined Effects Munition.. p; S: H! m! `6 J CENTAF [US] Central Command Air Force. 4 D& S; c5 |# z( c. V2 RCENTAG Central Army Group (NATO)." |, M$ D, Q4 J" M: ^+ r: R) J* Q: \% G MDA GLOSSARY, VER. 4.0 C 7 l0 U- n+ v1 {474 F( [: }* v. t CENTCOM [US] Central Command; o3 c1 v$ E) ]' f0 R% } Centralized+ M8 N& M$ b, V0 h5 X& I Command $ E' T" I) o/ V3 H: | ]4 ROperational concept which specifies that critical C2 is collected and key C2 , E. ?7 X( U8 E5 ~: Qdecisions are performed at a central location by USCINCSPACE, or his. [( O$ Y( `' [" h2 v) v designee, to ensure continuous and positive human control over the system. 2 a# g; h+ h6 d& T5 m4 [+ [Centralized; ?# o/ H6 [; M4 w5 \' [ Control0 e$ H/ l( Z4 C# Z1 @1 Z The control mode whereby a higher echelon makes direct target assignments to" `7 Q% f4 J5 E# U. G7 Y1 [ fire units. (USSPACECOM). k$ ]- T3 ~& P' D Centralized! x2 z3 J( k2 K. B Management' m& R( q. L' ^ \& y" J The concept of using a single, designated management authority. It includes V* K4 c& l8 _: e system management, program/project management, and product management.6 b! m8 x# x5 p# d8 D# j CEO Chief Executive Officer * |4 U0 N" N9 z# e7 u$ DCEOI Communications Electronics Operating Instructions. 7 m2 f% _ M* H4 D1 PCEP (1) Circular Error Probable. (2) Consolidated Evaluation Process. * s3 F, X0 i* _( SCEQ Council on Environmental Quality. + i: g2 X! q* g4 l7 P9 t! I. ^4 vCERES Center for Research Support, NTF, Falcon AFB, CO.+ B3 D; X: {, S1 T. u9 D CERT Computer Emergency Response Team.% Q7 N* b0 {4 f& \ Certification The technical evaluation of a system’s security features, made as a part of and0 T& |, M- X4 o ~* a+ q, }* U in support of the approval/accreditation process that established the extent to ! R6 E7 q' w* N. R7 Kwhich a particular computer system’s design and implementation meet a set of 3 b3 d+ _" U+ N' ]8 ?" \specified security requirements. ; j. _8 ]/ d1 R0 R {6 o8 tCES (1) Cost Element Structure. (2) Civil Engineering Squadron. $ W- r( P: l) q, ?, ICEST CINC Exercise Support Team (BM/C3 warfighter exercise term). * w0 x R* k* J& W/ FCET Concurrent Engineering Team.. b1 C. I# a3 j, D& G S, i CETEC Corps of Engineers Topographic Engineering Center, Location??? 5 h- p: F2 U* H# JCEU Cooling Equipment Unit.3 A" Y$ H- e9 x, C; d$ z CEWG Civil Engineering Working Group.- M5 o9 f$ w% ?4 W( C" V CFA Center for Architecture (JIEO term).% w, F' v9 }, R7 R! w7 d CFAA Computer Fraud and Abuse Act.) K8 h. u8 O& D CFC Combined Forces Command, Korea. ' b! q5 F0 |6 l5 cCFE (1) Conventional Forces Europe. (2) Contractor Furnished Equipment.1 n3 V1 a$ v! B; B (3) Center for Engineering (JIEO term). (4) Commercial Equivalent 2 h2 D0 v/ z( gEquipment (US Army IFTE term)." j' c7 S* e7 E* C! w1 K CFEL Contractor Furnished Equipment List.# Y4 D5 n+ |, x: |3 j( W CFI Contractor Furnished Information- J8 Q& j% }6 ^% o0 f5 w CFI&I Center for Integration and Interoperability (JIEO term).% M# x9 M+ |- w MDA GLOSSARY, VER. 4.0 C b, E4 w4 L! m7 [4 d* y# c48 9 L& S2 S. u% o1 N9 \. Y ]1 RCFO Chief Financial Officer 0 r" U! x) }1 P H ?! Z% s% gCFP Contractor Furnished Property. 5 R$ K( t6 b: G- V9 pCFR Code of Federal Regulations. * c$ Y% D5 K. Z0 R* k' u) fCFSR Contractor Funds Status Report. * m* w* o4 L) ~3 v3 rCG (1) USN guided missile cruiser. (2) Coast Guard. (3) Chairman’s Guidance ) O+ X' K# Z) Y9 h4 [- |0 i# D8 i(JCS). (4) Commanding General. (5) Center of Gravity. (6) Comptroller ' A! U( U" V. F/ f. z1 ^/ \General. ( U7 O, F/ c3 A2 @CGA Color Graphics Adapter (Telecomm/Computer term). : \8 p# `8 V' V- zCGS (1) Common Ground Station (Part of Joint STARS). (2) Continental Ground & Q. ?$ Q M8 @; i% E: U2 \Station. ) a" m8 ^6 f8 A! m1 q! n" y7 TChaff (1) Radar confusion reflectors, which consist of thin, narrow metallic strips of" t& o! p, p9 F2 e$ S' K' C0 V1 V various lengths and frequency responses, used to create false echoes2 g6 o, ^+ Q2 Q for confusion purposes. % }$ Y2 _! _) \4 u9 U9 x(2) Confetti-like metal foil ribbons which can be ejected from spacecraft (or 2 C( n! D, j0 o7 G+ G+ Uterrestrial vehicles) to reflect enemy radar signals, thereby creating false % F6 ]3 o Z' C9 s9 Ptargets or screening actual targets from the “view” of radar.4 b6 X2 B$ K8 y3 ]3 Q! V5 f4 v4 Y2 n Chaff Puff Volume of space containing a relatively high density of chaff. ; X/ K6 d, E/ n7 w3 M0 wChairman’s ( U; P7 r3 h! G/ q8 xProgram) y( V$ w) R2 H6 Z Assessment + z* G3 {% i C0 a. D# B6 O8 \(CPA)6 a* e1 L2 }' j2 u, A6 B: o Summarizes the views of the Chairman, Joint Chiefs of Staff, on the balance and : C$ u0 H8 `9 o% j- h$ S# U2 Dcapabilities of the Program Objective Memorandum (POM) force and the support% }% ~# M$ \$ x' [. @ levels to attain national security levels. The CPA assists the Secretary of& H. d7 j5 Y; ^( w- p Defense in decisions on the FYDP subsequent to receipt of the POMs. " A/ b' v2 U6 ~* m1 y cCHAMP Composite High Altitude Maneuvering PBV. F/ m7 j* P& o8 L+ C5 S$ i Change Order Unilateral written order to a contractor to modify a contractual requirement within$ z/ i i( `/ O3 R8 ^ H9 r0 E5 _ the scope of the contract, pursuant to the changes clause contained in the ! @9 u, v9 ^* n }contract.; B% L+ F" |! m6 p) L Change of: s* a- O& [# W- ]. | Operational / A/ A+ V8 J- x- ~2 G6 H1 RControl (CHOP) ( K% e2 O1 M2 i1 s! y% B* h6 Q0 |% FThe date and time at which the responsibility for operational control of a force or; P0 `2 x* Y$ X2 O' f1 Z! A unit passes from one operational control authority to another.7 i. c P0 z8 w% G3 u Characterization The process of ascertaining the BMDS capabilities. The result of the BMDS 6 S/ i g0 h S# q" k7 P2 echaracterization effort is a description of actual BMDS capability at a particular 6 Y/ }# [& `! `6 ?" Rpoint in time. Characterization relies on test data supplemented by analysis to& ?% Q" S0 W; S" I8 z2 ` establish confidence in estimates across the threat space./ O4 {) r- E! M, Y/ t8 C$ @2 e CHARM Composite High Altitude Radiation Model.) n/ O' s0 p; x0 Q: `. r% E( Y/ c Checkpoint Event or point in time during the program before which decision criteria must be % m3 W$ Q9 p; l5 }" Fmet. If decision criteria are not met, MDA may decide that the program may not2 A' m$ o- |; d n proceed through the checkpoint. A checkpoint may correspond to an event / i' k' _* T/ csuch as a program review, test event, or contract award; it may also correspond 1 G$ B: X6 q+ S+ D6 C4 }to a point in time, e.g. six months after contract award. 9 M+ C6 u! P- J2 A( QMDA GLOSSARY, VER. 4.0 C . u" E3 L4 J2 U+ [6 p l49& F4 o: Y2 H# n Chemical Agent A chemical substance which is intended for use in military operations to kill,2 |) e) [% N- |' ?* _ seriously injure, or incapacitate personnel through its physiological effects. 8 Y' g: {# l( ^) ^9 q0 [% V- kExcluded from consideration are riot control agents, herbicides, smoke, and5 e, I) h G! e; x5 | flame. 0 q e6 p/ y3 t3 ^6 OChemical Laser A laser in which chemical action is used to produce the laser energy.9 |3 e: v0 r. _+ m7 ^; e Cheyenne5 R6 ` g% a" C Mountain 6 A5 i1 o' L5 w0 I' \& j+ k1 Z% cAir Force Base 2 i: ~/ e f+ g' G$ U# S5 p(CMAFB)' X9 t- I$ T! z0 A) @ CMAFB provides the primary facilities for the command, operations, and 2 B- Q! q z* K& h. ]) p% ]# ~processing centers which support the correlation and assessment functions of 8 f- Z5 n0 R- Bthe ITW/AA system.! B# h: N* r4 ?, d; ? CHIPS Clearing House for Interbank Payments.

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CHOP (1) Countermeasures Hands-On Program. Also known as the MDA 6 |8 N. T6 l9 J9 y) p0 g8 ~( tCountermeasures Skunkworks. (2) Change of Operational Control.9 Y/ |" Z5 u8 p1 U, x$ e2 ] CHS Common Hardware and Software.& d- V+ F, H( Q* e2 o% l CI (1) Counterintelligence. (2) Configuration Item. , Y! O9 R, L. v Y, o) ^' ^5 sCI (n) Capability Increment (Number), e.g., CI-2, (NMD BMC3 term). 0 {' V& q/ g+ K0 c% a6 ECIA Central Intelligence Agency (US). . Q- x. }# \; M$ t% Y( _8 qCIAC Computer Incident Advisory Capability. 1 T; z, r! k/ J M8 N3 wCIC (1) NORAD/USSPACECOM Combined Intelligence Center. (2) Combat 3 j9 ?* u8 Q6 `% _9 zInformation Center. (U.S. Navy). (3) Content Indicator Code.( N7 ?) x4 C) C$ G. @ (4) Communications Interface Controller. (5) Computer Information 1 U/ x, }, T9 {4 d9 E( x9 _Center. (6) Combat Integration Capability (USAF term). 8 Z" M. Q* F7 ^- \CIDR Configuration Item Design Review.' @. x# Y9 K/ Q7 y; c* |/ O8 q* C& U; A CIDS (1) Control, Instrumentation and Diagnostic Systems # w9 ]$ s; c% l(2) Critical Item Development Specification.. d: M' t. r/ l X% f CIDSE Consolidated Integrated Development support Environment. # n$ F8 `( g4 u2 z5 q+ D5 l0 [CIEL Certification and INFOSEC Engineering Laboratory. 6 L# q# d6 D; D3 \CIF CINC Initiative Fund.1 M P8 p E2 K# J+ C CIFMS Center for Integrated Mission support (JIEO term).: _, G% y# d8 m0 b5 _ CIL Critical Items List.! J+ v: z6 {0 k2 j4 e) j3 ?; q, P CIM Computer-Integrated Manufacturing. ) ~* c4 O$ Y& S3 }! h+ hCINC (1) Commander-in-Chief, used when referring to the President of the United& k2 S/ d3 w8 l States. (2) An obsolete term used to refer to the combatant commanders of1 h$ |1 h- A$ ~0 `- B4 B$ m major commands such as CENTCOM or NORAD. 5 | e5 c3 e( gMDA GLOSSARY, VER. 4.0 C' g2 M' q2 Z" L7 n% Q2 Z9 }2 C& R 50- v( L% e7 V! H' A* e CINC Decision 6 D) M. D6 k+ Z2 D2 j* F2 J4 ZSet 6 }- s- V& F9 e( ~% N* ~8 }8 P* QA group of decisions available to control forces, including determining / b: [$ C! `! [operational state, DEFCON, hostile intent, authorizing engagement, selecting: a3 e, J" I6 c7 \ preplanned response options, withholding weapons, overriding system directives,+ q z6 I' q% z; {& Y0 m+ ^2 m" | and terminating engagement.# \% `" R; d; b0 }$ R! J CIOTE Commander’s Integrated Open System Technology Evaluator." s% ^& p2 I" S' `3 w. u" T3 }; n Cipher System A cryptographic system in which cryptography is applied to plain text elements of$ U" W+ C. h ~& c* k) R equal length.5 K1 J2 R! b' ]3 D5 E$ ?+ ^ Ciphertext Unintelligible text or signals produced through the use of cipher systems.1 C$ h% w4 k" ]& A# \4 X1 ] CIPT Cost As an Independent Variable (CAIV) IPT.1 r9 {; P9 g: c3 I: |% B3 B/ q3 U Circular Error% H$ J* y# m# P) `3 P+ T/ z Probable (CEP) * Q$ V& W. `# b" }7 Y8 }7 ZAn indicator of the delivery accuracy of a weapon system, used as a factor in + z& [) A- {' f/ ]( cdetermining probable damage to a target. It is the radius of a circle within which3 r) N3 P4 A0 v( J5 r half of a missile’s projectiles are expected to fall or there is a 50 percent: p. o9 {: L) w5 u0 ]: Q6 f$ y probability that a single projectile shall impact. 4 g; Y1 _3 k, q8 F* D; }# ^CIRIS Completely Integrated Reference Instrumentation System # [1 s4 N" v: S1 d" T: z- b/ eCIRRIS Cryogenic Infrared Radiance Instrumentation for Shuttle.8 `" N( ` s/ y/ ]& S, ` CIS (1) Commonwealth of Independent States. 1 n; C i- [1 X! S- M- @* U(2) Common Item Support. # {5 A7 W- A! j. G1 M5 l0 g(3) Communications Interface Shelter.6 U( `+ B: Y! x5 x% B- i$ P1 u CISF Centralized Integration Support Facility. 4 p, J) l2 q& _- h! ECISS Center for Information Systems Security (JIEO term). $ M b+ n) k+ Y4 K1 i- D! ?CITE Common Integrated Tactics Execution (USAF term). h' } Z) v* d/ F7 }- m+ x4 I CITIS Contractor Integrated Technical Information Service. : r; t% @! [9 `: _: [- G3 H1 ]CIWS Close-In Weapon System. " A! y3 g5 g1 Z; N" S4 \, \CJ Cobra Judy, name of a surveillance radar.6 B* E: c# S- z CJCS Chairman of the Joint Chiefs of Staff 4 H% @# K5 ^ H) ~CJTF (1) Commander, Joint Task Force. (2) Combined Joint Task Force.. o. A9 P# [( U2 v# C9 Y; K e CL Chemical Laser.4 `* i1 f0 q# E; W, \ CLC Command Launch Computer (HARM term). / Q0 V1 ^' K" e; x. d1 ACLE Command and Launch Equipment. p8 m4 v$ ~4 }) V! F. O; kCLEMENTINE A flight program to demonstrate lightweight spacecraft technologies.2 A% e6 _; u, n7 F2 v& V4 Y& ^ CLEO Conference on Lasers and Electro-Optics (See EQEC).5 Z6 ^, Y3 L" R; a4 T CLGP Cannon-Launched Guided Projectile.& K! ] @1 t+ x- g u CLIN Contract Line Item Number + o% w [+ |2 ]MDA GLOSSARY, VER. 4.0 C 9 E- Z v0 h F. N+ i p; {" \51% d) V* O* k. d" F6 z Closely Spaced ( R8 K" Q0 |' _% G5 XObjects (CSO)8 h3 Q' ~% C) l6 D3 t Entire or partial object clusters that cannot be resolved to individual objects due0 L/ ^% [4 b1 ?2 T6 Y! a to their close proximity and/or exceeding the sensor resolution capability due to* C. H0 e$ d# l the range or the lack of suitable sensor viewing angles.9 d- m' U; _5 Z Closure In transportation, the process of a unit arriving at a specified location. It begins4 W3 y. S4 w! ~; } with the arrival of the first element at a designated location and ends with the b/ ^1 k- q) H) ]. n4 W3 K arrival of the last. " m f1 h; B; ZClutter Permanent echoes, cloud, or other atmospheric echo on radarscope. k6 U, ^* _& m! y' N; @, S7 I @ CLS (1) Command and Launch Station. (2) Contractor Logistic Support. 2 w6 F" a5 E' w& ^2 wClump Two or more objects that give rise to a single observation, e.g., an extended" L+ s- L2 r* F, W" y( y% y object consisting of at least two unresolved closely spaced objects.' i/ F9 S; b7 ?) | t# i7 ` Cluster (1) A total collection of objects each of which is within some metric distance 2 o; a/ H; |' N6 z( ?+ P& {of at least one other object in the collection. 6 N& ~8 E q, s- \) N4 O(2) A total collection of objects each of whose image on the focal plane of a" a" I' y) {1 P3 l- Z1 e: ^ sensor is within some metric distance of the image of at least one other0 @ D& W( L1 ?* b) ] object in the collection. ! t) c, \1 V h! A( z6 ]5 c" P(3) A set of objects with similar state vectors (based on truth). For example, % O1 M& D4 Z. S0 F) fa reentry vehicle and its penaids deployed at virtually the same time from9 S6 |* [& }) ` a post-boost vehicle. 7 }* M1 Y: Z& V& A(4) For BM/C3 purposes, a cluster is a group of objects any one of which ' G0 E6 {- f% F8 ]) w# f7 Lcan be engaged by an interceptor launched at the Centroid of the 6 W6 z, A; s8 D# @cluster, possibly before the cluster is resolved into separate objects.$ N/ [ l: N& y! [. l6 b Cluster $ u4 U2 _# M1 v5 c; g1 ^$ B8 zDispersion/ z/ d( e( X# ]% W. _7 w The rate of expansion of a cluster in meters/sec or angle/sec./ k5 U \% W0 N( N Cluster Set A group of object clusters and debris that originated from a single missile. 1 p2 i9 p% K" @* l( O7 _ [CM (1) Countermeasures. (2) Configuration Management. (3) Cruise Missile. (4)( u5 A6 Y4 t0 @' X% @ S1 _* i- F. N Chairman’s Memorandum. (5) Control Modem, (6) Composite Material $ g3 b7 c* \5 `. v; S/ O' bcm Centimeter.

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CM/SM Communications Manager/Security Manager. * g+ a f. ]/ c" Q1 TCMAFB See Cheyenne Mountain Air Force Base.$ I6 u$ c. s5 s4 ]" S* G, ]0 z CMAS Cheyenne Mountain Air Station (replaces CMAFB). . h7 [( c# {" p2 r6 z5 H$ w$ ACMC (1) Cheyenne Mountain Complex. (2) Commandant of the Marine Corps. 5 U3 J; q% `$ m- |5 A0 o1 @CMD (1) Cruise Missile Defense. (2) Abbreviation of Command. & p; J7 z2 \* l/ W+ w- ?% mCMDI Cruise Missile Defense Initiative.0 H- e7 J& D! v: Q9 F# o3 } CMEST Cruise Missile Engagement Systems Technology. ]" `: b# E' }0 A% N& y8 g CMF (1) Common Mode Failure. (2) Conjugate Matched Filter. ; @" A: \1 u5 ^+ @CMG Control Moment Gyro* v6 W Q0 q9 H. D" u8 w CMI Countermeasure Integration. ; |5 T8 o: c2 SMDA GLOSSARY, VER. 4.0 C) N- _6 K) M+ w: V" }5 e4 U 52+ q! m$ |7 U! C2 n CMM Capability Maturity Model.; D: Q% r/ Y5 \8 W& R- O CM(N)CC Cheyenne Mountain National Command Center. 7 h; V! z% M9 C+ {* XCMO Central MASINT Office (DIA). ' ~* n* Z& O4 V' c9 A% v' @6 P2 wCMOC Cheyenne Mountain Operations Center, Cheyenne Mountain AS, CO. - W5 s: \% N! q' _3 H( G) HCMOP Counter Missile Operations Plan.: [! O! H; A, X6 c2 x, W3 R; R CMOS Complementary Metal Oxide Semiconductor. * l, e9 r. t( e9 o, J1 e$ Q" V/ }CMP (1) Configuration Management Plan.$ J! d% V5 ^' i9 Q" w" |3 B (2) Counter Military Potential.2 q. e) h7 {$ l9 {! i2 k1 H$ L$ D/ ^ (3) Communications Message Processor. i% c$ I, J4 ]) L! ]0 K CMRS Calibration Measurement Requirements Summary * @ @+ _- l3 BCMS Cheyenne Mountain Support.* [% L; W/ P& ?$ K CMTC Combat Maneuver Training Center, Ft. Leavenworth, KS. & _8 ^# ~, i! Y; }CMTS Cheyenne Mountain Training System.! H. f, \1 Q. e6 k; l CMTSS Cheyenne Mountain Training and Simulation Support. ; \" Z- Z# b% x# ]CMW Compartmented Mode Workstation.8 ]4 K# p6 f- ^1 V1 j4 F8 @ CNA Center for Naval Analyses. 6 J4 ?8 S5 ~9 M6 s# }; QCNAD Council of NATO Armaments Directors. * Z; M3 Z! s) K0 ^ I9 j+ d0 F* ICNC Computer Numerical Control. 8 P) J1 P" K o5 }/ N2 l+ k j6 zCNM Communications Network Manager (C2E term). / W7 p* D' n8 e+ n6 b2 D8 @2 ^CNO Chief of Naval Operations. 8 Q' A+ ?! ]$ L8 I* c8 N5 yCNWDI Critical Nuclear Weapons Design Information. . }( B) i Q2 P5 S2 i. R XCO (1) Contracting Officer. (2) Change Order. (3) Commanding Officer.8 P5 C4 J, F# U2 C8 Z2 T5 ~, F COA Course of Action. ) g2 ]4 R* n7 `' B% @9 `7 I4 KCOAST Computer Operation, Audit, and Security Technology.4 z, E! p! X, @% v0 v: W7 | COB Close of Business. 2 c$ ]$ a! A& w7 fCobra Ball Modified EC—130 OAMP aircraft (see Cobra Eye). 1 Z% ]3 m3 G, r+ ^& k, x2 eCobra Dane L-Band phased array radar at Shemya AFB, AK. D0 x' X1 l/ I2 R8 f# f- dCobra Eye Modified EC-135, IR/EO sensors, Shemya AFB, AK.7 H( E! n9 @9 V: n) y Cobra Gemini Ship-based S-Band Radar development program with both shore and ship% D7 f$ W" { w! v, [' V! o& x! J basing options. - n! q6 Q/ c# G4 N& l6 L8 `MDA GLOSSARY, VER. 4.0 C 4 z8 k+ {0 n2 {* p- ~53 : D x$ ]' h+ `7 {5 q/ _Cobra Judy A ship-borne phased array radar., `: I% \$ s, D5 c% b; ?4 M0 o5 _; c COC Combat Operations Center. 6 |2 e9 h7 |! g: H0 FCOCOM See Combatant Command. - K" N2 _& F8 M: _4 x+ hCOCOMO Constructive Cost Model (COEA, now JAE, term).5 J- `2 ]) a" P- O Code Template A software tool used to develop a module for multiple general applications.6 h3 G. E; N9 ^. O( D CODR Conceptual Design Review.! i& U0 i0 z3 u+ K COEA Cost and Operational Effectiveness Analysis.& w) t [) g; I' H! u% [ Coherence The matching, in space (transverse coherence) or time (temporal coherence), of & a4 ?6 b1 U' Ithe wave structure of different parallel rays of a single frequency of+ b' ]4 D* J8 H6 L7 |" }. H electromagnetic radiation. This results in the mutual reinforcing of the energy of. P' M+ R9 ^% d5 l a larger beam. Lasers and radar systems produce partially coherent radiation.) f/ Z, @) H6 W+ c COI (1) Critical Operational Issues. (2) Combat Operations Intelligence." ]% Q* q \% v6 [8 d COIC Critical Operational Issues and Criteria.1 P& I4 J9 G5 u& F& d: J& r: Z; v! g5 w COIL Chemical Oxygen-Iodine Laser.6 Q7 m! q% t. ]# Z+ X Collocation The physical placement of two or more detachments, units, organizations, or ' r5 ^; ~2 V+ n* T0 Mfacilities at a specifically defined location. ( U/ I9 c# U+ ?0 s4 W& a$ z$ L" sCOM (1) Collections Operations Management. (2) Commander. 8 E5 G6 b$ `" t% G% CCOM3 Common Communications Components + |6 Y" {6 L* z7 ]COMAFFOR Commander, Air Force Forces. . `0 T! D2 e: b, h( H% {' {0 vCOMAFSPACE Commander, Air Force Space Command.0 O. Y& s4 F8 W! Q" w COMARFOR Commander, Army Forces. 1 O- i! c1 c, d( p; }9 I6 {3 x/ M# q% {% YCOMARSPACE Commander, Army Space Command.- Z0 U) z$ E: m Combat Area A restricted area (air, land, or sea) that is established to prevent or minimize; q e/ I2 @3 c! ~ mutual interference between friendly forces engaged in combat operations." b5 V z. A! [ e! B- X6 Z' | Combat H) H( j6 p2 {$ R9 P Assessment (CA)( W7 G( b' `/ f/ Y2 a5 H* l' _ The determination of the overall effectiveness of force employment during military 2 U+ i& _, A ^operations. Combat assessment is composed of three major components: battle. v) Q; X" j) r7 Z3 c" M damage assessment, munitions effects assessment, and re-attack 3 U# t8 U0 z* drecommendation. The objective of combat assessment is to recommend the b5 s6 F1 r+ Z( J; g course of military operations. The J-3 is normally the single point of contact for ; y* q, r2 [ \0 m, E: D$ bcombat assessment at the joint force level, assisted by the joint force J-2. / H) K) }5 D- [1 k6 I* G# z) GCombat Y9 n. ~: L2 G' x- w" pInformation * R* T3 k* H- C0 ~Center2 h, m6 h! p* D& c0 n2 s The agency in a ship or aircraft manned and equipped to collect, display, ; n. ^# D& u, o$ \evaluate, and disseminate tactical information for the use of the embarked flag& {8 G4 S* j% k ?7 c officer, commanding officer, and certain control agencies. Certain control,) a- y' B% f( @8 { assistance, and coordination functions may be delegated by command to the. Z+ \2 s4 h1 b9 ?( ?8 }8 |, p combat information center. Also called Action Information Center. $ ~4 P: x. R/ `- vMDA GLOSSARY, VER. 4.0 C ; p0 N9 Z r8 z* y5 B54 / Z8 O: _# P8 {2 ICombat $ p) n9 W. W8 a1 z# g* uReadiness+ |8 Q- a' g% U( V Synonymous with operational readiness, with respect to missions or functions4 X$ M1 B' S& S* q performed in combat. 5 n J6 {) E; M% bCombat Ready Synonymous with operationally ready, with respect to missions or functions, _9 c! {9 o/ w, f7 S1 f/ ` performed in combat.+ T2 d$ A* J& f Combat Service1 l% U5 e4 ~; X3 I2 c% t Support ! `, U' d2 r! m/ ^6 mThe essential logistic functions, activities, and tasks necessary to sustain all " J. U3 Z6 {+ m$ D; selements of an operating force in an area of operations. Combat service support , U$ H6 B1 K+ l2 dincludes administrative services, chaplain services, civil affairs, finance, legal 9 ]2 T- L2 h/ s- ?5 @services, laundry, etc. 4 x1 \/ g1 [- U+ G: lCombat Support Fire support and operational assistance provided to combat elements. Combat1 x3 B* }9 p. U; G1 y' ^ support includes artillery, air defense artillery, engineer, military police, signal,, `, w, u7 [' h6 s) |6 [ and military intelligence support. W; A3 Q. t7 Y& I- _Combat System - ^% J" E$ c4 {& J( ]Test Installation2 y! s% \6 ~- S# D' v. c A collection of subsystems including weapon, sensor, and information processing" S, Z4 ^0 z% K: ^: b1 ^ equipment together with their interfaces installed for the purposes of early testing6 T8 _) f- ~3 b/ h7 x5 B8 m prior to the availability of a first production item, at a test facility designed to $ ]2 T k( u* }0 {$ ]' Nsimulate the essential parts of the production item.

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发表于 2008-12-25 20:02:00 |只看该作者
Combatant t/ d* p/ G% K: A7 G2 H Command0 @& b4 \! V4 Y3 S' p (COCOM) 7 H* z7 J+ Y) n8 n( hNon-transferable command authority established by title 10, United States Code, 4 g$ R' @, p. k: Q6 tsection 164, exercised only by commanders of unified or specified combatant2 u' x8 c* o% J3 n; H( A commands. Combatant Command (command authority) is the authority of a) w* J' a* q! Y7 _1 ~+ i/ @ Combatant Commander to perform those functions of command over assigned" F" d. z- Y) ^! m forces involving organizing and employing commands and forces, assigning / O2 ], T+ x/ ytasks, designating objectives, and giving authoritative direction over all aspects 2 C/ y+ B: l2 q9 J6 Oof military operations, joint training, and logistics necessary to accomplish the. P* C9 }4 B% W b missions assigned to the command. Combatant Command (command authority) ) O* B) V# d7 A* E1 z' Cshould be exercised through the commanders of subordinate organizations; }) s. o. D; u( P/ k& b, `normally this authority is exercised through the Service component commander. 9 f" ^& u. d9 JCombatant Command (command authority) provides authority to organize and1 ^8 P } P. i( z$ G: q1 ], y employ commands and forces, as the CINC considers necessary to accomplish 4 D" m$ ]" r. @$ q0 ~3 Wassigned missions. Also called COCOM. See also Combatant Commander.' |# ]2 Q2 s) T4 N Combatant : Z& H+ ?5 l. Q& q1 l$ ?Commander % t8 S1 ]" s8 R r9 HA commander of one of the unified or specified combatant commands" W9 L6 O# ~+ |9 o4 y/ Q established by the President.1 o8 S$ k$ ?- K( \6 ?. T3 C) M, N Combined3 n C, R+ p& T0 e Doctrine# T$ C1 j) d! @7 I Fundamental principals that guide the employment of forces for two or more, k& S; Q* D& p1 z" v6 Z3 [ nations in coordinated actions toward a common objective. Participating nations6 K% O: i/ _, x- z' I9 e6 A( s0 g W1 H ratify it. # H1 E6 e. m: {; J: M; v: bCombined Force A military force composed of elements of two or more allied nations.( w x9 |$ C. \* a Combined& @8 ~4 p$ P3 p( b7 J Operation % G0 Z9 W2 R6 d- m( {3 OAn operation conducted by forces of two or more allied nations acting together $ ^- z5 o$ Q7 V$ r4 o3 |to accomplish a single mission. : B" J0 {! |$ b+ l- X. tCOMINT Communications Intelligence. : Y! A/ I3 E6 U; F; KCOMM Communications. 9 _) n* g' v" D$ R. q! ^COMM CON Communications Control ; T2 C4 p; n5 PCommand For command-oriented functions, the authorization required to perform command 4 |) z0 n1 d1 Coperations.: \' T; W$ Y9 K7 z. R MDA GLOSSARY, VER. 4.0 C 2 N0 S& y Q6 A55 $ h+ a ]& z- ?+ nCommand and 6 L. c0 v% ]# t: q6 L- w1 i9 OControl (C2)$ Q6 L1 l# P! e0 V* v+ h The exercise of authority and direction by properly designated commanders over 8 E. v9 b4 K/ C, o3 ^assigned forces to accomplish the mission. Command and control functions are . b" `7 v% m) r! l+ g4 Bperformed through a hierarchical arrangement of personnel, equipment, 4 H0 i( d3 Y+ z5 W C3 S+ dcommunications, facilities, and procedures employed by a commander in & n$ _+ d7 `% Aplanning, directing, coordinating, and controlling forces and operations in the 3 h0 }. x/ ^3 I% {* z4 n% V laccomplishment of the mission.3 {0 K+ R) u7 M3 F Q2 d Command and$ m1 ^3 q3 p' M! s3 g Control Element . i- ], Y6 G% D6 s( ]. P/ Q(C2 E): T! ?- j+ S5 o, I Distributed informed system consisting of processors, software, man-machine: }( U. h' f* r1 P8 g5 H" t interfaces, and communications media that provide USCINCSPACE with the I" t9 |& u- V& d% i% @5 X8 {capability to plan, command, and control BMD operations.9 X! p0 q% O' W6 v Command and$ S- [* r u% g Control System2 C, T8 M0 i. H$ K# h: O. e7 G The facilities, equipment, communications, procedures, and personnel essential / f! h' ?6 Y: L4 L+ `to a commander for planning, directing, and controlling operations of assigned* q6 `( }9 @* x5 `! s6 }8 p) o forces pursuant to the missions assigned. M$ k: S0 y: ACommand Center D, V/ q+ E6 F2 V/ J" E(CC) * a5 X- q) ?% | g5 Y& DA facility from which a commander and his representatives direct operations and8 B0 b( n- j8 @9 \( {/ P. l! `# c/ ~ control forces. It is organized to gather, process, analyze, display, and 3 a# \1 r }1 tdisseminate planning and operational data and perform other related tasks." D S0 s+ u6 e; s2 d Command, ~! ]+ Z0 b) m8 [0 o Control, and - T l7 Y q- `% C N. E, @# y! LCommunications) G5 W7 h) l; b, s0 H6 }+ L9 i0 D Countermeasure9 Y, [& R! u5 J7 j% m/ W6 L0 x" L s (C3 CM) - W% m2 e9 ^3 h(1) Counter C 3$ O( q4 }1 O0 Z3 q& e! U3 p+ c( ? – That division of C3 CM comprising measures taken to deny$ o$ z" v7 x9 c' l; c7 r3 M adversary commanders and other decision makers the ability to& S% p3 V2 G8 E" k9 E' g command and control their forces effectively.: A8 i: v* a! O" k) \! p8 [ (2) C3 Protection – That division of C3 CM comprising measures taken to 1 G/ m: V7 D" smaintain the effectiveness of friendly C3 despite adversary counter – C3% u- Z) R* ]5 x actions. . H6 w, i$ G: j$ i& V+ W6 FCommand,& c5 L* b! u2 s3 @ N; D# o% G Control, 0 \. S ^1 `3 ?% S2 oCommunications, 6 }9 v3 i3 N* c, ]9 W/ W `7 Nand Intelligence , \3 i) w7 Z* D9 B(C3 I) 9 M& j5 C! [; L Z& M' H(1) Procedures and technologies supporting command and control,& s) W1 t; Y# t communications, and intelligence requirements, including those ) `* @6 b- ^7 Binterfaces affecting systems external to the Strategic Defense System. ; r8 @" a( v1 T( O- J( O(2) One of the four pillars of TMD capability. Coordination of other pillars & x+ n- m1 l/ O: v" Uand integration of the entire TMD system into overall combat operations.6 S1 S* r. l7 C$ U1 E4 W Command, / g$ f4 y0 m# @( d( ~% D; iControl, 1 v1 V, _6 R4 Z5 @2 yCommunications,; y* \; `; R) _' Y8 o' N5 G0 T and Computer 5 x0 z" N$ w' j! qSystems0 v" Q5 N7 G7 c- e% w (C4 Systems) 6 Z3 `' l8 K! z1 o7 |Integrated systems of doctrine, procedures, organizational structures, personnel,* i! U8 Z2 |) _. {- Z" N' L$ ` equipment, facilities, and communications designed to support a commander’s 3 m: G- F! Q9 i- Y/ @0 C- D- Nexercise of command and control, through all phases of the operational+ i [5 _1 d8 O& [3 \ F continuum.: u( J. X, Y. S/ k I* r Command ' T* o! `) X0 m' P8 L, U5 \Destruct Signal( h- x' i1 [/ ?5 D) ^3 y0 ^ A signal used to intentionally activate the destruction system in a missile.' T9 u( H: L9 l! h Command $ s" a$ T: K/ u, c: NGuidance( C3 g5 R2 s3 m6 ` A guidance system wherein intelligence transmitted to the missile from an outside 7 D* v/ W* S4 q5 _0 tsource causes the missile to traverse a directed flight path.9 k, K; S( T- j# F: P Command Net A communications network, which connects an echelon of command with some8 v! C8 v/ j m! r$ P or all of its subordinate echelons for the purpose of command control.7 O+ Z- w R4 u/ W Command # l; M6 C2 F0 y2 ^9 X7 ~0 `Verification6 v2 L7 q; Q, k5 A5 b' G" w The verification of commands from the Battle Manager or Operational : d! O+ H7 s$ a, j, u& K0 U" [! KCommander prior to execution to confirm the command was correctly received 6 I" Z. j9 Q# o' Q" e& `# xand properly issued.7 s1 S! `: {, {5 y+ m: W Command Post # ] B- r6 \4 j3 mExercise (CPX) 0 u' z/ W0 a/ |7 ]9 QAn exercise in which the forces are simulated, involving the commander, his staff, 7 @: _5 z2 L% U+ V2 ^7 Gand communications within and between headquarters.# [- @% y4 y: M' C& K3 I/ d; Q8 d COMMARFOR Commander, Marine Forces. M! n( {# @2 v+ Z5 KMDA GLOSSARY, VER. 4.0 C1 g: O9 _5 z0 k 56 3 _. o6 E( `$ {# pCommit The process of committing one or more interceptor vehicles against a target - M5 [2 j# V- N$ I- jtrack. - ~' }2 V# j& l9 G6 H+ LCommitment A firm administrative reservation of funds for future obligations by the local1 a: X3 A9 F/ _+ Z. S comptrollers. Based upon firm procurement directives, orders, requisitions, 6 T6 b4 d4 l7 Q1 f/ k4 @/ V6 mauthorizations to issue travel orders, or requests.

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发表于 2008-12-25 20:02:14 |只看该作者
Common3 m0 U5 }4 ^) [; W' {& o Automated' i& N9 ^0 e5 C1 }1 R0 o6 z6 B System 6 b Q- M9 s4 A3 [Execution (CASE)4 o% q+ k {$ P* ?) W& T An Army segment of the Command and Control Element responsible for the SDS : r& N# f1 c% dfunctions which task the associated sensors and weapons (e.g., WTA) and % c6 {9 [! ]% w' y1 nprocess the information resulting from those taskings (e.g., perform multi-sensor6 `; @! k2 e0 r. s7 F track function). Expected to consist of survivable computer hardware and; i$ t7 X4 {% q/ i) K software. , [2 `* T/ E1 H' e) zCommon 7 H' B1 n& t: ~4 n' f% D$ BIntegration and- y! Q8 W) c S0 [' G q Tasks Execution , k7 b k, o3 U& \7 K(CITE) 9 l/ @# H$ }0 FAn Air Force segment of the Command and Control Element that performs multisensor data correlation and tactics execution for space based elements. ) G' {. G$ u( Y: N* X& _3 RExpected to consist of survivable computer hardware and software. * S* K/ m) F3 `* U* Y' o/ ]/ X' _Common Mode ) S# o2 E2 K) B& ^7 |, `Failure" R7 }1 f" E0 G A type of system failure in which diverse components are disabled by the same ! O }' D! g C% F9 csingle cause. % C8 `7 R7 w& q* q4 aCommunication$ }& A2 W: \& n: s# J Control Character 2 X9 J A! g- [: `' nA functional character intended to control or facilitate transmission over data 2 M5 g: H/ z; e7 Z0 ~4 X$ ~networks. There are 10 control characters specified in ASCII, which form the 5 X! b- c6 b) c7 D. A- vbasis for character-oriented communications control procedures.% t7 B9 p, a ~9 F- w* [& h Communications % h4 W. W0 L- J$ s4 x( J/ S. tData Base6 ^2 }, g1 C ^4 s$ g B Communications data files and updates including, but not limited to,0 x( h/ R; s6 F+ a! k0 B$ p" E communications message file, network management file, information : W4 ?0 A" _- x8 ~ _% d/ {management file, link quality file, synchronization file, security file and3 D8 p+ ^1 q3 I: t8 H' Y communications health and status file.; s2 ?) x5 Q7 J: M Communications' d; w( |4 b! ]% _ Intelligence / r+ I* [+ l( U8 @$ a& T/ Y(COMINT) o2 X* [* h% A1 BTechnical and intelligence information derived from foreign communications by7 m- e; c$ G% I7 G7 j$ V- d other than intended recipients. ' r0 O* f% P: ?, V+ xCommunications6 n3 S; Q) v/ K! `" p Security$ z6 L+ I" G) l7 t- ^7 y' W/ b, W (COMSEC) ' X6 d! `9 S( V H+ z! fThe protection resulting from all measures designed to deny unauthorized/ A! }4 Y# ?5 Z6 _- S) b* k persons information of value, which might be derived from the possession and# z2 i5 f: I6 F. D3 R" } study of telecommunications, or to mislead unauthorized persons in their M# Z7 J& d7 }, Zinterpretation of the results of such possession and study. Communications . l4 L+ l3 W3 Fsecurity includes crypto security; transmission security; emission security; and5 V7 ^) ?* I$ x6 O0 _ physical security of communications security materials and information.9 j3 k. v% s1 j8 O: _3 Q Communications $ \8 I' O. U9 X5 l* nSystem Segment % f/ |" ]8 Q4 X, K7 r(CSS)+ v& ?. L, N5 P/ D$ w2 l, t5 i The communications front end for all Cheyenne Mountain Air Force Base! n+ `8 Z- K# C0 y% U# r) \( q j (CMAFB) missions for non-common user traffic, performing circuit and message% M7 v ]5 |/ U) @& I/ C switching.. B' s \: B2 W# c+ n2 q/ C9 r% ? Communications' \# q. d' W% d c/ ^; Q System + @2 y( v8 [( i" W( k1 |0 rSynchronization a5 f* C- ^% I% H3 O Coordination of timing among communications system elements to permit4 M4 c% H9 l8 c* ]2 w9 ]; g transmission/reception of messages/data which may be distorted by time delays 3 L7 r; B6 Z0 z+ [4 Band Doppler shifts between communications nodes. 3 [! B$ T; Y" p' h0 g3 ZCommunications! [/ t. @! Z; l. J' \2 _) x Zone ; C* y, k- p" a# o& eRear part of the theater of operations (behind but contiguous to the combat. ?) u, P% ^. D3 c zone) which contains the lines of communications, establishments for supply and+ P5 v2 \% e4 m6 V8 Q evacuation, and other agencies required for the immediate support and - T# B8 |% u" M7 ?1 Imaintenance of the field forces. # x5 {8 i6 S2 t i# a( t y2 sCOMNAVFOR Commander, Naval Forces.. {! w* H N2 C' M& Z+ b( E2 m MDA GLOSSARY, VER. 4.0 C, y2 y# _! |$ d$ a 57: ^8 J" p$ K \ COMNAV- 3 e& I( b6 E: r% _" M4 qSEASYSCOM . k ^8 ^1 U2 d* x9 O4 Y% n3 SCommander, Naval Sea Systems Command.. S2 H/ I; P+ c, r, q X$ p COMNAV- O# ~+ m7 {5 U, b- X6 L SPACECOM$ p' J* D" z3 D1 R$ X! |! x+ | Commander, Naval Space Command. ' ~( U* t, E5 v2 k3 @: G# N* iCOMNAVSECGRU Commander Naval Security Group. 0 A+ S0 M' W2 P/ z; zCOMOCK Computer Mock-up ' P B% Q7 b# t* b0 ~8 _5 m6 [COMOPTEVFOR Commander, Operational Test and Evaluation Force (Navy). * F+ T% e r: x1 H& EComp Completion.- u% i: I: D2 u! \7 s$ H COMPASS Common Operational Mission Planning and Support System (Army term) 1 s& I+ ]1 A. U1 {COMPES Contingency Operations/Mobility Planning and Executing System./ k& V5 v, ]$ Q3 U# [' @7 |2 @( J Component Subsystem, assembly, or subassembly of logically grouped hardware and: ^/ R/ b9 n" j4 l/ u) y0 G$ A, v software, that performs interacting tasks to provide BMDS capability at a0 W" A7 k5 e0 ?0 m: ? functional level. - Z6 `: H+ @9 o# f2 b) X! hComponent h; H6 w9 F5 v! B" EAcquisition & Q% q! y! {2 t) m' WExecutive$ p. H+ z! t% [+ W' H+ b A single official within a DoD component who is responsible for all acquisition. _& R8 M( i( q5 S6 g functions within that Component. This includes Service Acquisition Executives , H+ X( @7 I2 X# D( v9 }. Sfor the Military Departments and Acquisition Executives in other DoD components ' E0 W7 w# g. k* c& Pthat have acquisition management responsibilities.3 V9 T# l/ }$ K- x Component 6 |) }2 W F9 F6 s0 jCommand 0 X* }3 r2 a# ~! T1 i- dCenters6 w/ G% S# t) U/ @) w$ M# X The Component Command Centers (which will contain Army and Air Force ( ^- y$ I; e; v' Kunique capabilities) will be capable of supporting the USSPACECOM Command1 R# A# M* X2 q Center and distributed Operations Centers by functioning as “Hot Backups” to# t2 g) {; u8 d9 [ provide for BM/C3 availability and survivability. The Component Command 0 h2 y D- i* ?Centers will be capable of executing real-time control of BMD engagement/ t( y) P: l/ m" t; x- j& { operations.9 j- n" Q; H$ K: N Component* M. ~: w; Q& M7 V; U/ U Program* ^; U2 a$ m; V u3 D A major defense acquisition program delegated to the Military Department of 3 r# `. c. \# _& o! |2 L' Y; gDefense Agency for management. 7 o; r* p6 ?$ f+ A! g) h3 UCompton Current Electron current generated as a result of Compton processes. (See Compton0 ] X$ H0 M! k6 ?0 |) q Effect and Compton Electron.) + Q6 ^ U9 B6 B! d/ zCompton Effect The scattering of photons (of gamma or x-rays) by the orbital electrons of atoms. " F" X7 U6 z4 ^3 f+ E4 U3 k+ cIn a collision between a (primary) photon and an electron, some of the energy of , u+ H% |' u2 ]$ J6 c) Tthe photon is transferred to the electron which is generally ejected from the; _4 [4 X6 Z% Z2 N5 M atom. Another (secondary) photon, with less energy, then moves off in a new* q/ R2 C, G/ B( S+ n direction at an angle to the direction of motion of the primary photon. (See - P( u) u2 J! P }/ Z; Q# MScattering.) 5 n5 v/ L, R1 t* M# Q3 M# B3 ~Compton4 f; q4 \& z) b Electron6 A% g3 C5 }3 d$ n3 `6 g# X+ | An electron of increased energy ejected from an atom as a result of a Compton8 @! |- S) a, C" @6 k interaction with a photon. (See Compton Effect.) 9 f" J8 f6 E2 h3 ?. ^8 YMDA GLOSSARY, VER. 4.0 C ( `9 {9 m- A- _3 w8 [58 ' N, x( H4 z8 v% IComputer* V( h2 C6 v% @' p3 S' g Security , j" z. r6 X/ V) L0 |(COMPUSEC) 8 d7 K* ^9 ^ v: H' ~The totality of security safeguards needed to provide acceptable level of/ [* C. m+ N) \; r' Q; F- G protection for automatic data processing (ADP) systems and the classified data3 `: p( Z" e4 Y o0 O. H processed. Includes all hardware/software functions, characteristics, features;6 \1 o; w/ H3 g/ a' g operational, accountability, and access control procedures at the computer and % n0 h) a, h; A ?( rremote terminal facilities; and, the management constraints, physical structures, 4 F8 v2 U" a, |% E6 ~and devices needed to provide an acceptable level of protection for classified9 m5 @9 o N8 P" u2 V7 C information in any state of storage, processing, display or communication within6 g& s! E" T3 S7 X the ADP system. u% q2 ~4 }; u& w Computer R# z3 Z% p+ s" v Software2 V! s% D/ I4 ^, ]' | e- _9 F" v Configuration. r1 y2 D: ~8 C1 o3 _ Item (CSCI)3 k7 e) `) m, Q- U0 K( I An aggregation of software that satisfies an end use function and is designated: |/ K. Y6 G1 ~( { by the Government for separate configuration management. They are selected " k: w) h3 A. d. pbased on tradeoffs among software function, size, host or target computers, 2 U- D9 p; c" [( N' P( r7 qdeveloper, support concept, plans for reuse, criticality, interface considerations, 3 A4 S* K8 U4 Z0 cneed to be separately documented and controlled, and other factors.

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