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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 Ballistic5 {* a, m5 r- h Missiles of all ranges and complexity. (MDA Lexicon)5 O% O2 {6 Z- c/ j: @ (2) This term is used to designate a portion of a multi-message packet that is ' ?* R; @, j# Q) H7 C Udedicated to a message contained within the packet., f6 V F- X9 p$ F# i Block Check z" {* ], k! ?3 c4 g, y1 T3 g Character (BCC)2 L5 g c" g" q5 p The result of a transmission verification algorithm accumulated over a 5 I. o2 A/ P- }6 D$ ^$ P) otransmission block, and normally appended at the end, e.g., CRC, LRC. 8 m) M7 I, R& [0 }( r* E$ oBlock4 n T8 I8 l. B% v2 B Enhancement 7 R% f ~" u# o0 l5 r- C B) OPlan (BEP), e4 N. @6 D0 T \% J" ~3 T The BEP documents Ballistic Missile Defense System technology development 3 A8 l. z: m$ J3 @5 d, |- d. Q wobjectives and defines the steps necessary to achieve those objectives. The2 A a+ {- g! _5 ~ BEP replaces the Integrated Technology Program (ITP) Plan and will document1 B( Q. ^% Z$ u0 g% k+ } all technologies within MDA that address identified needs within the BMDS7 G5 i; t. E5 n' ~. I- q/ z Capability Space or support MDA Technical Objectives and Goals. " w5 h1 Z8 T/ h. ~* cBlock Manager The individual selected to exercise management over a development Block. 4 d/ @& s$ ]0 _BMDS Block management includes decision points at which activities will be H% [, _+ M5 ^( a5 d: I) Uevaluated on the basis of effectiveness within the overall system, technical risk, 5 N; ]& Q$ v) i! ]8 u) p* C; S5 sdeployment schedule, and cost. From these decision points the Block Manager( D3 \/ u# a: K1 l9 Y4 k0 S4 R will recommend whether developmental activities will be accelerated, modified, or ( ]: l' o# v6 S6 D3 r! _ O9 y2 `terminated depending on progress and promise. j' i) w6 q' BBlue Forces Those forces used in a friendly role during exercises. , G. g( i5 |/ S; S+ C( JBlue Light Stand alone network development program * c+ g) d5 y1 N$ K- FBM (1) Battle Management. (2) Ballistic Missile. 0 C6 E5 F0 d, v: ]8 A2 Z: YBM ATD Battle Management Advanced Technology Demonstration& C9 s' O7 `8 _7 I MDA GLOSSARY, VER. 4.0 B" ^" N( J$ v1 a1 ` T 35( e$ S8 d+ @3 z ?0 `4 y, {2 p BM/C3 Battle Management/Command, Control, and Communications. See also # [3 q) O- z- u" _& B; xCC/SOIF. ! y/ p- {: }' F6 XBM/C3I Battle Management/Command, Control, Communications, and Intelligence. ; ~2 C$ S; d' H: L, _BM/C3 WG BM/C3 Working Group. n s+ B# R/ X9 PBM/C4 I Battle Management/ Command, Control, Communications, Computers, and 5 @/ n7 E7 Z' u& Y% c2 gIntelligence. 2 N4 |7 g# x7 a5 DBMAAT Battle Management Architecture Analysis Tool. 1 i4 P# f( m, k% F8 l. S- oBMC Battle Management Center. - J9 c9 ?0 ^; w. T6 zBMD Ballistic Missile Defense. + G- Z$ { [, o. b1 g: wBMDA Ballistic Missile Defense Act. 8 H! X2 {0 @) `" ^# u6 h+ G$ `BMDAC Ballistic Missile Defense Advisory Committee. ( w! K3 Z9 ~- a' q" VBMDAE Ballistic Missile Defense Acquisition Executive. 8 P3 w- k/ d; ZBMDARC Ballistic Missile Defense Acquisition Review Council.) ] e7 ^7 T9 q" c0 T* Q) @* T BMDATC OBSOLETE. Ballistic Missile Defense Advanced Technology Center, Huntsville,$ p7 O8 z. a% l$ |% a% t r AL. ! T6 n! g4 z" O( m& e; i- ^BMDCC Ballistic Missile Defense Command/Control Center. # D! x# C7 S! `4 l# LBMD Element" X- x ~3 F2 y) c, n Program7 Y$ c% u1 A3 U1 H6 y9 B Manager (PM) [/ F' W# }) ~; ?, h# G" x4 oA highly qualified individual responsible for day-to-day management and 1 A# f5 S: i2 p) k0 m* Eexecution of a BMD element program consistent with PM authorities and4 p) T0 E' h* v, F6 q# c" a8 _ responsibilities documented in DoDD 5000.1 and DoDI 5000.2. 8 z0 W# R6 ^0 @, R9 T% T6 d0 CBMD Event * q6 T* s! V0 N5 `Assessment( P; Y' O1 G+ P7 [0 T0 r An evaluation of information that determines the potential or actual nature and3 ?! y5 T4 `' k* O- J objectives of an attack for the purpose of providing information for timely& L& D0 m" _2 ~% |8 D+ G Z" C decisions. Event assessment for ballistic missile attack begins on receipt of 5 M+ F$ C* n# C8 [6 Mevent assessment information and continues throughout the attack. The + D; K7 Z+ T% bobjective of event assessment is to determine the origin of the attack, the ) u6 Z( z- N f7 H* O, B* `: vcountry and/or theater under attack, the number and type of missiles/RVs " s$ s1 G2 n7 v& z P# H2 O; vinvolved in the attack, and what specific targets (impact points) are under attack. c; Q4 T c+ ? This determination may be made based on attack assessment quality launch" x' w9 x3 Z4 i1 O" y! H and impact messages from external systems, information generated by BMD8 S0 P( v+ Y/ o sensors, or any combination. ( m4 H# o3 n8 Q' B5 x' mBMD Event 9 W! M: C4 x8 n# gValidation! \- o$ y2 U Y/ G2 u The human evaluation of whether an observed event is real or false. It is a * l" o0 c. Q" _5 m( ~% x1 jstatement of validity of a warning event determined by a human analysis of( P- a& K$ |4 X) c equipment, operational environment, and personnel actions. The basis for this9 Q; g% k! e d) q" `) b judgment is dependent on both of the following: first, in the judgment of sensor0 b1 R$ P' ]8 ?# m) Z6 P site personnel reporting the event, the data exhibits characteristics consistent " ^8 m" L+ c1 Y B( G" f7 bwith pre-determined phenomena attributed to an actual event. Site personnel, I1 }4 p7 z, y* \+ T) y" m actions, and hardware and software performance, are determined to be within ( d5 U% R( g& j1 y# W# Bestablished system operation specifications. This is a valid site report. Second, 7 A4 n' l6 S! Z9 M' iwhen a site report is received at the BMD operations center, it undergoes system( M. c3 U9 O" E$ @# C report analysis. This process may change the valid site report based on P! y, x0 s+ X7 \additional factors such as other site reports, intelligence information, and other+ |- |& A! H3 n T- d9 K$ Y data. Only after this process has been completed can a determination be made9 r8 I! x1 o' p' U* y( l 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" {5 W! D. `2 D( i 362 B& u: r6 Y& |2 z, u. ]$ P k BMDM Ballistic Missile Defense Monitor.2 S2 o, [; J4 E! `3 R0 b BMDN Ballistic Missile Defense Network. Encompasses the mission-oriented local area- k0 a4 e3 B: j and wide area networks, facilities, hardware, software, network control and ' P( i- d6 D; g6 Hmanagement procedure and capabilities used to link MDA and the scientific and / B* z; c8 `, z# Gtechnical laboratories and DoD facilities (collectively, the National Test Bed) that% E6 h* C: ~& O4 M, a ~. K- F support missile defense systems development, test and evaluation, and - X0 a: o) f' R2 s) {5 V$ Facquisition. The Joint National Test Facility (JNTF) at Falcon AFB, CO serves as 3 R( A' K; R( y: Y$ p8 D0 {7 hthe Executing Agent for the BMDN. 1 D; c4 @# [) q$ I$ }8 \BMDO OBSOLETE. See Ballistic Missile Defense Organization.0 }; ~, Z/ G" j# v7 h1 f BMDOC OBSOLETE. See Ballistic Missile Defense Operations Center. 0 {( `+ K) f/ i9 P* O8 v$ OBMDOICA OBSOLETE. See BMDO Independent Cost Assessment. 2 B3 l/ `. H2 R5 ^" b SBMDP Ballistic Missile Defense Program. 7 M$ K3 B% d- fBMDSCOM OBSOLETE. Ballistic Missile Defense Systems Command (now USASSDC). 6 M7 M* G6 |; B9 R' K) VBMEWS See Ballistic Missile Early Warning System. 6 w) s4 b5 O0 kBMIC Battle Management Integration Center." d% O- {# A' m8 `# L0 J BMO OBSOLETE. Ballistic Missile Office (AF)., x. Z' k3 |) q1 O$ a4 f BMP Battle Management Processor (C2E term). : h* L, [* d. W' J+ |5 PBMT Ballistic Missile Threat. 9 {4 l; k' s+ V( F3 i: w- HBN Battalion 1 ^& A5 @) n( H/ ^BN HQ Battalion Headquarters (USA/USMC term). 2 h; e( j7 E/ ?) B: l1 ^- P' DBN OC Battalion Operations Center: ]+ p# e. @. o$ {: \ BNL Brookhaven National Laboratory.. E: A+ V2 {) _# K BOA (1) Battlefield Ordnance Awareness. (2) Basic Operating Agreement.: C' g" a) z+ \0 v }/ h# n BOD Beneficial Occupancy Date (FAR construction contract term). 5 [% i% j& Q$ v% W3 TBOE Basis of Estimate.) }8 W4 r2 Y7 u( p; X' q BOIP Basis of Issue Plans. , y% V; i* [6 Z% h# u0 xBOM Bill of Material' m( \8 X" c/ U- K: E" J Booster An auxiliary or initial propulsion system that travels with a missile or aircraft and % X4 u# b* ?9 X$ O6 x$ v" P2 Pthat may or may not separate from the parent craft when its impulse has been o0 [9 i. z6 r- V7 y8 qdelivered. A booster system may contain or consist of one or more units.9 ~8 g# d! r# M! t( K$ f9 B9 q+ J Booster 9 \8 ^. W: l8 e" \" h; ^Inventory ! F& \2 w: J+ t$ WTotal force inventory. " d3 F9 E: |) ^5 C m: \7 FMDA GLOSSARY, VER. 4.0 B# k" @2 X2 m$ j/ }; P6 O 37+ K5 V$ h' Q F& z6 ^; r Boost Phase The first phase of a ballistic missile trajectory during which it is being powered by; k) Q2 P, w- I3 f) d0 y its engines. During this phase, which usually lasts 3 to 5 minutes for an ICBM, + w3 {& |2 a9 Xthe missile reaches an altitude of about 200 km whereupon powered flight ends ; g, y' [- B/ L" l1 wand the missile begins to dispense its reentry vehicles. The other phases of1 G2 ]9 y5 t* J: F- N, A. s missile flight, including midcourse and terminal, take up to the remainder of an5 o+ }* U+ y# L' v# ~ ICBM’s flight time of 25 to 30 minutes. (USSPACECOM)( [/ H* H! V; p4 j% O7 Y m4 W Boost Defense& X: m, {. p" V1 ?& P$ y( v! D: U Segment (BDS) 3 j& Y- V: N3 r( w& J* KThe portion of the BMDS that defeats ballistic missiles in the period of flight prior . n6 S; ~# E* d* kto the termination of powered flight. $ h0 u; N/ {4 i" @0 V0 R, m BBoost) _7 ^" W4 H9 s( Q, I Surveillance and 6 }( r* V4 x" n. O5 d$ }9 c' }Tracking System6 X+ y0 |" z: B4 \, k; b/ }" _ (BSTS) - I$ D/ H5 m; ~& O4 jOBSOLETE. An Air Force sensor system in high earth orbit used for early 3 y3 Z4 m6 p( P6 Swarning, tracking of ballistic missiles, and attack assessment.% S: D0 _# t9 I/ R. z/ k" G* V BORRG Ballistic Missile Operational Requirements Review Group. " d! I" s2 h5 T1 jBOS Battlefield Operating System) E& j3 W& L, j( s; w J1 j& ^ | BOSS Background Optical Suppression Sensor. . f# H+ w' ^. d) s# g* Z* JBottom-Up : r- H# Y5 h- ?/ q% _) K) AReview (BUR) 4 c2 S6 J L) X' r, xA comprehensive review, initiated in March 1993, of the nation’s defense 9 R" i; n1 r/ A5 G- f7 z4 } Vstrategy, force structure, modernization, infrastructure, and foundations. The( U+ ?4 g) Q) { BUR examined U.S. missile defense requirements from a perspective of- I4 x7 J& K( e identifying options that could meet future needs at an affordable cost., ~" C# N# K) p BP (1) Brilliant Pebbles (2) Boost Phase. (3) Battle Planning. 5 _0 U/ n! I. J- ~# S7 ]& \# W {2 dBPAC Budget Program Activity Code., d/ {7 X: s5 ~0 V* X BPBM Boost Phase Battle Management. ( I, w4 |1 M9 r) J1 ^BPHIT OBSOLETE. Brilliant Pebbles Hover Interceptor Test. ' ^; n& q# t3 i# i' [# W( rBPI (1) Boost Phase Intercept. (2) Boost Phase Interceptor. 4 T0 e) f: d( w) K& i- J! o" lBPI/E Boost Phase Intercept/Exoatmospheric Intercept $ G4 c% B7 } W3 NBPL Boost Phase Leakage. , s+ O% C+ f- ~ J! D BBPM Business Program Manager (Acquisition management term).% F5 Y: ^# M0 ?8 [9 s" x( ^ BPPBS Biennial Planning, Programming and Budget System. 7 J0 F" H$ i2 y$ h( V5 w/ |BPS Bits per second (TelComm/Computer term).4 p: T: N" ?$ X$ V7 A1 e( v BPT ATD Boost Phase Tracking Advanced Technology Demonstration.0 X& K# [$ D& p1 P3 R6 A$ n6 S BPTF OBSOLETE. Brilliant Pebbles Task Force.- K3 W" s( c7 Z BPTS Boost Phase Tracking System. . \& N% n% b9 E- yBPX Battle Plan Execution.0 E+ R1 g9 D8 X 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 7 w' i3 N8 K' L& [3 I38 4 `. ]# j8 O, D' [. ~Brassboard : g; w3 a* g# N) OConfiguration 1 g9 J5 R7 l$ H6 D0 `An experimental device (or group of devices) used to determine feasibility and to1 J7 V/ j+ m0 m# A1 p2 X develop technical and operational data. It will normally be a model sufficiently% y# U+ V* \3 y, m& `! X hardened for use outside of laboratory environments to demonstrate the * `9 A) s& b5 F: stechnical and operational principles of immediate interest. It may resemble the 9 p# H2 l3 p4 s9 K; |) n+ `end item, but is not intended for use as the end item. # p. N. [4 m0 ], bBRDI Baseline Recompetition Document Integration ^6 O, X/ _' H1 \: y$ t2 Q/ zBreadboard; {' A* h9 w: h! W2 H: R Configuration n* Q" s7 a6 p" Q. c1 ?+ U3 T An experimental device (or group of devices) used to determine feasibility and to6 D! r! u+ g; }+ R3 K6 y develop technical data. It will normally be configured for laboratory use to & D% z$ [$ {% ]7 X O3 I5 pdemonstrate the technical principles of immediate interest. It may not resemble * p3 E& L8 z$ H* ithe end item and is not intended for use as the projected end item. 1 o- Z) X6 y. Z# S2 }" xBreakout Execution of acquisition strategy to convert some parts or systems components 4 I# J7 C* d+ d. g$ Z3 Sfrom contractor furnished to government furnished. Rather than having prime! e: ]4 P) K; H5 i' J6 {+ u& B1 C contractor provide from its sources, government goes out to industry directly and : h: p4 P% `5 d: L! r5 H1 Tprocures items. B+ m% F, K% ]" _Break-Up (1) In detection by radar, the separation of one solid return into a number of% ]! F6 Q, Q" k9 U individual returns which correspond to the various objects or structure ( {* \, b2 p: p: W, rgroupings. This separation is contingent upon a number of factors, ( a$ n+ n+ M( _1 |/ M% ^ Q4 S* Tincluding range, beam width, gain setting, object size, and distance ' Z; S$ |) h5 C" X6 ^% |+ V4 lbetween objects.: i, M0 d1 r- p& ~+ U3 k! J (2) In imagery interpretation, the result of magnification or enlargement N/ A* h) I- I+ ?- z0 ^ which causes the imaged item to lose its identity and the resultant0 f% S! V0 L; U5 ^! E9 ] presentation to become a random series of tonal impressions.+ o" _: [5 H3 l$ X/ |3 w1 D! l Brightness The amount of power that can be delivered per unit solid angle by a directed6 B) H, q V' {1 [2 X* O- h( R energy weapon. As used in the BMD program, brightness is the measure of : K, _% c4 Q0 ? @source intensity. To determine the amount of energy per unit area on a target, # K+ k- G1 ?/ w3 _& n+ D4 \9 Sboth source brightness and source-target separation distance must be specified./ W$ \& g" e, {& A: [ Brilliant Eyes " _8 n6 ~/ @# M(BE) 4 I0 b9 i3 U4 Y$ i; x1 f- d& SOBSOLETE Successor to Space-Based Surveillance and Tracking System) O/ z6 P* K g8 c) a: A/ P (SSTS). BE is also known as the Space and Missile Tracking System (SMTS), % Y+ u/ ?6 `2 ]% G3 y2 Land is now the LEO element of the SBIRS. See SBIRS. , m/ ~; E- ?; BBrilliant Eyes 4 Q- n/ x& v+ c6 i# D# {% @7 T! aProbe (BEP) . i2 @4 @: f$ n* |+ Z5 F: Y) bOBSOLETE. The BE Probe is a concept for a ground launched probe version of $ A* c7 k; j: F; e+ Tthe BE space-based satellite, analogous to the obsolete GSTS, that would - g' R2 A2 X6 F6 ~6 {leverage heavily the applicable BE Flight Demonstration System (FDS)/ V0 O- Z. I! T: R& c developed equipment. BEP could be developed and deployed on a shorter2 v- P0 l7 e9 F$ `4 b; e# [# ^# Q) O schedule and could provide interim above-the- (radar) horizon threat tracking and1 A' E' X2 N& e1 t8 O3 Z pre-commit for the interceptor. The concept requires the addition of non-FDS 6 ^) I- N" h1 J/ F/ ^LWIR sensor to a sub-set of the existing sensor complement, and is part of ! K1 h3 @( _6 p2 W6 cpotential Contingency Deployment Options. Also called the Ground Launched l) A: m& @, L# O" P Probe (GLP).7 D% G+ s% M/ f( ]# [0 b! F4 Z: O Brilliant Pebbles& I$ U. b. ?% B1 Y/ [# F0 S (BP) 7 J7 B' }$ _; Q6 u2 ^# l; Q. zOBSOLETE. Proliferated singlet space-based weapon with autonomous4 Z! x O; A5 V capability. (Now a subset of the Air Force’s Advanced Interceptor Technologies 2 w( ^7 U1 I1 G8 N F" S$ c6 ~(AIT) project.) 5 D5 X$ q# o: |$ r% YBroad Concept: N1 T) [; T: t% g* W: k7 M of Operations - i h9 I! `7 d6 P(BCO) ! o4 D( d1 O) ~6 V* u7 MAn approved USSPACECOM planning concept for a complete SDS. It is a toplevel concept that is detailed in specific Phase Concepts of Operations.4 `/ s% ^ E6 { C BRP Basic Research Plan. , U* J* y- E$ d" p& ?" _5 ZMDA GLOSSARY, VER. 4.0 B7 Z3 e1 n7 [ H0 O1 H 39: D' z; G0 J* G& O( ^4 C BRV Ballistic Reentry Vehicle. / d- [ P1 N4 `- _5 qBS (1) Battle Staff. (2) Broadcast Source.7 Z8 ?0 K$ p6 Y BSD Battlefield Situation Display.# y0 K* a: ^, y: g$ O0 | BSL Base Support Listing.& n. Q( ?3 k2 _ BSTS See Boost Surveillance and Tracking System. / M; O3 R; i. q' X4 Z! j( \BT ATD Booster Typing Advanced Technology Demonstration.' t2 O/ v ]; d U7 Z) v BTH Below the Horizon.. z: W3 r3 m5 y* l* I" E' j BTI Balanced Technology Initiative. ) c2 C9 e7 g7 n* Z: Y( |+ v" zBTOC Battalion Tactical Operations Center (PATRIOT). " Y; d* \2 n4 V) p) }" w( u" cBTRY Battery. # F+ z, y0 ~3 v& X, CBTS Baseline Target Set. An MDA-approved listing and description of ballistic missile8 N4 H, p: `; a4 j) B targets, which have been (or are being) developed to meet a variety of target 5 J7 Z, J7 A5 t! |9 r+ \* c9 ^0 h+ Pusers’ needs, validated as threat representative, and accredited for specific3 w ^5 ^/ l9 b+ L, X8 a applications.' r* e5 |" a6 ?& ]+ ^8 ]5 ~% R! e" T0 ] BTTV Ballistic Tactical Target Vehicle. 1 \! U3 {' S# |BTY Battery.) c! {! Y' R9 i7 _' M! \' l% X Budget Activity (1) A budget activity is a major subdivision of a budget appropriation,5 o* p' X) v7 J# I9 Q generally in mission areas. It records estimates for a component function 7 N4 q# k6 Z7 z: c4 lor activity to be funded by the appropriation. (2) Categories within each B) I! X( q7 Oappropriation and fund account that identify the purposes, projects, or- g, d4 M! |" G types of activities financed by the appropriation or fund. ; f' }; E' v8 SBudget Authority Authority provided by law to enter into obligations, which generally result in ; J& `8 {. r: T i' x3 v% P7 Eimmediate or future disbursements of Government funds. It may be classified by 3 k: o% t. p( D" E" L) Jthe period of availability, by the timing of congressional action or by the manner' ^8 l; @+ ? X6 s of determining the amount available. Also known as Obligational Authority. 3 j+ `2 Q: Q& a8 \9 D& X0 xBudget Estimate Cost estimate prepared for inclusion in the DoD budget to support an acquisition 6 D: T1 {; n0 A3 K7 ~1 Nprogram.

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24#
发表于 2008-12-25 20:00:26 |只看该作者
Budget Estimate 1 _& w' P" v0 ?; r2 r( NSubmit (BES) % i: m1 ]" y" H. B3 JThe service submissions to OSD showing budget requirements for inclusion in - C# _/ `; S& R1 p" Z, gthe DoD budget. Every other autumn (even years) for two-year budget, every8 O3 s6 m2 v/ g* P autumn of odd years for amendment to second year of previously submitted twoyear budget. : F! ^) b0 X% }9 W8 G. I7 G' X0 }! {Built-in Test: U: b* B9 Z, L( ]8 W0 Q* ^ Equipment( X5 ^) T$ \. [; E; t' ~+ I. m: N; Y (BITE) % d6 V* e1 p3 X* j) G X- DAny device permanently mounted in the prime equipment and used for the 8 W9 ~) D( ^! Q) A! H) L* xexpress purpose of testing the prime equipment, either independently or in ' k. n/ B3 `3 E, ^association with external test equipment./ H1 T. B4 ]6 S% s0 K! Q( _$ t5 u: ] Bulk Filter The signal processing rejection of detected signals as not being related to / o/ s' @" N9 M8 ]$ lobjects of interest. The removal of sensor observations from the track files that 5 M$ r& T& ]/ Y, C: kcan be readily assessed by location or signature as non-threat (e.g., stars, boost - G' n3 |5 X* ofragments, etc.).: N% B" t u+ } MDA GLOSSARY, VER. 4.0 B, |$ \3 U3 k" G/ k9 w 40 1 w7 [+ u( e. \BUR Bottom-Up Review.+ V6 c* p f0 s/ {; v Burden Costs not attributed or assigned to a system as a direct cost. Alternative term for % D: h( x, y0 X2 Z% f" doverhead.5 t: d; g9 v5 j Burnout The point in time or in the missile trajectory when combustion of fuels in the * |, [3 Y" N+ B0 p0 Q) H: irocket engine is terminated by other than programmed cutoff.3 _2 A7 q; e4 D: I" T& [, ~ Burn Rate The monthly rate at which a contractor’s funds are expended during the period0 S( b/ e3 b6 C ^8 e of the contract.' {7 k$ ~) C! p+ N1 L Burn-Through / u$ E( L4 q. m+ Q5 z- { iRange7 s, h$ J, S0 A) Q% \7 g& i, ] The distance at which specific radar can discern targets through the external * m' U3 y m: P( \interference being received. $ B8 Z- R1 i$ T! D0 o0 LBus The platform (or “bus”) sometimes referred to as a post-boost vehicle, on a single 6 Y0 _, J0 l: I) u! z$ [' emissile, which carries all the warheads on that missile. May also carry penetration 8 |; G+ J6 ]7 u: E8 n1 y" Zaids, decoys, etc. : T l3 H1 T6 H. OBus Deployment! w g/ M3 \# ~+ U$ ? Phase 9 S4 w% R9 Z8 z+ q1 D# IThat portion of a missile flight during which multiple warheads are deployed on - E- s- T" W K3 \7 L+ [% n/ Jdifferent paths to different targets (also referred to as the post-boost phase)., Y! k' [4 U! h) O The warheads on a single missile are carried on a platform or “bus” (also referred 9 U6 O$ _& F0 S$ [- \3 pto as a post-boost vehicle), which has small rocket motors to move the bus / R" r E0 E* a. zslightly from its original path.2 I% y9 a$ x' D0 b: c) B3 r BV Boost Vehicle.8 c2 m7 K |6 X( r* v BVR Beyond Visual Range.6 V* f5 w' _, x+ ` BW (1) Biological Weapon. (2) Biological Warfare./ |, H5 U& l% {9 M5 I2 { BY (1) Budget Year. (2) Base Year., D, ^2 }! l; H! W ], ?0 I/ [ MDA GLOSSARY, VER. 4.0 C , e2 x, w2 L' ]6 H6 r41 4 H; {, B4 q7 c) h; Y0 PC (1) Communications. (2) Centigrade. * P3 D. Y& @* S# NC2 Command and Control. ; c; d+ a! i& a7 M0 V: GC2E Command and Control Element. + Y* j+ |) L: w# ?: e RC2P Command and Control Processor. 4 e2 X# B6 B0 Q' m* p; o3 QC2S Command and Control System.0 [- i* l( V8 \- o$ V/ D) R6 n: L C2Sims Command and Control Simulations./ a8 T; u: Q6 e$ | C3 Command, Control, and Communications. / I) V1 h" d6 w/ O% ]0 aC3CM Command, Control, and Communications Countermeasures.! P# r) p& S/ N8 Q% o: d, i C3I Command, Control, Communications, and Intelligence." r5 e7 E! i* B9 W: F C3IIT C3I Integration Test.% ]) Y; ~! ?# ?/ y: C C3TED C3 Theater Exploitation Demonstration. ) z5 a2 m# r- r) I# IC4 Command, Control, Communications, and Computer Systems./ j( w+ A6 K2 C6 y' L C4I Command, Control, Communications, Computers, and Intelligence. N5 ]% J: E* Y d4 g, Y, h C4S Command, Control, Communication, and Computer Systems. 5 k, ~% t: K7 j9 ]. c0 V6 t5 N# tC Spec Product specification. . p4 Q! H* L$ k6 t: p5 q$ \$ NCA Counter Air.; s) y- z; `1 a! i, _+ h CAD Computer-Aided Design. , k" R) L+ `/ h4 R; i: M& ?: _CADE Combined Allied Defense Experiment/Effort.9 x' X i) {& { CAE (1) Computer-Aided Engineering. (2) Component Acquisition Executive.* m2 V% A) ` I) ?# v CAIG Cost Analysis Improvement Group.. y% N$ U' ?, a3 ]8 |, d0 w CALM Characterization of Advanced LWIR Mosaic # {) B( w* q* Z) i1 T/ ~% {7 xCALS (1) Computer-aided acquisition logistic support. (2) Continuous acquisition 7 f& H4 g& L& ]. U, sand 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.) j& p6 X; f- K5 |- N4 z Campaign Plan A plan for a series of related military operations aimed to accomplish a common: ~' Q2 P; ^/ i3 B1 e, t objective, normally within a given time and space. ' ]6 o; U0 A* O7 u8 {; lC&D (1) Cover and Deception. (2) Command and Decision& I+ U. H# m" G+ X6 v1 b& G+ w6 e C&D/A Command and Decision/Auxiliary / j# b/ F3 _! @* S! u o$ uC&DH Communications and Data Handling.6 {/ {$ t% R" P/ i# a2 D C++ Object oriented version of the C programming language. 3 C R& ]# e0 p$ N3 B& C) |MDA GLOSSARY, VER. 4.0 C & H; p1 z4 B9 l42& {) N2 |! _3 b# O2 L C-B Chemical-Biological. 0 W3 r- e1 ]+ ?% o! ^" f5 S0 MC/AHRS Compass, Attitude Heading Reference System (US Army term). 0 O2 F, r' Y) T) Y: ^/ d# PC/SCSC Cost/Schedule, Control System Criteria. ( H' t0 w5 R: {9 l# }C/SSR Cost Schedule Status Report. 4 \1 J. E4 T' QCAESAR CONUS Attack Engagement Systems Requirements Simulation. ; a. M' p2 t g$ R+ d6 NCAG Collective Address Group. - ]7 X: a+ j- `% u) a4 LCAGE Commercial and Government Entity (Contracting term).# v! l7 {* e" g& d& ^8 [% X CAI Computer-Aided Inspection. # ^5 T! T8 E1 m8 f) J; F; }CAIG Cost Analysis Improvement Group. % b' B# B8 v. G- f5 sCAIS Common Airborne Instrumentation System.' v" G' O. S# H CAIV Cost As an Independent Variable.3 J! w j/ F6 T2 u* Z. t7 V CALM Characterization of Advanced Low Background Mosaic. CALM is a contractor8 v& ]! ?. w4 p+ a6 X5 L operated ground test facility for testing focal plane arrays. It is located in 2 z* j, F* d$ L' J0 UAnaheim, CA, and is managed by USASSDC for MDA. ) @; F3 [$ [( J: F* u7 xCandidate7 B7 L7 f" B$ i: _# B5 [ Sensors: F }2 p9 P) r: Z* l Any of the following sensors that could potentially be included in a National3 L" T1 Y- h5 @ Missile Defense deployment: UEWR (BMEWS, PAVE PAWS), HAVE STARE, 5 L; H& A4 P. }6 s7 C6 s! |' YCOBRA DANE, Haystack/Millstone, Haystack Aux, COBRA JUDY, and potentially 0 ]/ a' m( \+ e Lother existing sensors. 8 m) E) H J- o# xCAO Counter Air Operation.6 w" c# H4 Q6 E3 }' @ CAOC Combat Air Operations Center. w. d g# \7 |- ]+ r; X3 Q% v' f CAP (1) Combat Air Patrol. (2) Civil Air Patrol. (3) Crisis Action Planning.0 c. J; _8 h! h/ J (4) Configuration and Alarm Panel. : i' |; ~2 n- y3 c4 xCapability 2 b- i `3 }) e- }5 e1 `Assessment - K* A* n; w' B0 y4 S' ZTo determine the value /capability of the BMDS: technical performance, cost, # e9 }7 Q7 Y _" m( A. D ?: wschedule, and other factors included.1 i. G$ j& r, F1 F# c9 K0 ~. Y Capabilitiesbased * P0 |; [1 B# n" n8 C% @6 iAcquisition+ [3 S, w8 e! f4 L! W' r" D An acquisition strategy based on the principle of providing to the user# m* i% a! u; l0 @" S; m/ a capabilities as they are achieved, vice capabilities as measured against an) e2 C/ R# |7 a, t' K) h absolute standard. % G( A1 q6 ]0 T- t$ Y9 l9 J; oMDA GLOSSARY, VER. 4.0 C & V0 Y3 a' D7 o4 o" y# y43 + F0 W" v2 b2 M2 rCapabilitiesbased' H$ ~7 N+ C/ k$ r- [ Operational : T( R( D6 O6 k5 v+ [/ y3 qRequirements% o. ?) \* O# E8 k# U Document (ORD). ^2 @5 Y7 n+ w A specialized version of the CJCSI 3701.1B formatted ORD that records the$ \: U6 R6 I" |$ B* ? demonstrated operational performance of a base-lined BMDS capability and5 W, d) ^, K9 h/ Y; I. W configuration for a system proposed for Service procurement and operations. In2 n# B2 |* ?$ x+ n0 q- h1 Z place of requirements, capabilities are stated as operational performance : f$ X, {. i/ T0 h: Rparameters that have been characterized in Developmental Testing, tailored to! J: M" W) x( q1 I7 ? the system (e.g., satellite, aircraft, ship, missile, or weapon) and reflect systemlevel performance capabilities such as range, probability of kill, platform 6 C' h- `( a3 }- |5 p, Hsurvivability, etc. In keeping with the capability-based approach, the threat is 7 w7 a" R6 K5 d4 N' K, j8 ^described in adversary capabilities terms, rather than specific threat systems. $ ]% g3 y, G7 W# G: l9 n4 O/ qOther facets of the standard ORD that speak to the suitability and supportability$ w& s8 b( I3 I( R of the system remain unchanged. The Service will bring the Operational ( R/ ~/ E2 D8 p7 PCapabilities Document through the Joint Requirements Oversight Council as the ) V+ O1 E2 ^" T- Zsystem element transitions to a Service. 3 x" y" {1 `' ]Capability* K9 B% r0 |2 H) h3 N Specification8 s9 ~7 g- m9 B# K- J. C! Z Generally, but not entirely, equivalent to the term “Performance Specification” as 2 s' M! o3 ^9 lused in a DoDI 5000.2/DFARS context. It is different in that capability2 t4 B2 X" M! ^% r specification emphasizes operational capability verses performance requirements ; V# P- r& E8 V3 ]0 Bthat are responsive to documented military requirements. Unlike performance; p3 A& {) h; P8 M$ m" s; ^# z specifications, capability specifications are not necessarily tied to APBs, Mission. D0 ?" g1 Q+ H3 ?& c8 _ Need Statements (MNSs), or ORDs.9 @# j9 R" S% I' T Capital Satellite A highly valued or costly satellite, as distinct from an inexpensive decoy satellite. % V4 H" \6 s- D1 ^Some decoys might be so expensive as to be considered capital satellites. m5 u" ]2 }: e5 J' uCAPS Commanders Analysis and Planning Simulation. 7 i" W+ @7 l WCapstone Test; ]) i8 z, U A( ], _' L and Evaluation 0 B- G) i, V* L: ?" l4 \0 ZMaster Plan 3 U" V. @) V" r/ k7 |(Capstone TEMP)# M/ |: ^" s9 k& z A Test and Evaluation Master Plan which addresses the testing and evaluation 2 h; n( K+ a' ]9 m; ? Y) dof a defense system comprised of a collection of “stand alone” component + E" b' s# L- ~( P1 K7 @" rsystems which function collectively to achieve the objectives of the defense & c" b" q" |9 m! M5 Qsystem. / m% y& t# m |; w hCAR (1) Command Assessment Review (AF). (2) Configuration Audit Review. (3) 0 c& ?" P& E! z% sContract Assessment Report. 2 H* o3 Z/ S1 w' @% nCARD (1) Cost Analysis Requirements Document. (2) Cost Analysis Requirements; ^/ R: Z' _- R- A- ?% F7 m Description. $ x1 k% D. l$ X% }+ i7 e; Z9 KCARM Counter Anti-Radiation Missile (PATRIOT).5 I0 O0 }4 M. x: U Carrier System A means of obtaining a number of channels over a single path by modulating: E" @4 L) T) s# a each channel upon a different “carrier” frequency, and demodulating at the/ p( I9 P4 _' o+ i receiving point to restore the signals to their original form.2 A6 }4 b" ?1 I U Carrier Vehicle ; M! X$ {2 ?8 e; c(CV)5 c5 G2 I+ ?1 K9 Z5 C A space platform whose principal function is to house the space-based ( f8 B! o& o+ z& a* e: linterceptors in a protective environment prior to use. 4 F3 L+ R% M6 y5 |+ KCARS Consolidated Acquisition Reporting System.% T) S' [3 R( x) E) W | m$ i7 }- T5 @8 T+ u CAS (1) Close Air Support. (2) Computer-Aided Servicing. (3) Crisis Action System.1 E" t& B& a% K( p# T6 p (4) Cost Accounting Standard.# A8 ?( `/ u+ _6 m' B: W3 F CAS/M Computer-Aided Servicing/Maintenance. % d- H. `: f: x4 p$ _5 N9 ^CASA Cost Analysis Strategy Assessment.7 n# _3 r- O6 v Z! d9 Q; l, |/ H5 V9 F MDA GLOSSARY, VER. 4.0 C9 }( |8 v" b$ f 44 ' l) d/ J c- I7 v, i& aCASE (1) Common Automated System Execution. (2) Computer-Aided Software 5 v& v4 K: H$ u' ~7 R9 r0 `+ uEngineering' A, g0 C4 ?/ Q9 T, o CASOM Conventionally Armed Stand Off Missile (USAF & UK RAF term). o( b" ?# o& T. l" z CASREP Casualty Report (USN term). - F+ s7 P5 B3 cCASS Consolidated Automated Support System. + Y1 d/ e0 W; iCAST Commercial Acquisition Streamlining Team (USAF team name). : Q# |: |# Q- _3 H/ P! G0 vCAT (1) Computer Aided Testing. (2) Crisis Action Team. (3) Category./ q# H O: @+ B Cat House A second-generation Soviet phased array radar that augments Moscow’s ; i/ G8 P2 S- Y4 Lexisting search and target acquisition radars (Dog House). It also enhances their6 J; W" k- j& \5 _* z0 @ battle management capabilities. x9 ^9 q4 E" M4 T. {CATO (1) Combined Arms Tactical Operations (US Army). (2) OBSOLETE.( E9 ?1 {9 b! q# P4 N: ~' y" t Common Automated Tactical Operations.4 i, V* j- G ]) ^* ~' r; \2 H CATS Computer Aided Test System. T. W( \9 @+ g" ] CATT Combined Arms Tactical Trainer (US Army term).8 f) A8 B$ N. }$ P& I) P8 ^ CB Chemical Biological. p s2 M5 L& G CBD (1) Commerce Business Daily. (2) CINC BM/C3 Demonstrator. 6 P0 d) B) a! C( M. \CBM Central Battle Management. % d/ J. ^# G3 S! z$ H6 \0 ICBO Congressional Budget Office. ! M* Z: k3 h# MCBR (1) Chemical, Biological, Radiological. (2) Concurrent Budget Resolution., W7 J3 S& ?4 }0 k1 q. N( x CBS Corps Battle Simulation (US Army term).& |( E- [" b5 \, ~8 g3 Q0 O CBTDEV Combat Developer (US Army term)., ]$ U5 t: W8 |. G' J: H 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.. _' z4 Q! b' Z) F6 u* @% w: f0 z% u/ F CC (1) Command and Control. (2) Command Center. (3) Air Force Commander ! K6 g* W2 G$ h v, G$ joffice symbol. " S" @) y. X) `# Z5 m: J7 V' I' |CC/SOIF OBSOLETE. Command Center/System Operation and Integration Functions. 9 g% x" [# L, K/ g0 t(See C2E and SOIF.) ( g( R6 p/ x) x! sCCA (1) Contingency Capabilities Assessment.4 U, L2 h9 R# I* j+ A/ R; r5 N (2) Carrier-Controlled Approach. : b" y% r9 a: J2 g. `" c(3) Circuit Card Assembly.# }5 w; K- @& b5 p CCA (ICE) Component Cost Assessment (Independent Cost Estimate). . N4 z+ Y) y8 Y2 o( ]4 P6 u# zCCB (1) Community Counter terrorism Board. (2) Configuration Control Board. 9 N2 P3 v+ p6 a4 t2 ^% wMDA GLOSSARY, VER. 4.0 C 7 A8 R- B2 ^- s) b' X45 2 z, R. k( \( `, v- t7 Y6 ^CCC (1) CINC Command Complex. (2) Component Command Center. (3) P" c; ~- F( t2 \8 P; K% y Consolidated Command Center (NMD BMC3 term) ' @+ M9 X; w7 ~0 A. `6 P' }CCC (BMD) Consolidated Command Center (CCC) (BMD). 7 ]% e7 o3 l/ {+ z3 R4 SCCCI Command, Control, Communications and Intelligence.3 g. u4 q7 y6 s$ E t% z CCCS Common Communications Component Set.* x2 z6 N" ~% A% e9 W7 e CCD (1) Charge-Coupled Device. (2) Camouflage, Concealment, and Deception. 9 n+ w5 _2 y: B- cCCE OBSOLETE. Command Center Element. Now called Command and Control ; Z; p# q" ]6 {6 d) Z5 W9 tElement (C2E). ! f9 n$ S2 ^1 G; H+ J5 ~CCEB Combined Communications-Electronics Board (NATO term). + y* r$ T" | I( }CCEP Commercial COMSEC Endorsement Program8 e. ^1 [% q% ]( _1 } CCEV Command Center Experimental Version.- ]5 j4 r! n0 X! q8 H CCI Controlled Cryptographic Item9 Q3 g7 a- l7 G' G. T! z CCIS Command and Control Information System. + k$ j- {+ C3 r! l6 d6 z% DCCL (1) Commodity Control List.9 W. C/ H7 o7 k5 V v (2) Commerce Control List [Commerce Department]. 7 q- h: E- ?: @; ?% I, f$ N0 uCCM Counter-Countermeasures.1 ?' h; i7 i1 O: H* x CCMPS Counter-Countermeasure Parametric Study. d$ a+ i$ r8 F( Z B: |3 R CCN (1) Contract Change Notice." B- d% A8 N5 f9 L" @. _ (2) Configuration Change Notice.& S* b, |3 `) l L( n, `% } CCP Contract Change Proposal (Contracting term).6 _+ X; d0 F& k CCP002 Contract Change Proposal (and number) (Contract Administration term).- s; N2 W; v# S' J8 V* ~ CCS Combat Control System (AEGIS).- u7 F% l+ o# m7 x* i! r CCTV Closed Circuit Television- g4 N4 f: H$ z9 G CD (1) Concept Definition. (2) Contingency Deployment. (3) Combat 6 ]7 G) S* D8 @* S- k. w/ ]Developments) v0 ^4 I" w, _( M9 _$ ?$ A6 W CD/V Concept Demonstration/Validation (DD 5000 term). 6 u4 G2 a8 S6 T5 [6 ~0 ZCDA Central Design Activity (USAF term for Software Engineering Center)./ q- H, d( x1 g+ S& t4 u CDB Central database (USN term). 7 ]' x+ X! h' A* ACDCC Classified Document Control Center. f& Y. y/ N( s; ^CDD Concept and Development Definition. * o$ j; I: N* |9 DCDE Conference on Confidence and Security-Building Measures and Disarmament in# ~! ^* N! N; o; C1 \ S) n Europe. P7 k5 g# U- }( K& K- Z9 TMDA GLOSSARY, VER. 4.0 C9 I" t; N9 ^3 v 46+ g4 k& i& S0 ~ s2 _7 a CDI (1) Conventional Defense Initiative.+ \4 j8 c: K8 ` (2) Compressed Data Interface.0 J$ L1 }% F& o4 n2 z( j9 T9 C (3) Classification, Discrimination, and Identification (PATRIOT).8 ^* g/ X8 f0 d' R5 l CDMA Code Division Multiple Access [Receiver]. 9 r2 {- _, V5 I/ e. O8 Y0 pCDO Contingency Deployment Option. 5 \& D8 |# m* A; q' wCDP Contingency Deployment Planning.; G+ a1 w" g( g3 a8 y) u% k CDR Critical Design Review. 3 G6 q$ I& v1 p# D+ A3 A- cCDRL Contract Data Requirements List.! l. C! j( h( k CDS Congressional Descriptive Summary. 2 M6 H R, J/ ?2 D: ZCDSSI Common Data Sharing System Infrastructure. ' ]7 t# Q. c& X/ L; VCDT&E Contractor Development Test and Evaluation.3 x& Y* m- b( F% @ CDV Concept Definition Vehicle. $ M4 J+ S( ]/ i( E% i0 bCE (1) Concurrent Engineering. (2) Communications Enhancements7 j7 Q. r+ Z$ { (PATRIOT). (3) Corps of Engineers/Civil Engineers. (4) Current Estimate.* ]- J/ K1 c- @+ e$ c7 \ (5) Communications-Electronics. 6. Command Element.# l1 J1 Z% B7 J+ B6 s, N5 t9 a CE&T Common Environments & Tools 8 _4 w* y, ?! R" x* uCE/D Concept Exploration/Definition Phase. # ]1 M) n% o3 N3 ECease , H" s2 L/ J" F lEngagement7 h3 U* p% G7 f: g; _$ k In air defense, a fire control order used to direct units to stop the firing sequence 5 A" b2 T3 v; @& K$ T0 w) S5 yagainst a designated target. Guided missiles already in flight will continue to# Z7 p8 Z6 g7 o" f3 H intercept. # Q r, E! B( F! k9 z! o% {Cease Fire A command given to refrain from firing on, but to continue to track objects.5 }4 C) r* Y1 m. O8 y. N1 {0 ` Missiles already in flight will be permitted to continue to intercept.- E3 ]" F0 m5 v! D J+ n CEATM Cost Effectiveness At The Margin.7 X/ Z5 |: `- y' c4 Q5 B7 O CEC Cooperative Engagement Capability. 7 O0 A$ ^6 X- F# p- c" Z9 cCECOM U.S. Army Communications Electronics Command, Ft. Monmouth, NJ. 7 c. |7 O, R0 g) U* F0 eCED Concept Exploration and Development. 1 {+ Q3 ]! k' n7 n2 w) b. i* UCEEM Cost-Effectiveness Evaluation Model.5 S+ K# a, o- g2 } CELSA Cost Estimate Logistics Support Analysis. [Methodology for estimating logistics8 W( l _/ u2 {. q# O9 o# \ support costs]. ! x' ]& W Q5 G8 z# lCELV Complementary Expendable Launch Vehicle.: w6 x1 x0 m6 r0 m CEM Combined Effects Munition.5 M. J$ x; w+ M" ~0 M& y5 j CENTAF [US] Central Command Air Force. 1 I: G1 `8 W. b7 v& sCENTAG Central Army Group (NATO).. S# F+ G# Z5 M MDA GLOSSARY, VER. 4.0 C , `# L8 |% ~' z% q, {47 0 f) C, ?& X/ `9 r5 X N( NCENTCOM [US] Central Command7 \+ M' `7 e- P6 b, y3 [ Centralized9 ~5 b b0 w1 i+ ~. L& w Command 0 `& N# Y; l o: m: m% NOperational concept which specifies that critical C2 is collected and key C2 + e( B7 g' [7 _5 n1 ~3 [decisions are performed at a central location by USCINCSPACE, or his 5 G# Q* w. D, Z+ Rdesignee, to ensure continuous and positive human control over the system. [2 ^2 {$ H9 `+ ?$ Y5 M3 ?7 KCentralized& |' d6 j' u( a. e F$ c& q2 G" h Control1 g9 e- t4 C/ S7 ]2 ] The control mode whereby a higher echelon makes direct target assignments to 4 I! o1 H- e; s$ ^fire units. (USSPACECOM)" G0 P3 p! _; a3 H8 ^3 I7 E% z3 A Centralized/ B* x1 t# G6 n. E' Z Management 0 v0 y9 h! w; A& xThe concept of using a single, designated management authority. It includes+ d4 c4 a# b* B5 F system management, program/project management, and product management. " C6 R0 S! E: U+ [# ECEO Chief Executive Officer9 j m2 O) K& p& x7 C0 @ CEOI Communications Electronics Operating Instructions.' e8 m* w4 Z! a0 t% Q5 b CEP (1) Circular Error Probable. (2) Consolidated Evaluation Process. 2 W2 [% X- d, w* pCEQ Council on Environmental Quality. 7 c5 _2 a4 T P# L4 }: BCERES Center for Research Support, NTF, Falcon AFB, CO.5 M; {7 C, U! I% l, E CERT Computer Emergency Response Team." \% Y0 ~( s; t* v Certification The technical evaluation of a system’s security features, made as a part of and ' ?$ J! ]" ^" ^% u$ y( N- _in support of the approval/accreditation process that established the extent to) ~5 W: f. Y" `9 a# B) K. I which a particular computer system’s design and implementation meet a set of- d. A, X9 Q% v# N' |% t specified security requirements.( X0 H! f7 H% a! h F CES (1) Cost Element Structure. (2) Civil Engineering Squadron. 5 g) c! a& z& e# l3 @. QCEST CINC Exercise Support Team (BM/C3 warfighter exercise term). 1 L: \/ o/ c+ iCET Concurrent Engineering Team. $ r: }4 Q2 f7 WCETEC Corps of Engineers Topographic Engineering Center, Location???2 v" t, r/ E+ f+ v$ ^ CEU Cooling Equipment Unit.) ^% {7 D+ C3 O CEWG Civil Engineering Working Group./ K9 Y: m$ @1 _9 l CFA Center for Architecture (JIEO term). L7 J) A6 n1 o' ~& ?+ oCFAA Computer Fraud and Abuse Act.+ P! Q0 I1 P2 w# P1 `' ~7 D) y CFC Combined Forces Command, Korea./ C: T' N7 a( }% F" v! h# q& x CFE (1) Conventional Forces Europe. (2) Contractor Furnished Equipment. ( R! L! T) o9 r( ~: m(3) Center for Engineering (JIEO term). (4) Commercial Equivalent ' b8 i0 x6 z& F3 s) NEquipment (US Army IFTE term). |; y/ D$ U7 u* A3 l CFEL Contractor Furnished Equipment List. 7 R, C$ q% p# `- k+ `3 s! \CFI Contractor Furnished Information 2 B1 F% O6 h( R$ P% g0 x! C5 d; \CFI&I Center for Integration and Interoperability (JIEO term). 9 @7 G) g: q1 I" Q" YMDA GLOSSARY, VER. 4.0 C) [$ K, X K6 C5 }- i6 d0 k 48 . B& ^' ?! U! R) l0 A9 w* s c. KCFO Chief Financial Officer- u* {! y% [9 Z2 A0 v' S) A2 U CFP Contractor Furnished Property.! p' L1 l% \0 Y% y, ~9 C( q CFR Code of Federal Regulations.' y1 Q% [1 F( U8 P7 t/ j$ g CFSR Contractor Funds Status Report. - F J5 A9 W/ C) ~7 B* aCG (1) USN guided missile cruiser. (2) Coast Guard. (3) Chairman’s Guidance1 m% y4 v; y+ Z; u9 K (JCS). (4) Commanding General. (5) Center of Gravity. (6) Comptroller7 g* O! g5 y- ]5 v2 {0 k General.1 n9 o4 F& y/ H# D, @ CGA Color Graphics Adapter (Telecomm/Computer term). ! w4 r# h6 k+ U7 A; C- j' I9 wCGS (1) Common Ground Station (Part of Joint STARS). (2) Continental Ground4 e& J( `+ _: u: z( b7 e; w6 D Station.7 Z/ e8 L" N6 w Chaff (1) Radar confusion reflectors, which consist of thin, narrow metallic strips of 6 P7 F4 F+ h+ Y' n/ \various lengths and frequency responses, used to create false echoes / i/ O% r" v& w' k9 g' p% E, Ufor confusion purposes.1 h9 p8 L& r3 C* Y6 K* { (2) Confetti-like metal foil ribbons which can be ejected from spacecraft (or ; A! g4 k* v; H2 z Wterrestrial vehicles) to reflect enemy radar signals, thereby creating false + I( n( }5 e- W# O3 gtargets or screening actual targets from the “view” of radar.# ^$ `: |$ g$ d( O6 b1 c; m" P Chaff Puff Volume of space containing a relatively high density of chaff.1 o! W. i; U2 n: ~, q( p1 m Chairman’s3 a+ W" T8 r* c) L; P4 ^ Program 7 E& w* u5 _5 |8 w K; YAssessment ' g9 \# w6 c0 ?! Q; y(CPA)8 ^ \8 k8 ~1 P. D3 c Summarizes the views of the Chairman, Joint Chiefs of Staff, on the balance and+ v5 j8 V+ B) d' [% K% \3 i3 l capabilities of the Program Objective Memorandum (POM) force and the support % A2 W p1 r6 c9 c1 w" I3 xlevels to attain national security levels. The CPA assists the Secretary of d, Y: r, g" U& L8 ~5 j5 O Defense in decisions on the FYDP subsequent to receipt of the POMs.6 ~7 o P/ s$ p. n& ~, d6 e CHAMP Composite High Altitude Maneuvering PBV9 y3 r/ N* K6 H0 N) i+ U1 o Change Order Unilateral written order to a contractor to modify a contractual requirement within1 w9 Z. d" q' G2 ~ the scope of the contract, pursuant to the changes clause contained in the) M( i" n$ x: X# b C) V" L) T7 v. |' x contract.0 [' a M; H5 n$ M: I Change of : L1 t) a) T1 _& [3 Y1 Z* XOperational , w$ J1 U: V9 c7 l% GControl (CHOP)4 u9 q5 {) \- m8 v The date and time at which the responsibility for operational control of a force or8 J: s) v$ g4 X# A0 S6 L unit passes from one operational control authority to another.* j4 y9 X! |/ p; V) h0 f- p Characterization The process of ascertaining the BMDS capabilities. The result of the BMDS - H/ M( a8 L, t4 u* Dcharacterization effort is a description of actual BMDS capability at a particular; J6 f, P, \, X1 f8 a$ p; p+ w point in time. Characterization relies on test data supplemented by analysis to 9 t, o1 Y1 r% P+ a- k2 uestablish confidence in estimates across the threat space.6 l5 q j# u* v$ S5 \( A' s8 k8 b CHARM Composite High Altitude Radiation Model.. A/ h( a/ j! Q4 t, F7 ? Checkpoint Event or point in time during the program before which decision criteria must be $ t" F0 @/ P+ qmet. If decision criteria are not met, MDA may decide that the program may not- D0 T6 _6 V( w( I9 i proceed through the checkpoint. A checkpoint may correspond to an event6 x, ?8 P1 o' q such as a program review, test event, or contract award; it may also correspond 2 s5 B4 ^( O2 nto a point in time, e.g. six months after contract award.- y T0 z- g3 P MDA GLOSSARY, VER. 4.0 C 7 K6 o( d; o( t49 $ O, e0 m. G7 g. l- b$ v( WChemical Agent A chemical substance which is intended for use in military operations to kill, 9 o' \$ o- g4 g9 I+ @# P8 h: Useriously injure, or incapacitate personnel through its physiological effects. % O# ~% n7 x1 Z& pExcluded from consideration are riot control agents, herbicides, smoke, and & i" {$ @7 ?+ Q* w5 H2 f# Qflame. $ N5 H# S$ X" U$ x/ sChemical Laser A laser in which chemical action is used to produce the laser energy. : Q) u/ o: o" L, V9 B2 `Cheyenne $ ]; W1 ^# q, b) v4 w) Q, J& p% H) F- AMountain 9 Z5 W/ O6 r+ U! `- K5 @2 I# V, EAir Force Base/ _! j; s- f0 t$ } (CMAFB): U$ p- w2 y( h+ S9 V! u" p+ P9 c CMAFB provides the primary facilities for the command, operations, and 8 M7 z+ F* ? @/ M- {% kprocessing centers which support the correlation and assessment functions of 4 O% K0 d9 ^5 `) `% J5 Othe ITW/AA system.2 ]! a/ n# w I CHIPS Clearing House for Interbank Payments.

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CHOP (1) Countermeasures Hands-On Program. Also known as the MDA( J! n7 y6 @6 f$ | Countermeasures Skunkworks. (2) Change of Operational Control. 0 k" \$ |1 u* ]3 Z0 c% DCHS Common Hardware and Software.& o; x+ A$ o) ~ CI (1) Counterintelligence. (2) Configuration Item.$ @' H7 s' k7 @/ p& R CI (n) Capability Increment (Number), e.g., CI-2, (NMD BMC3 term).( p4 ?: J' i7 y& ]4 }* t# X9 E1 x CIA Central Intelligence Agency (US).# K1 W4 S9 M2 s0 L5 t CIAC Computer Incident Advisory Capability. , e0 C) x% {% k! p) ?* VCIC (1) NORAD/USSPACECOM Combined Intelligence Center. (2) Combat$ F- {4 ]+ K( @5 n4 C Information Center. (U.S. Navy). (3) Content Indicator Code.1 m5 E3 d% l. d! w (4) Communications Interface Controller. (5) Computer Information/ L' }& e- R* m7 \+ @ Center. (6) Combat Integration Capability (USAF term). , `2 V$ r- q1 t1 VCIDR Configuration Item Design Review.+ m5 ?2 T6 I6 S y3 G CIDS (1) Control, Instrumentation and Diagnostic Systems " q5 v# D7 d2 ]/ ]4 E(2) Critical Item Development Specification.+ \! Q$ t9 _9 b' m CIDSE Consolidated Integrated Development support Environment. . t9 H# h3 Z) h6 l6 X: @! T* kCIEL Certification and INFOSEC Engineering Laboratory. - ?" @9 ^( `! E& v# h7 UCIF CINC Initiative Fund.: e: H0 P$ n! W- [ CIFMS Center for Integrated Mission support (JIEO term).2 ~6 d% H/ V/ ^ i CIL Critical Items List. 1 m3 f1 s. V# gCIM Computer-Integrated Manufacturing., K5 ]9 I: d0 w CINC (1) Commander-in-Chief, used when referring to the President of the United! j+ f- b F# ?1 |) i States. (2) An obsolete term used to refer to the combatant commanders of3 f1 w3 [% a8 S7 {' [- V major commands such as CENTCOM or NORAD. + K- H+ q* o6 f _9 ]9 E. ^MDA GLOSSARY, VER. 4.0 C 5 {2 j. X. G' F) d9 }; l: J, Q. y6 t5 `50 6 i" k: q V: ]5 Y& w# gCINC Decision / _0 ?5 s; u; GSet x! k, G9 J8 `# i$ q1 e8 NA group of decisions available to control forces, including determining ' f6 F/ E$ P8 n# B8 foperational state, DEFCON, hostile intent, authorizing engagement, selecting 9 o( M8 X/ f2 {: T$ upreplanned response options, withholding weapons, overriding system directives, ! C2 Q- j9 N) p+ H8 l, Dand terminating engagement.5 D- g. e. n7 _$ n7 b1 s CIOTE Commander’s Integrated Open System Technology Evaluator., g1 i, t) {% S1 J& l$ }. ] Cipher System A cryptographic system in which cryptography is applied to plain text elements of 4 F- `* z. X. v6 Wequal length. - G4 c4 J9 ?$ o( g! f' B5 rCiphertext Unintelligible text or signals produced through the use of cipher systems. @2 ~+ j( R% j* k/ RCIPT Cost As an Independent Variable (CAIV) IPT. 5 a- Z _% Y- ~6 i; sCircular Error/ j2 P- G3 ?( r7 w5 d2 w Probable (CEP)) j) L# X* M, M$ ]$ M An indicator of the delivery accuracy of a weapon system, used as a factor in6 J; `4 f8 Y* ?- z% T) i# L4 }3 Q determining probable damage to a target. It is the radius of a circle within which* P8 p/ [ X! j: q- j/ A8 W half of a missile’s projectiles are expected to fall or there is a 50 percent 9 X. X J9 N9 R% r; M* b+ K+ ~probability that a single projectile shall impact.4 X$ j8 c; z Z# ^% @ CIRIS Completely Integrated Reference Instrumentation System5 a$ S& Z+ W" G& m$ m CIRRIS Cryogenic Infrared Radiance Instrumentation for Shuttle. : ?3 I, X9 j% O. r7 E$ sCIS (1) Commonwealth of Independent States.4 m; d7 {! ^% N+ t (2) Common Item Support. 8 ?! ^3 U% l8 B( x* G(3) Communications Interface Shelter. . p+ a6 E6 `! RCISF Centralized Integration Support Facility. 2 W0 G* M' Q0 r- k/ RCISS Center for Information Systems Security (JIEO term). 3 u. j8 Q6 r$ tCITE Common Integrated Tactics Execution (USAF term). ! g% e. p8 B m' u" l7 oCITIS Contractor Integrated Technical Information Service. 8 y+ O9 }) A+ ~- ~CIWS Close-In Weapon System.& h2 W+ Y+ G, w CJ Cobra Judy, name of a surveillance radar. + }. {/ X( g- `CJCS Chairman of the Joint Chiefs of Staff ) v& G7 @/ C, a- }0 M @CJTF (1) Commander, Joint Task Force. (2) Combined Joint Task Force.6 |& h0 S/ m9 \9 M3 ] CL Chemical Laser.$ N/ e& J" ]# K; x" Y- R1 F* P CLC Command Launch Computer (HARM term).- z; r8 B4 I0 _1 | CLE Command and Launch Equipment. ' {0 K2 [1 `; @+ N' T* n( ACLEMENTINE A flight program to demonstrate lightweight spacecraft technologies. ( m$ C a/ l: I. ~% ^CLEO Conference on Lasers and Electro-Optics (See EQEC). ! k: y7 y+ j) t) O2 i: Q) yCLGP Cannon-Launched Guided Projectile. : G& d% h* J- }, m, f! sCLIN Contract Line Item Number' B, @" ~8 \7 a) w: B- k MDA GLOSSARY, VER. 4.0 C+ P8 M" P9 E, M0 d# [4 N 519 z @8 O6 P5 P/ L& O& E8 \ Closely Spaced. K; W% ?5 S# f6 T c9 S4 l Objects (CSO) 8 q$ Y/ i& s3 P8 e1 [Entire or partial object clusters that cannot be resolved to individual objects due + }5 w' D; k! m- g8 t g$ Cto their close proximity and/or exceeding the sensor resolution capability due to6 P o& q2 a9 j5 O2 k- \+ H% A3 j the range or the lack of suitable sensor viewing angles. % `8 U" _% t, [9 i, P9 @Closure In transportation, the process of a unit arriving at a specified location. It begins ! z$ D# @! {) H6 J/ swith the arrival of the first element at a designated location and ends with the : c7 G7 V: f" [ O7 qarrival of the last. 8 o2 r1 i% i; K- P' H# }# rClutter Permanent echoes, cloud, or other atmospheric echo on radarscope. " s k$ C% U; w; }. gCLS (1) Command and Launch Station. (2) Contractor Logistic Support.8 Y# y) N0 {4 X, c2 K5 t Clump Two or more objects that give rise to a single observation, e.g., an extended' c x1 y$ i" l" H object consisting of at least two unresolved closely spaced objects. 1 B& l" @1 s. M2 ~0 v/ H& H; H) h9 {Cluster (1) A total collection of objects each of which is within some metric distance2 {7 S- O9 [' [8 {2 w* _* f& ]7 J of at least one other object in the collection.4 T4 p% X+ Y: n4 L (2) A total collection of objects each of whose image on the focal plane of a ( x. J) i6 O+ k5 Y6 d+ ~+ O9 O) Tsensor is within some metric distance of the image of at least one other 3 [* O6 F& S' Q, R! Oobject in the collection., o2 @* J& t7 J0 w (3) A set of objects with similar state vectors (based on truth). For example, + p, Q7 _/ ?" \( R: J ta reentry vehicle and its penaids deployed at virtually the same time from( h' Q6 ~ y3 M% h+ s) V a post-boost vehicle.7 p3 |+ Q6 A( D& a (4) For BM/C3 purposes, a cluster is a group of objects any one of which) Z! { [6 n- y, D& H can be engaged by an interceptor launched at the Centroid of the" W; R/ u2 V- x9 F cluster, possibly before the cluster is resolved into separate objects., w; ` R* W- I% A- p: G% w/ \ Cluster / t7 O$ [' H; ] p9 fDispersion5 i& Q1 o5 v) E$ b- W3 k# S" q N The rate of expansion of a cluster in meters/sec or angle/sec.% S- w* t1 i b8 j$ f* A9 I1 y Cluster Set A group of object clusters and debris that originated from a single missile. ' w- D. [ p j8 L8 `( _: wCM (1) Countermeasures. (2) Configuration Management. (3) Cruise Missile. (4): s! M# V) `- b( O) W F9 C Chairman’s Memorandum. (5) Control Modem, (6) Composite Material6 h* _; t. @; C. h1 ]1 O cm Centimeter.

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CM/SM Communications Manager/Security Manager. * H0 J/ V* p7 ^) _6 j. l9 ~+ @CMAFB See Cheyenne Mountain Air Force Base.: D/ l( z5 `' D! q+ q CMAS Cheyenne Mountain Air Station (replaces CMAFB).' ?$ T) `3 k% G# w0 @ CMC (1) Cheyenne Mountain Complex. (2) Commandant of the Marine Corps.: v: j0 e' @7 ]1 b7 C+ m CMD (1) Cruise Missile Defense. (2) Abbreviation of Command. 7 i/ `6 E$ }9 X! F; n9 V/ d/ lCMDI Cruise Missile Defense Initiative.9 S7 e$ t' A B5 I6 S CMEST Cruise Missile Engagement Systems Technology.) V+ c7 R$ t: _' e5 u& Q# \" ? CMF (1) Common Mode Failure. (2) Conjugate Matched Filter.: s; x3 _/ n( T9 Q5 u @. T CMG Control Moment Gyro 5 N: u5 G1 w u- d& u; z/ _CMI Countermeasure Integration. ) R( W+ x' ^ ` Z6 C* V4 TMDA GLOSSARY, VER. 4.0 C & c7 R9 y: g5 j8 ?526 S+ h) H0 S$ D$ T4 V' j CMM Capability Maturity Model.! @- p8 J* S( i9 A! i6 j CM(N)CC Cheyenne Mountain National Command Center.& A; P! | l- }$ | CMO Central MASINT Office (DIA). 3 E1 {% J: Z# K, H8 y+ dCMOC Cheyenne Mountain Operations Center, Cheyenne Mountain AS, CO.; t* L3 m: E/ y% |; h C CMOP Counter Missile Operations Plan. ; q( E, j& y8 @" s: mCMOS Complementary Metal Oxide Semiconductor. 3 Y( @3 ]- J0 b9 ]+ |CMP (1) Configuration Management Plan. 9 S) S9 [+ ~( |1 l(2) Counter Military Potential.0 R# ?8 N; `; q5 T: e4 \. u (3) Communications Message Processor.2 s' d W; b: k2 ]' U% ? CMRS Calibration Measurement Requirements Summary $ o2 c( [9 C. B. G" x/ ECMS Cheyenne Mountain Support.( ], @& g# H6 V5 [ CMTC Combat Maneuver Training Center, Ft. Leavenworth, KS.. x9 p2 O% u3 y- U+ y CMTS Cheyenne Mountain Training System.$ H4 F. C: `; }" n/ H CMTSS Cheyenne Mountain Training and Simulation Support.1 g: E2 d' p( P0 Z+ ^* z" k CMW Compartmented Mode Workstation. 6 p2 g2 b4 K* n6 I1 m# c0 eCNA Center for Naval Analyses. ( m: b8 n6 S: y1 Z; K$ L! ?# v. aCNAD Council of NATO Armaments Directors. . I( Y8 e; i2 W/ ^' E; ]; sCNC Computer Numerical Control. % J3 X* Z5 t1 M9 g2 MCNM Communications Network Manager (C2E term).2 a* u0 ~6 [. c) s5 x CNO Chief of Naval Operations. ( z: u4 c' d% o& `, W [CNWDI Critical Nuclear Weapons Design Information. ( x! L* {/ A, ACO (1) Contracting Officer. (2) Change Order. (3) Commanding Officer. + W) \& N2 R! i# G0 e1 ^( M$ E3 HCOA Course of Action.8 P1 `6 |5 S0 E. j/ |- | COAST Computer Operation, Audit, and Security Technology. 8 i# z5 R% n$ K0 w6 gCOB Close of Business. ! z" W2 b/ S1 H _% _) Q6 O( VCobra Ball Modified EC—130 OAMP aircraft (see Cobra Eye).8 A, ?3 L) l8 c, [ U% v. k Cobra Dane L-Band phased array radar at Shemya AFB, AK. 4 q: B3 ]- s+ `% ~Cobra Eye Modified EC-135, IR/EO sensors, Shemya AFB, AK. # c; s& _ w% m- C& P- Z- ?6 ZCobra Gemini Ship-based S-Band Radar development program with both shore and ship . o0 f% b7 H( C5 tbasing options.5 U$ {3 E$ x' ?( ~# j MDA GLOSSARY, VER. 4.0 C* K% W6 o2 [& c; c3 n/ c6 e 53 , ^( k$ r" B6 i8 k9 e2 G3 d) D! _Cobra Judy A ship-borne phased array radar. 1 k3 V# B4 g! a7 ~COC Combat Operations Center.# |$ n; q/ a" e1 P6 O2 F# \% f! p5 U COCOM See Combatant Command.8 z% h" X" d+ n* ]: w7 Y. i4 q COCOMO Constructive Cost Model (COEA, now JAE, term).2 p2 q8 m3 E" o% Y: j* `- l- \: G Code Template A software tool used to develop a module for multiple general applications.( {* r$ D2 q) B! L CODR Conceptual Design Review. . K/ O+ B- {3 Z5 {( c1 XCOEA Cost and Operational Effectiveness Analysis.) ?) E8 ]' }$ {8 i/ p4 ] Coherence The matching, in space (transverse coherence) or time (temporal coherence), of% N3 N2 |; q+ d the wave structure of different parallel rays of a single frequency of ; x5 d! D- d2 e( B3 N- jelectromagnetic radiation. This results in the mutual reinforcing of the energy of & ~& o$ Q! q4 Ca larger beam. Lasers and radar systems produce partially coherent radiation. : m& G& v) A' B, a8 s" ^( kCOI (1) Critical Operational Issues. (2) Combat Operations Intelligence. 7 R- U3 H4 N# T, xCOIC Critical Operational Issues and Criteria. * [! N; [! ]5 A! R) X: k. l0 YCOIL Chemical Oxygen-Iodine Laser. " e* d8 j* a; T6 u1 LCollocation The physical placement of two or more detachments, units, organizations, or3 q7 X y/ \' ?0 i9 v facilities at a specifically defined location.+ j+ q' r0 N* l0 d, [! F# }6 z COM (1) Collections Operations Management. (2) Commander. : Q; q' U! p+ v; l" @8 _4 C/ \" x0 ?COM3 Common Communications Components 3 i/ L: j2 y; \# }: e& }COMAFFOR Commander, Air Force Forces. 6 e4 v# B. O A. {) wCOMAFSPACE Commander, Air Force Space Command. ) s) E- z# |8 H* @/ FCOMARFOR Commander, Army Forces. 8 {; K7 Z" `3 H/ rCOMARSPACE Commander, Army Space Command.. L! k: d( z5 n) p Combat Area A restricted area (air, land, or sea) that is established to prevent or minimize 0 x& f/ K- V4 H; w5 t$ Gmutual interference between friendly forces engaged in combat operations. , H; l- Q' \- ^& k- bCombat # T: Q. o$ h* h. O2 V0 R; BAssessment (CA) 4 _1 J# E* _% S" Z8 UThe determination of the overall effectiveness of force employment during military; T: i& n5 s# Q5 v0 A operations. Combat assessment is composed of three major components: battle5 o& B& R8 f: ]; I damage assessment, munitions effects assessment, and re-attack . ?) P6 }6 Z; A# K' H7 Yrecommendation. The objective of combat assessment is to recommend the " C0 C5 m8 V4 ^% q$ ^6 M/ }course of military operations. The J-3 is normally the single point of contact for ; @ ?9 x- ], c, i _combat assessment at the joint force level, assisted by the joint force J-2.4 ^) E/ X! J- l5 Y8 d Combat" @/ T! \. h2 D) T8 T' ~ Information 9 m* \% }1 R: |/ v: KCenter7 r2 {2 `5 h6 O m9 B The agency in a ship or aircraft manned and equipped to collect, display, - W3 k* p. v z* r9 Qevaluate, and disseminate tactical information for the use of the embarked flag1 [0 y3 W: ]' A* h; H' R officer, commanding officer, and certain control agencies. Certain control,% p* J# I' H/ ~% D& Y ^ ]4 X6 ` assistance, and coordination functions may be delegated by command to the/ y7 v! ]+ m# N- o! W! E1 p combat information center. Also called Action Information Center. , I0 D# }: n# Y& w3 Y( D+ VMDA GLOSSARY, VER. 4.0 C . l* H8 h9 ` B( ~5 B+ D5 Z h8 X- W54 & q: C3 P, q) N" ?6 iCombat ; D1 m. ?$ E) z+ cReadiness- }$ [; w+ A8 A ?% G9 n1 q Synonymous with operational readiness, with respect to missions or functions4 o3 w. J* T1 d3 d performed in combat.% X+ c. V `9 M2 x Combat Ready Synonymous with operationally ready, with respect to missions or functions k7 ?! k4 A- E4 |# Jperformed in combat. + j5 |; `& I8 D: `* c6 g9 @5 ]Combat Service 8 N, a2 a& ~; p: E6 w% l, qSupport - F `4 t& v: A1 |8 @7 { pThe essential logistic functions, activities, and tasks necessary to sustain all ! s; x4 k/ g) ]elements of an operating force in an area of operations. Combat service support " B+ j! O; c4 N6 d1 N S# bincludes administrative services, chaplain services, civil affairs, finance, legal0 B. Y1 Q- X1 z1 o services, laundry, etc. " b/ u9 Q) r' Y4 SCombat Support Fire support and operational assistance provided to combat elements. Combat8 P& y! _& h/ j0 G9 ~9 K# F) r% L support includes artillery, air defense artillery, engineer, military police, signal,6 h' q- E* z( E' H0 ]3 E7 G and military intelligence support. % s* ^& p$ v5 R' GCombat System3 }( }! P! z( p& T+ Q Test Installation " ~& ]5 A6 f5 q2 kA collection of subsystems including weapon, sensor, and information processing! F" d9 i+ e/ c' }; T0 [* ?6 x equipment together with their interfaces installed for the purposes of early testing9 M( @) Z! s$ T prior to the availability of a first production item, at a test facility designed to {2 J2 R; q# d# t6 `simulate the essential parts of the production item.

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Combatant- U: z2 [8 b5 M4 A Command 0 H# `4 t" i8 y+ A3 P$ r8 N; z(COCOM) ' b: a( R3 Q. [- a9 V. PNon-transferable command authority established by title 10, United States Code, . s) W1 N1 u) k" ysection 164, exercised only by commanders of unified or specified combatant # B' N6 h( T4 x( }7 ?/ s: ccommands. Combatant Command (command authority) is the authority of a " s1 @- S, X; ]4 H8 h8 SCombatant Commander to perform those functions of command over assigned2 k2 i- \! _5 ^( J forces involving organizing and employing commands and forces, assigning 1 ?, w/ x! |0 |) Vtasks, designating objectives, and giving authoritative direction over all aspects - E( e$ q& _0 a* t! Hof military operations, joint training, and logistics necessary to accomplish the; v/ O) m) m6 e, R, e d8 i missions assigned to the command. Combatant Command (command authority)5 u, u' ~# Q. y& Q should be exercised through the commanders of subordinate organizations; 7 d% k x; }4 r$ Q$ E, b6 Enormally this authority is exercised through the Service component commander.* M I9 K4 Y- ?3 S2 {1 t6 A" N6 j* @ Combatant Command (command authority) provides authority to organize and& I- }7 }, q* i4 b employ commands and forces, as the CINC considers necessary to accomplish 1 @4 A4 @! w$ @. V- q9 ~. hassigned missions. Also called COCOM. See also Combatant Commander. ; h! w5 S8 P) d' H5 Q/ M! |Combatant: ?: j) T. Q+ I Commander 9 n2 g. i; d% ^% b- ], EA commander of one of the unified or specified combatant commands: }, ~# t" a6 |! s% M7 n: K* L established by the President. 0 R; t) _3 n5 g; S0 ACombined 4 U* V) ]) \$ {6 M' s/ ?Doctrine( a; a6 [, t' _) f# ^ Fundamental principals that guide the employment of forces for two or more 5 ?+ V1 U; U2 a Rnations in coordinated actions toward a common objective. Participating nations2 Z1 V# v6 [5 { ratify it. 1 Z3 E6 m" c# P k' S. v: e8 MCombined Force A military force composed of elements of two or more allied nations. & N% t: G, P D# p1 g, ^: NCombined. ~- h% n( P% P F" m' S Operation% E$ S4 U0 S6 V3 m. J R/ J, i1 ? An operation conducted by forces of two or more allied nations acting together 0 E6 o$ J4 A: P5 {! F$ Ato accomplish a single mission. 2 L* f) M3 z+ y$ TCOMINT Communications Intelligence. # }+ r w& A2 o) G# VCOMM Communications.5 f% \& K$ r3 T" _ COMM CON Communications Control' u: A! C) Z+ K) F8 k Command For command-oriented functions, the authorization required to perform command' {% W' o& A0 p$ Z. b# R- r operations. 9 t0 U% s" e( h; SMDA GLOSSARY, VER. 4.0 C " [2 b" ~( G6 z# X( E0 O556 q8 w, G H1 [8 q: b Command and. s; M1 i p' Q Control (C2)* }, X3 V1 D" l9 N: n+ I4 a7 w9 Q The exercise of authority and direction by properly designated commanders over 6 B% q, \3 g9 R$ g. nassigned forces to accomplish the mission. Command and control functions are" p2 f( | `( k1 E, j# ?$ r' w* B performed through a hierarchical arrangement of personnel, equipment, 6 v# t- D2 P) r" ^communications, facilities, and procedures employed by a commander in2 @% M% s+ A: o3 I1 T- I- H0 P planning, directing, coordinating, and controlling forces and operations in the : a9 m0 f$ A: Daccomplishment of the mission.9 C9 b" t- E* l" ^! u4 X Command and: K U3 b3 z# s8 G. j% k' t Control Element- r- p2 v8 m4 N (C2 E) 8 @0 N `0 x# F% y+ wDistributed informed system consisting of processors, software, man-machine ; x, e2 O- L, f& Z( a9 Tinterfaces, and communications media that provide USCINCSPACE with the! W! j; |; R' B5 b {/ ? capability to plan, command, and control BMD operations. 6 _6 K2 D3 {' {6 mCommand and + M7 U4 p1 w, i/ NControl System% T$ _) p. a; m* C, R4 o1 Q. U7 C The facilities, equipment, communications, procedures, and personnel essential% \- ?( ~; m4 o0 R M6 G# e to a commander for planning, directing, and controlling operations of assigned 2 T: m+ r( H* z9 \( J lforces pursuant to the missions assigned.4 g6 {3 f' ~2 i# N! R b6 n Command Center ! z2 k, b) V3 o; R0 N- k; F(CC)) C! L0 D# U8 i A facility from which a commander and his representatives direct operations and, }6 Q/ |; Z* V+ s& l control forces. It is organized to gather, process, analyze, display, and ; `; F A, f" F; d) qdisseminate planning and operational data and perform other related tasks.+ J. I' r2 t3 g9 X. e Command,( v5 u, }4 w: g* q! }& r. r Control, and / w5 M0 Z! V3 Y7 BCommunications3 V8 u! }' G& A3 h8 a5 @7 w+ d Countermeasure% N; G3 u# `. A$ x* F9 }, X9 U s (C3 CM)7 ]0 U4 X% Y2 S) v9 J. i# U (1) Counter C 3( f* t* C! d7 B3 |; G- [ J – That division of C3 CM comprising measures taken to deny 8 f; t1 j; a( z0 w" ~" n; kadversary commanders and other decision makers the ability to. I5 x: l; x$ H' b+ l$ X4 E; s* S1 S command and control their forces effectively.6 W c1 e: ?# ?& w5 R" T4 |0 i (2) C3 Protection – That division of C3 CM comprising measures taken to/ g V9 {/ z3 e; m1 g: ] maintain the effectiveness of friendly C3 despite adversary counter – C3 z- p# b! b) M: b$ R9 j9 Yactions." B$ m/ b& V! Z' E& R" ~# s Command, ! b8 d6 p5 D4 J# EControl, 7 D5 y9 y- K( C) ] X2 L8 cCommunications, ! Y' m, U6 ^5 d- h0 K" Sand Intelligence' ^0 n2 {! |# D& r. j (C3 I) . n9 ]( D0 Y* n(1) Procedures and technologies supporting command and control, $ m# ~- M3 G* B. b- Pcommunications, and intelligence requirements, including those ' b9 R. S9 p) [interfaces affecting systems external to the Strategic Defense System. & j! \- _; x# W, ~(2) One of the four pillars of TMD capability. Coordination of other pillars! P E- Q; g: M and integration of the entire TMD system into overall combat operations.# X& _+ U1 S/ S( L Command, ! u8 h# f3 P! `5 ? q I' g2 t9 bControl,% Z |. E) s! C9 D0 I6 O Communications,; i8 ?5 P% T! L k and Computer3 q8 ^+ ^7 k+ m! S! n; c Systems' }) T% |. s1 o3 [ (C4 Systems) 1 z: c, S0 C% N) fIntegrated systems of doctrine, procedures, organizational structures, personnel, ! x" @+ [/ Z" p$ Cequipment, facilities, and communications designed to support a commander’s : S" j' F) X% G, qexercise of command and control, through all phases of the operational ( n9 h z. T0 K. K% o; {continuum.6 W, C$ [" x7 ? Command ) G. M; b4 w2 a0 NDestruct Signal: c, w/ L; |5 ?0 K A signal used to intentionally activate the destruction system in a missile.0 R# Q7 V% P5 o( ~( l6 s7 A Q) v Command 3 P X( S' Y, G1 d8 X* H) |5 L, M- YGuidance$ {5 c+ N8 V7 V; V( V' k A guidance system wherein intelligence transmitted to the missile from an outside 8 @/ Y' F$ _# m0 H; dsource causes the missile to traverse a directed flight path.$ [' u9 J- Q# e" m; l Command Net A communications network, which connects an echelon of command with some # F \3 f' Y5 por all of its subordinate echelons for the purpose of command control. ' q9 G! V; t) q4 HCommand9 |% _$ T) ^ J; T! V Verification1 B- M4 `& [9 B" A; N1 B* B The verification of commands from the Battle Manager or Operational ' { Y/ s( q) f) ~Commander prior to execution to confirm the command was correctly received 8 ^! W$ `8 C+ z z6 Dand properly issued. 5 R* ^+ N3 B& w9 v% c7 nCommand Post ; Y! Z$ k1 z8 }( \Exercise (CPX) 1 M; v+ x6 v9 CAn exercise in which the forces are simulated, involving the commander, his staff, ( S8 K6 k$ v" U- A" A2 p: Vand communications within and between headquarters." C9 ]' h9 Q6 N* A COMMARFOR Commander, Marine Forces./ a) l! r* [" q# n5 H MDA GLOSSARY, VER. 4.0 C) G6 h/ @& Q2 d2 N 56 . w- Q; s# w4 o8 CCommit The process of committing one or more interceptor vehicles against a target/ E: K( u0 n2 K9 G, h+ v# _- ~ track. 5 C( X$ ?# h0 D' R0 p& fCommitment A firm administrative reservation of funds for future obligations by the local8 ]8 t5 z. [5 Q) H6 g! ]% z( ?% r' T comptrollers. Based upon firm procurement directives, orders, requisitions, * G4 W K: j+ L. {( dauthorizations to issue travel orders, or requests.

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Common% t* A N% {7 K0 i Automated9 j& H" H% A5 F9 @8 _, Z. H System& u9 H" b7 f( o2 v$ H) B# ^ Execution (CASE)! i3 c6 x) h9 N; `& T% o, W) a4 ?& g! F An Army segment of the Command and Control Element responsible for the SDS- X4 Z9 `+ C$ @- d functions which task the associated sensors and weapons (e.g., WTA) and( E7 I7 N' n5 r! F& X process the information resulting from those taskings (e.g., perform multi-sensor ! j j5 x% y. e, vtrack function). Expected to consist of survivable computer hardware and 4 Y# l2 I4 _# B8 {9 B0 ~software. J' k8 N9 c" t- @! ~! z$ i0 I# [Common1 L" r/ x2 w( | Integration and5 |- C, C2 }& b4 K3 `) g. O Tasks Execution. t& _3 [; ^% M4 O, f: v& B (CITE)6 b+ r# F% x; Y# l An Air Force segment of the Command and Control Element that performs multisensor data correlation and tactics execution for space based elements. : K) N: E6 g8 Z% h; kExpected to consist of survivable computer hardware and software. 9 C. @4 e" A* i, {2 L jCommon Mode" E& B6 l' m: [. z1 R Failure+ r3 O7 L) L$ I& \6 M: Y A type of system failure in which diverse components are disabled by the same 7 V3 l& K: x2 H- V$ m3 |9 Q% jsingle cause.( P* y) G$ P* y- i7 q Communication4 M1 r7 v) D9 ^ ?1 X Control Character ' j! U0 y9 o9 @1 K" J5 i- X) JA functional character intended to control or facilitate transmission over data$ {1 h) E _3 F+ c O% _( K networks. There are 10 control characters specified in ASCII, which form the / G5 D8 ~( ~! lbasis for character-oriented communications control procedures. 4 C% I) ?/ H( U0 v5 @5 jCommunications 1 N4 c9 j2 ?$ ?) P" n9 ?Data Base) e' Y0 W; E' {# |- [7 o9 l Communications data files and updates including, but not limited to,8 i+ N5 c: ]* ]. @! ~ communications message file, network management file, information0 i3 k; l' M* z9 b7 }" `& s e management file, link quality file, synchronization file, security file and / R8 ]3 G8 o6 T/ x/ Ycommunications health and status file. A' l$ |' ~/ T5 t5 h! {1 z Communications 6 @ H' L8 _) y4 d, CIntelligence t* f( _1 S$ \9 [/ y# F1 i/ p. W (COMINT) & K' i( m4 a \) uTechnical and intelligence information derived from foreign communications by, R$ n% Z0 A N9 U! d: |- B! z/ o other than intended recipients. & e$ C- p) S4 ?+ w0 }' ~Communications * u% `% c% [$ kSecurity . o Z8 R2 h; Y- `! O(COMSEC) ; H0 D# a& S& p% aThe protection resulting from all measures designed to deny unauthorized1 I+ L% q8 R P- y$ C4 G9 W7 v persons information of value, which might be derived from the possession and# G. a$ q+ H) X# m# v! ` study of telecommunications, or to mislead unauthorized persons in their # u* J( w7 N% \interpretation of the results of such possession and study. Communications : G- m) X0 \3 vsecurity includes crypto security; transmission security; emission security; and 4 z) j$ a$ [6 x( C+ e* v: fphysical security of communications security materials and information. 9 G. }2 J6 |) P1 {( NCommunications- I, I7 ? G) B' c( x+ Y System Segment3 z- Q, u p, M (CSS)5 ^, b# S( m' N- j The communications front end for all Cheyenne Mountain Air Force Base 4 \" }2 V# b) {! }4 ^" w(CMAFB) missions for non-common user traffic, performing circuit and message ' ?3 E# @ n- K7 w8 _5 o0 rswitching. * z7 k) y" b5 aCommunications 0 D& v* [+ m" i* r, b' {3 Z! fSystem h, W5 G! K% { fSynchronization" q$ }3 N" h. D5 }$ D- l3 p5 T Coordination of timing among communications system elements to permit" ?' {2 n" m1 ] transmission/reception of messages/data which may be distorted by time delays( D/ d& y5 p& q& O and Doppler shifts between communications nodes. 5 G' L& a1 P+ {( l- ICommunications* H6 h/ Z+ ^: F# Z+ H Zone 8 ?+ _- v* t2 q6 _/ I0 [Rear part of the theater of operations (behind but contiguous to the combat- j; D- T8 w) x, ? p; ^3 S zone) which contains the lines of communications, establishments for supply and ; v2 |& S$ A* O2 d9 jevacuation, and other agencies required for the immediate support and6 a- H5 J: [) t% } w! n. l maintenance of the field forces. + b( X/ _* y) S- k8 ECOMNAVFOR Commander, Naval Forces. 5 v6 C; T* C& O$ `0 TMDA GLOSSARY, VER. 4.0 C. @6 ]( G& M8 i- p 57 - Y/ i0 c& K0 i8 R. F% x) N+ vCOMNAV-5 {' B( E" I. \7 P! X& P7 K SEASYSCOM* ]) ?7 W- B* V$ b$ x0 _5 T Commander, Naval Sea Systems Command.$ Y# A* ?9 e7 O O% p COMNAV-' x3 D% `8 J- `: ~9 p SPACECOM' {/ F9 J' m3 k; [( k Commander, Naval Space Command. 8 ~5 s: F+ R5 {( r( {COMNAVSECGRU Commander Naval Security Group. 7 v' I7 b/ z9 { i9 ~( PCOMOCK Computer Mock-up* V9 b3 b1 x" g( N COMOPTEVFOR Commander, Operational Test and Evaluation Force (Navy)., p" P2 Y9 I& j7 _( E7 l Comp Completion. 5 ]' h" y l5 @COMPASS Common Operational Mission Planning and Support System (Army term)9 }- b" x7 s; D# k, k" U COMPES Contingency Operations/Mobility Planning and Executing System.! V2 c* l: W+ k& T% P' H0 ]+ E Component Subsystem, assembly, or subassembly of logically grouped hardware and) p9 n5 V6 |; d7 r/ f software, that performs interacting tasks to provide BMDS capability at a , s# ?6 v, L# \functional level. & ~$ o# R9 G$ E, _! i$ Y* KComponent4 r. M( Z1 v$ Z6 H Acquisition# u* E; B) c' n6 V0 j, W' \' w Executive 4 x7 ~) g k5 N# @, V( `3 kA single official within a DoD component who is responsible for all acquisition( H! I. H+ v7 Y) `! t8 Q/ A- ~ functions within that Component. This includes Service Acquisition Executives! t7 ^) U- P, A' U3 ]& Z for the Military Departments and Acquisition Executives in other DoD components . |0 \! ~+ K# J. U: N5 @that have acquisition management responsibilities.( w- E- y6 S3 W6 M Component ! y. E r% O7 vCommand2 X4 C- u( T% e) O! {3 Y3 s ] Centers 9 C$ Y! E0 w- Q( k" ~2 lThe Component Command Centers (which will contain Army and Air Force3 O) m) X7 B% B8 o/ e unique capabilities) will be capable of supporting the USSPACECOM Command- ~' g7 R# a! c Center and distributed Operations Centers by functioning as “Hot Backups” to % D$ u3 n/ b4 h$ e9 p2 F! G4 \# xprovide for BM/C3 availability and survivability. The Component Command9 S! f- M# [& k4 g% j/ U Centers will be capable of executing real-time control of BMD engagement ( K1 V- G. L3 ooperations.) ]; P; t. J- Z% F: ~" y Component: N5 b5 d( R# b$ S5 W9 [ Program( I2 q2 T X% l A major defense acquisition program delegated to the Military Department of' J1 ~/ K# U( v0 H d D5 F+ p Defense Agency for management. / M& _; C1 x- O: b _2 SCompton Current Electron current generated as a result of Compton processes. (See Compton9 `7 p" j l" I' j8 l Effect and Compton Electron.)7 y9 A1 d8 N7 S Compton Effect The scattering of photons (of gamma or x-rays) by the orbital electrons of atoms. % E+ {: f- ]5 T; R: HIn a collision between a (primary) photon and an electron, some of the energy of0 P* K T S* S9 n the photon is transferred to the electron which is generally ejected from the 8 U B/ y9 R7 Satom. Another (secondary) photon, with less energy, then moves off in a new3 d+ e% x1 x, M- C9 ]8 }( r direction at an angle to the direction of motion of the primary photon. (See " L0 B; E5 p: l+ F( dScattering.) ( a; y8 ~/ P2 ^& B4 d" \, PCompton ( \, X: J9 O& m& c6 bElectron% p: m* J5 A7 _: n3 w. x) c An electron of increased energy ejected from an atom as a result of a Compton/ r- O! F' {- N- F& _ interaction with a photon. (See Compton Effect.)& E1 g; g! y* d: h MDA GLOSSARY, VER. 4.0 C ) ?: B9 X" r5 N5 [) p586 r; L- ^, v2 d" _( ^- V' n Computer 8 x6 S# P# o; N) E, _5 e( eSecurity 5 A, B* p- `) M4 g: T( C* G( n) K(COMPUSEC) # R2 R: L! `* N9 q8 T6 EThe totality of security safeguards needed to provide acceptable level of # f1 {* p* ~* `. H; E( @protection for automatic data processing (ADP) systems and the classified data ) {% S/ U) }, @0 M- M1 `: `processed. Includes all hardware/software functions, characteristics, features; 0 g7 n: q3 h) @' h1 w9 H3 |/ boperational, accountability, and access control procedures at the computer and $ U7 z% o: S7 S( [9 H: Y7 N. Yremote terminal facilities; and, the management constraints, physical structures, ]8 W( P+ u5 U9 f: }, n) Hand devices needed to provide an acceptable level of protection for classified3 G C# X4 b. x information in any state of storage, processing, display or communication within 8 ?# ]2 ~ O+ Y; \' athe ADP system. . ]4 V( S6 ?% J0 e" |! h) F6 xComputer % ]7 B: F. L& ^2 BSoftware & E+ f" {" u) Y- _9 m3 GConfiguration 3 J( D. x5 w: B; b9 ^1 A/ X1 CItem (CSCI)! s! `/ `( j( r1 @/ t6 S An aggregation of software that satisfies an end use function and is designated 6 R A i s! V! Xby the Government for separate configuration management. They are selected5 y" a' R+ \* ]# a based on tradeoffs among software function, size, host or target computers,2 K6 Q. d( ]9 q, Z0 M developer, support concept, plans for reuse, criticality, interface considerations, " ~4 t8 \+ {2 D5 Rneed to be separately documented and controlled, and other factors.

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