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21#
发表于 2008-12-25 19:59:40 |只看该作者
Each successive Block provides increasing levels of capability to counter Ballistic 3 v( m+ ~7 |" @& Z" d6 ?Missiles of all ranges and complexity. (MDA Lexicon) + x' L: o5 ]1 b) ^& A. R(2) This term is used to designate a portion of a multi-message packet that is ; Y& g) O4 w. `1 L+ W/ a. Q; l* vdedicated to a message contained within the packet.7 K: r; _3 s* D Block Check 7 W/ |+ R6 }: Z# UCharacter (BCC)9 D% _3 k" X4 i; O% K The result of a transmission verification algorithm accumulated over a* ~" w) u, I6 k! ? transmission block, and normally appended at the end, e.g., CRC, LRC. 8 F* | a$ w9 B2 q; Z5 G' K) x- j# K* _Block . _: O1 i. n* p: w6 ], MEnhancement" ?7 B: b1 G" J" S* t. S( [ Plan (BEP)( N! Q1 T) C# ]+ o3 a( q The BEP documents Ballistic Missile Defense System technology development 7 z2 d/ U5 h2 v" sobjectives and defines the steps necessary to achieve those objectives. The - Y4 V0 d# T0 q9 G8 ~ X& HBEP replaces the Integrated Technology Program (ITP) Plan and will document - S1 [1 f+ F& a% u* q6 vall technologies within MDA that address identified needs within the BMDS 0 W( U: I$ G- yCapability Space or support MDA Technical Objectives and Goals.1 Y' X8 {+ K6 j' k- D Block Manager The individual selected to exercise management over a development Block. * i, i; O5 B9 @8 CBMDS Block management includes decision points at which activities will be 7 P% z: X7 l( f: q+ v6 R# N/ ]0 S devaluated on the basis of effectiveness within the overall system, technical risk, 4 b6 z; a) |8 o6 Vdeployment schedule, and cost. From these decision points the Block Manager 9 T/ S, y, ]5 [will recommend whether developmental activities will be accelerated, modified, or3 Y2 C9 ~. I/ ~2 U2 p1 r; E terminated depending on progress and promise. 0 A7 @0 Z/ X: R: v. ZBlue Forces Those forces used in a friendly role during exercises. ; n( Y8 \; s9 J1 c& ABlue Light Stand alone network development program 1 P2 A' U7 o+ [/ X. ~' iBM (1) Battle Management. (2) Ballistic Missile. - w2 l; l" L, nBM ATD Battle Management Advanced Technology Demonstration * y. D) p" q7 t; ]; R+ VMDA GLOSSARY, VER. 4.0 B * Q9 R- Z: x, d9 F: w; w- }35& G. l* {- Q+ i8 |* r* r BM/C3 Battle Management/Command, Control, and Communications. See also6 I; `% `9 p5 |( q! w CC/SOIF." ?5 E5 B5 T$ v& m! B& _ BM/C3I Battle Management/Command, Control, Communications, and Intelligence.; ]* [/ l1 A6 D( i$ Q9 A BM/C3 WG BM/C3 Working Group. * V9 V* t m1 ?! D) \* ^BM/C4 I Battle Management/ Command, Control, Communications, Computers, and + j Z2 }5 {7 P! @Intelligence. S+ _+ V- s. q! |9 L& @BMAAT Battle Management Architecture Analysis Tool. P9 s* \& J9 d+ wBMC Battle Management Center. @0 v) C7 g* K8 [' {: ] BMD Ballistic Missile Defense. 5 X( A$ {/ w# `4 ]$ c- J5 y- R" vBMDA Ballistic Missile Defense Act.1 W8 _) i1 l! F! m; Q" Z( F7 n% V BMDAC Ballistic Missile Defense Advisory Committee./ W% S: r! d9 c2 @5 m) {7 D/ j BMDAE Ballistic Missile Defense Acquisition Executive. 7 j" o0 b# q9 Z4 ^BMDARC Ballistic Missile Defense Acquisition Review Council. 5 j. e- p, t; Y: l9 D3 T! d! f0 UBMDATC OBSOLETE. Ballistic Missile Defense Advanced Technology Center, Huntsville,( N( F; k; p! _% D: A) O E0 ?; z AL. % Q, a: F/ D' LBMDCC Ballistic Missile Defense Command/Control Center. - b* j/ m5 d! j7 Z" T9 X% Y5 MBMD Element / o: a& Q2 n$ a% R/ H VProgram2 I1 W1 K) p- N( \! e Manager (PM)6 ~% k) l f! V5 `1 _8 I9 T A highly qualified individual responsible for day-to-day management and Y8 |0 s$ S \$ p( a) M3 i. o. ] execution of a BMD element program consistent with PM authorities and! v$ h! v/ L" }# s: e+ w+ N1 } responsibilities documented in DoDD 5000.1 and DoDI 5000.2. 9 y! s# h+ W! j1 E& XBMD Event7 q% H% v8 f$ J1 q0 L7 l Assessment ! `8 U5 W- J; B. h8 R! cAn evaluation of information that determines the potential or actual nature and6 L8 L% Z: p0 I/ a$ u9 Q( L2 ]8 j objectives of an attack for the purpose of providing information for timely( Q5 q% b$ x, h% |( W, A decisions. Event assessment for ballistic missile attack begins on receipt of ( \" M( o. x6 j8 M% S+ b( Bevent assessment information and continues throughout the attack. The4 S* h2 K8 ?6 `7 l objective of event assessment is to determine the origin of the attack, the/ M8 E+ c6 p6 z) K5 ^6 w1 K" ^ country and/or theater under attack, the number and type of missiles/RVs . G" v" M4 m2 @( F2 ?involved in the attack, and what specific targets (impact points) are under attack.+ S" D. `! h1 D0 U# |1 P This determination may be made based on attack assessment quality launch 9 _1 v, O0 l# t" C8 Rand impact messages from external systems, information generated by BMD 8 ~, g: d: a* ?) z7 y _8 K4 A' Xsensors, or any combination. * ?( e# T0 T4 q4 h9 xBMD Event( S/ }2 O* p1 p) _1 R4 X Validation9 Q7 c# L4 R0 c; c% \& q The human evaluation of whether an observed event is real or false. It is a % [2 L3 ]" C, {3 @0 Vstatement of validity of a warning event determined by a human analysis of % Y( R5 `0 f1 S- J; U& xequipment, operational environment, and personnel actions. The basis for this 6 U: r J& M5 B& W0 l, v! Jjudgment is dependent on both of the following: first, in the judgment of sensor 9 T( R8 l7 p6 r5 u$ E/ rsite personnel reporting the event, the data exhibits characteristics consistent & {$ O- M% N1 ~" F, h3 D2 {$ lwith pre-determined phenomena attributed to an actual event. Site personnel 8 [8 i; ?. |9 j/ [2 g( R7 Cactions, and hardware and software performance, are determined to be within$ c& M1 A- s9 d" W. x3 B established system operation specifications. This is a valid site report. Second, " f7 }6 z; z7 B, {+ Zwhen a site report is received at the BMD operations center, it undergoes system 7 k: A8 u# c. P( g6 freport analysis. This process may change the valid site report based on 8 b: F3 }# \# K0 i( |; [ Badditional factors such as other site reports, intelligence information, and other! T9 X8 G' R* v& Q( s6 Q data. Only after this process has been completed can a determination be made$ n7 ?; H% c U7 f# V ^ 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 ' F3 B1 h& @- \! H9 N36 $ B, S5 I d- b! N5 @# T1 \* C3 M& j v. _BMDM Ballistic Missile Defense Monitor.9 B, \# Y6 o( Z1 ?( i BMDN Ballistic Missile Defense Network. Encompasses the mission-oriented local area2 z8 L/ y0 T$ f$ F+ d3 I and wide area networks, facilities, hardware, software, network control and$ h! o" H! d# W; C/ J management procedure and capabilities used to link MDA and the scientific and . U! p) m, M3 L U, P, X: ]; {! [technical laboratories and DoD facilities (collectively, the National Test Bed) that 3 f: \6 C, m" E1 m! Ssupport missile defense systems development, test and evaluation, and1 C r' W. @. h6 q6 x# B acquisition. The Joint National Test Facility (JNTF) at Falcon AFB, CO serves as ! Q! g2 J- Z# ?4 H# O; J$ O. }, Lthe Executing Agent for the BMDN. - T( z- W. f' [2 e2 OBMDO OBSOLETE. See Ballistic Missile Defense Organization.7 a' `" `! e+ q! x. l Q: f- I BMDOC OBSOLETE. See Ballistic Missile Defense Operations Center. + F: a7 {0 q2 |BMDOICA OBSOLETE. See BMDO Independent Cost Assessment.; X% }5 s! ~9 w( K3 E, |; V BMDP Ballistic Missile Defense Program.7 Z$ @* Y3 S# r5 }$ a* `1 S" L5 _! ?- c BMDSCOM OBSOLETE. Ballistic Missile Defense Systems Command (now USASSDC). 1 f+ |3 t9 }, [BMEWS See Ballistic Missile Early Warning System.- w( f* C8 }! |. v& [/ _0 [! i7 y BMIC Battle Management Integration Center.& p/ E. `/ M- l- J+ q6 ? BMO OBSOLETE. Ballistic Missile Office (AF). ; A* K& R' L* O( j6 aBMP Battle Management Processor (C2E term). , ]+ u5 E% b3 D/ [/ o& q: CBMT Ballistic Missile Threat.5 W7 Y9 ?( O2 W0 |! x BN Battalion" Z8 Y/ N- |! d. v1 j+ B BN HQ Battalion Headquarters (USA/USMC term). # p3 T; }4 F) i6 l) ~( RBN OC Battalion Operations Center4 t' w* H+ v. i2 D1 n" y BNL Brookhaven National Laboratory." z+ c- k# e6 P; y @$ u6 W BOA (1) Battlefield Ordnance Awareness. (2) Basic Operating Agreement. 2 Z; [6 s7 J h: sBOD Beneficial Occupancy Date (FAR construction contract term).4 Z( {0 K4 d' D p) |1 ]( n BOE Basis of Estimate.- Q5 G- Z' {: a9 H- ~ BOIP Basis of Issue Plans.% o& J( [1 o5 Z5 R$ |& T BOM Bill of Material 4 E; S: P O# ~( }/ wBooster An auxiliary or initial propulsion system that travels with a missile or aircraft and# q1 }6 l u7 Z9 R3 n i that may or may not separate from the parent craft when its impulse has been4 e5 H+ j1 m/ W1 v2 M& M% |2 s delivered. A booster system may contain or consist of one or more units. 4 a9 q; i; K" u1 i7 b) |Booster 0 d: h! Q$ j- l, OInventory 4 |" V6 X+ B+ [* j3 V- Y' l. A8 E" nTotal force inventory.! K' p7 d& C2 i( m& ?1 R MDA GLOSSARY, VER. 4.0 B2 N# s4 ~' \, { 37- l- n- ?9 c8 m2 | Boost Phase The first phase of a ballistic missile trajectory during which it is being powered by + i4 S4 a# S$ M0 X1 Cits engines. During this phase, which usually lasts 3 to 5 minutes for an ICBM,; X0 ]3 r% R( o0 \" C the missile reaches an altitude of about 200 km whereupon powered flight ends & y: M/ O9 ?" C) \. U* g, h7 nand the missile begins to dispense its reentry vehicles. The other phases of 1 f& N$ ?9 L/ _$ l A7 I# smissile flight, including midcourse and terminal, take up to the remainder of an3 j+ j* g j+ ^% b$ Q0 P ICBM’s flight time of 25 to 30 minutes. (USSPACECOM). ^; f7 B* N$ R Boost Defense ( {( [ R, @4 F: S' F: `Segment (BDS)" I4 R% W# S+ X The portion of the BMDS that defeats ballistic missiles in the period of flight prior % f0 x, Q# ?" I. z# Oto the termination of powered flight./ r- k4 a9 a' e7 @" k Boost 2 F4 F% y2 l+ @/ h8 s; ^6 ~Surveillance and & J% ?# v4 H J1 @7 ETracking System8 W" A5 V" N& I) U: S* F3 g (BSTS)8 K, \7 c* b& s+ w6 a" d OBSOLETE. An Air Force sensor system in high earth orbit used for early; e0 S# p4 {0 ^9 l warning, tracking of ballistic missiles, and attack assessment., c( Z7 t; `1 D! ?* E- Z- h1 y BORRG Ballistic Missile Operational Requirements Review Group. ' w2 \# u- g. n0 BBOS Battlefield Operating System% r' A8 `8 | o! f$ C BOSS Background Optical Suppression Sensor. 7 c$ P1 a: \0 vBottom-Up5 S2 b' \' O; q7 F; Y) d, J& C Review (BUR)* x9 e3 w. [2 [" y& d$ w A comprehensive review, initiated in March 1993, of the nation’s defense+ w3 P+ O! H+ G6 l% Z4 F strategy, force structure, modernization, infrastructure, and foundations. The + N* X& Z' p- d0 ^ Q+ sBUR examined U.S. missile defense requirements from a perspective of$ @0 P: g; U% G9 O9 g. M1 O identifying options that could meet future needs at an affordable cost. , T/ u: w: V* B! i' XBP (1) Brilliant Pebbles (2) Boost Phase. (3) Battle Planning.. r% |; P- p( Q7 E7 K: W/ T BPAC Budget Program Activity Code. ) t3 c0 ^! C' mBPBM Boost Phase Battle Management.& z2 w) V3 ?& E% ^ BPHIT OBSOLETE. Brilliant Pebbles Hover Interceptor Test.) l; z3 Q* t$ P* @0 a( A' C BPI (1) Boost Phase Intercept. (2) Boost Phase Interceptor.$ I. [+ M6 N8 X8 e, ] BPI/E Boost Phase Intercept/Exoatmospheric Intercept + ^. h6 w6 L- k1 F/ fBPL Boost Phase Leakage.; Q, u' C* J2 ]' D6 o BPM Business Program Manager (Acquisition management term). / ^) M0 L9 a) z; r& f% qBPPBS Biennial Planning, Programming and Budget System. : i* L/ u" d3 c2 A; U& cBPS Bits per second (TelComm/Computer term). , L2 b; R9 h$ c8 a( ?6 nBPT ATD Boost Phase Tracking Advanced Technology Demonstration." o# ? [7 J' o+ P& w BPTF OBSOLETE. Brilliant Pebbles Task Force. 9 ~) E( o+ P2 C; M( V5 f1 o. Y; b3 TBPTS Boost Phase Tracking System. * u* V3 T0 H8 m( J( {8 e/ @, ZBPX Battle Plan Execution.0 X$ T6 V# `' D" J6 ^ 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 . D1 x3 b# _; s) n n! z4 ^4 V, A9 j8 Z38 * V9 I/ T( c) c' uBrassboard( u4 Y3 {8 P+ U/ T) v0 Y, V Configuration 5 @( l' e' S4 }5 vAn experimental device (or group of devices) used to determine feasibility and to + [! G* V$ u* b) n) E# r# U; Odevelop technical and operational data. It will normally be a model sufficiently ' f' R, {9 a; _$ bhardened for use outside of laboratory environments to demonstrate the # }1 P. n$ z! a: k9 {# qtechnical and operational principles of immediate interest. It may resemble the 5 A, Q ? o$ ~$ C/ F1 jend item, but is not intended for use as the end item.) p! k! ^4 g4 P$ N' O) J, n3 x0 ^ BRDI Baseline Recompetition Document Integration( w) j5 {+ \3 T Breadboard G! a; [3 r& `# o# x Configuration * S9 t$ S3 b: r5 h7 O, E- QAn experimental device (or group of devices) used to determine feasibility and to ( f1 t: Q) j P. Ldevelop technical data. It will normally be configured for laboratory use to + l) q& Y: D$ g/ ~2 P* hdemonstrate the technical principles of immediate interest. It may not resemble1 u+ |% f& J! W the end item and is not intended for use as the projected end item. ( L: \9 o- r+ yBreakout Execution of acquisition strategy to convert some parts or systems components 6 {- b7 e/ n9 F. Xfrom contractor furnished to government furnished. Rather than having prime3 }1 T, @9 ^( C( M" s. L contractor provide from its sources, government goes out to industry directly and( e" h1 |9 M2 f* Y2 s' l: k procures items.2 g8 c$ [: o( T# ^1 s- n Break-Up (1) In detection by radar, the separation of one solid return into a number of3 }% [' w8 k0 n) b* _7 X7 a individual returns which correspond to the various objects or structure 1 F9 J7 A& K7 [groupings. This separation is contingent upon a number of factors,. e% X- F0 \' G d8 _( O0 r including range, beam width, gain setting, object size, and distance ( F$ j" p( n z" P+ X# C; Sbetween objects. 4 B+ T; h1 v8 Z% e. T' A( f; D(2) In imagery interpretation, the result of magnification or enlargement. \3 J0 N9 c0 N which causes the imaged item to lose its identity and the resultant 0 I4 t% l1 v. I5 R( x7 o$ spresentation to become a random series of tonal impressions. 1 f1 R! U5 u' q. C0 X7 d9 p7 rBrightness The amount of power that can be delivered per unit solid angle by a directed3 U2 N' N) H1 V: V* @ energy weapon. As used in the BMD program, brightness is the measure of7 l) P4 j0 V5 \( V* m source intensity. To determine the amount of energy per unit area on a target, ! V& c5 N$ z pboth source brightness and source-target separation distance must be specified. ( s$ w. N5 \7 e# R" i- yBrilliant Eyes4 D9 f6 T6 e& U+ i8 H (BE)8 k F# S: y& }$ |4 Q# g( ? OBSOLETE Successor to Space-Based Surveillance and Tracking System - W: {; t) ~. g3 s* Y }- E(SSTS). BE is also known as the Space and Missile Tracking System (SMTS),. q8 G/ G x, Q- ] and is now the LEO element of the SBIRS. See SBIRS.5 i k6 U: g4 C0 b7 U& k3 E& s Brilliant Eyes $ Y5 D: x H) U: q) }Probe (BEP) $ H6 `" Z# W9 J. L7 gOBSOLETE. The BE Probe is a concept for a ground launched probe version of ( B. C* C5 @6 p B2 ~the BE space-based satellite, analogous to the obsolete GSTS, that would & y0 x& ^2 ~: b4 eleverage heavily the applicable BE Flight Demonstration System (FDS) ' V* Y* ~& h5 B W) }6 Odeveloped equipment. BEP could be developed and deployed on a shorter* k2 c3 b& v) B- e schedule and could provide interim above-the- (radar) horizon threat tracking and & I' i( K. g4 P- ]% ^5 Mpre-commit for the interceptor. The concept requires the addition of non-FDS ) ~( k: b* ?$ F# k' TLWIR sensor to a sub-set of the existing sensor complement, and is part of . Y( \2 }# p: \7 n, H4 R" O' h Lpotential Contingency Deployment Options. Also called the Ground Launched & U1 ?. m+ i. o2 r+ jProbe (GLP).& u& |+ E: z) v+ H( ^ Brilliant Pebbles 9 E! r) J: Z7 U" B7 E( L0 q(BP) + |" H" N' N% H* s2 [, ]2 p' @# XOBSOLETE. Proliferated singlet space-based weapon with autonomous O$ q& e) o& Q+ bcapability. (Now a subset of the Air Force’s Advanced Interceptor Technologies% Z* ~+ e0 U' m5 x (AIT) project.) l, O: Y# s; O2 f( J3 D# o% h Broad Concept 8 L& V* X) W/ X$ {* ?of Operations 7 d7 x( O n2 Q: C$ ]; B9 ^(BCO) / [ R2 N' f6 m+ p( wAn approved USSPACECOM planning concept for a complete SDS. It is a toplevel concept that is detailed in specific Phase Concepts of Operations./ \- `$ Z% N. \) ~ BRP Basic Research Plan. 3 F" F' E |/ m) @' B8 zMDA GLOSSARY, VER. 4.0 B. r& J o. D$ t# Y, {& U 39 8 q" c4 I( l' j% PBRV Ballistic Reentry Vehicle. 8 V, j N F- HBS (1) Battle Staff. (2) Broadcast Source. ( Q6 M9 I# _( `1 i! r: U% `8 T6 @7 GBSD Battlefield Situation Display. ; G6 p; p8 {/ }( j! s" K8 T% BBSL Base Support Listing. A. F/ N: W: yBSTS See Boost Surveillance and Tracking System. " n1 p1 v* L% z7 OBT ATD Booster Typing Advanced Technology Demonstration.2 [+ D$ \# n2 w9 n- H6 A) N BTH Below the Horizon. . l- I: G7 U- r" U$ pBTI Balanced Technology Initiative. / I1 B9 M7 t4 w$ N9 z, m! w/ WBTOC Battalion Tactical Operations Center (PATRIOT).3 e: z2 P& H2 n8 f( R5 m BTRY Battery.% Q; O6 B; J$ H6 \! t BTS Baseline Target Set. An MDA-approved listing and description of ballistic missile 7 F, h6 @( f+ ~targets, which have been (or are being) developed to meet a variety of target 5 c$ O0 g' D6 F0 A9 B; b3 ^6 xusers’ needs, validated as threat representative, and accredited for specific 4 r! f7 Q" }2 T# `0 f; B; a. aapplications.3 l' S" u" |0 ~$ ?- o$ _1 P5 `9 R BTTV Ballistic Tactical Target Vehicle.( H& Z" f9 }; E, i) E" ?! c$ Y( x BTY Battery. ' M7 n3 D1 S2 N, Y1 ^: o% L/ B( kBudget Activity (1) A budget activity is a major subdivision of a budget appropriation, + O) L. a5 C$ ?7 z/ B* c7 w" h+ agenerally in mission areas. It records estimates for a component function ' P5 O- b2 i5 f* por activity to be funded by the appropriation. (2) Categories within each! \+ T" e2 C3 r3 z) c" a appropriation and fund account that identify the purposes, projects, or: P) K5 h9 p- N types of activities financed by the appropriation or fund." L6 l2 u- L, ^ Budget Authority Authority provided by law to enter into obligations, which generally result in7 D* D) }3 n$ W4 E/ h immediate or future disbursements of Government funds. It may be classified by ( Z4 R5 R" ?# n6 H7 b4 k) B6 Mthe period of availability, by the timing of congressional action or by the manner/ [& P2 V2 s3 c* s of determining the amount available. Also known as Obligational Authority.$ ?3 I W9 x+ v: D# S3 P Budget Estimate Cost estimate prepared for inclusion in the DoD budget to support an acquisition4 ~. f) c9 b3 {8 W9 Q* w( F program.

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24#
发表于 2008-12-25 20:00:26 |只看该作者
Budget Estimate5 |8 P5 U% `0 [, k" q Submit (BES)# E( X. _/ v4 E0 X% n. B The service submissions to OSD showing budget requirements for inclusion in) |- k C2 a4 A5 P# M the DoD budget. Every other autumn (even years) for two-year budget, every" {* u3 `1 ^' R0 l autumn of odd years for amendment to second year of previously submitted twoyear budget.# n1 S1 q5 t! h; y2 Q. e( t Built-in Test9 E' u1 @& @4 H) i Equipment# ^! a7 j' j/ K+ y: C7 I- D5 Q (BITE) ! @5 n& P0 M! W; r$ f! u( WAny device permanently mounted in the prime equipment and used for the, h0 o8 D+ A# r, e" y4 p express purpose of testing the prime equipment, either independently or in% B- U+ v9 S& ^, T8 G3 l association with external test equipment.3 A/ {- N$ e4 Z( ?0 O Bulk Filter The signal processing rejection of detected signals as not being related to. s+ e# ?% f( u) H8 z9 b objects of interest. The removal of sensor observations from the track files that! A Z9 d3 Z# m% L! r can be readily assessed by location or signature as non-threat (e.g., stars, boost' e' M% v z9 B fragments, etc.)./ k$ d9 N- [7 _ MDA GLOSSARY, VER. 4.0 B 1 c# J% v' s+ s" s40 6 s8 x o9 b( A1 JBUR Bottom-Up Review. & K! h6 G6 G% p7 q3 gBurden Costs not attributed or assigned to a system as a direct cost. Alternative term for+ y& [+ G3 d6 E0 n# w; G overhead. 7 @* K4 e- o9 {! x: ?. dBurnout The point in time or in the missile trajectory when combustion of fuels in the5 v4 V# @( [( P- B- L6 N7 a rocket engine is terminated by other than programmed cutoff. ; E1 D2 q1 O9 Q0 eBurn Rate The monthly rate at which a contractor’s funds are expended during the period 2 X; v4 ?& y7 u; R8 w4 P' yof the contract. % n1 Z' F6 ], \2 y+ u) x" l) {Burn-Through : y0 D2 G0 v$ d% ^Range : \9 n# p% ?# o, f/ rThe distance at which specific radar can discern targets through the external& H0 P [1 g- x$ G interference being received. 0 C, y3 y9 G. i5 I3 g% O# G0 rBus The platform (or “bus”) sometimes referred to as a post-boost vehicle, on a single/ y7 |8 N; u3 r missile, which carries all the warheads on that missile. May also carry penetration) ^. H7 y4 R& V) r3 q5 h& M aids, decoys, etc. ; C- o6 S: r2 KBus Deployment) \* u s" C3 k" x' L* K( v Phase ' I0 t2 L* G" y! f$ V0 y xThat portion of a missile flight during which multiple warheads are deployed on( o$ n: @3 L' T( L8 J$ A6 l different paths to different targets (also referred to as the post-boost phase).0 @7 M2 A# D0 T$ k) @1 S7 Y* w( v The warheads on a single missile are carried on a platform or “bus” (also referred8 Q0 I5 \- |. b8 ^% M$ k+ V to as a post-boost vehicle), which has small rocket motors to move the bus" j9 a' h; n ? slightly from its original path. 2 {; t+ }. C6 M" ]BV Boost Vehicle.5 Q4 ~0 i) X2 p9 j8 h' j" Z BVR Beyond Visual Range. $ K x) F, F. |/ r1 B7 PBW (1) Biological Weapon. (2) Biological Warfare. 2 F! Q5 S' z; l7 [* X$ p0 g1 rBY (1) Budget Year. (2) Base Year.7 j6 g" Z' b8 j6 B# B+ V MDA GLOSSARY, VER. 4.0 C6 k- p5 {& q6 I$ K, h9 u 413 Y4 _! `- B7 j) M' X( A) c C (1) Communications. (2) Centigrade. 7 F9 c0 E5 F) h- U5 FC2 Command and Control.1 Y# q* l( D8 s C2E Command and Control Element., ~8 B( U0 I" S C2P Command and Control Processor. ' D- a* @& z: {6 b$ }; N/ GC2S Command and Control System. 8 o1 ? `* S G- n" ~C2Sims Command and Control Simulations. + m+ r; `4 ?8 p7 ~$ \; q q. vC3 Command, Control, and Communications." B9 k5 @$ N3 n! c' X C3CM Command, Control, and Communications Countermeasures. ) r( J k8 ^& s0 n) J) _5 LC3I Command, Control, Communications, and Intelligence.6 Q. }/ T/ ^$ R8 o C3IIT C3I Integration Test. 6 T9 T U2 r5 D! i0 g4 W) V, xC3TED C3 Theater Exploitation Demonstration. " b' V7 p% |" \; \# z" ?5 U9 QC4 Command, Control, Communications, and Computer Systems.2 I# A& h; q! y' R0 r! I C4I Command, Control, Communications, Computers, and Intelligence.) [. |: Y7 g# t. G C4S Command, Control, Communication, and Computer Systems. : w3 M) C; m. m( C) g( v) n6 t7 CC Spec Product specification.( T7 z/ w5 z: B; C" X; G& Q CA Counter Air. . B5 G m% a1 }3 m3 v5 o* wCAD Computer-Aided Design., S3 S- u* I9 }2 {# K# O$ _# d CADE Combined Allied Defense Experiment/Effort.; X) ]; H- r6 r! b: y$ r CAE (1) Computer-Aided Engineering. (2) Component Acquisition Executive. % v. ^3 C: a$ h4 Y& v& R+ }" LCAIG Cost Analysis Improvement Group.+ ^' p1 Y1 p% }- J, M+ o CALM Characterization of Advanced LWIR Mosaic" N$ S' i c( u! s: K CALS (1) Computer-aided acquisition logistic support. (2) Continuous acquisition/ I- T ~! A3 |6 C _, P and life-cycle support.

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25#
发表于 2008-12-25 20:00:38 |只看该作者
CAM Computer-aided manufacturing.& Q. r H+ K# b8 z Campaign Plan A plan for a series of related military operations aimed to accomplish a common * `; B9 K U2 s* y; c/ ?objective, normally within a given time and space. 8 }# c4 n" q/ i# GC&D (1) Cover and Deception. (2) Command and Decision. E& O4 y1 E/ z2 N Q5 b8 `& _5 d: L C&D/A Command and Decision/Auxiliary ' c$ i* g/ ?+ f, _$ p |C&DH Communications and Data Handling. ) Z0 n @& D( I$ tC++ Object oriented version of the C programming language.9 k) T) y9 |: n* K MDA GLOSSARY, VER. 4.0 C ) C3 \7 {) n& m42 . c- g+ S+ p) p; cC-B Chemical-Biological.! t$ I) ^' t" \- t! \) r C/AHRS Compass, Attitude Heading Reference System (US Army term).& z6 d! @5 E, M8 O) |! c4 F C/SCSC Cost/Schedule, Control System Criteria. 5 a7 G$ K* s) eC/SSR Cost Schedule Status Report. $ i! { @- z# R3 r/ m8 YCAESAR CONUS Attack Engagement Systems Requirements Simulation. $ M: @2 p6 Q$ k. z. B& N. I! d$ aCAG Collective Address Group. 4 z4 a" _: z" Z9 w o" sCAGE Commercial and Government Entity (Contracting term).' g% {( S A$ c6 G/ x ` @' H CAI Computer-Aided Inspection. - W% F; y5 F' L& m* UCAIG Cost Analysis Improvement Group. ~ o- ]3 V- Z; p* NCAIS Common Airborne Instrumentation System.# \+ [# V4 m8 b: i, l CAIV Cost As an Independent Variable.0 \$ k: g* q5 a- @5 |+ y CALM Characterization of Advanced Low Background Mosaic. CALM is a contractor : T6 w9 e& @: toperated ground test facility for testing focal plane arrays. It is located in5 V0 ~; n1 M2 O5 K8 E# d Anaheim, CA, and is managed by USASSDC for MDA. - B; \# ?/ l+ u- OCandidate U7 x! z; j/ S/ a' _( w0 KSensors9 ?5 D3 B( t3 p) X6 g q3 \ Any of the following sensors that could potentially be included in a National9 y$ F5 g/ Z" Z" W1 i Missile Defense deployment: UEWR (BMEWS, PAVE PAWS), HAVE STARE, 5 }4 m) f" F& L/ M$ L! _0 k! g; X: o% OCOBRA DANE, Haystack/Millstone, Haystack Aux, COBRA JUDY, and potentially ; o% i1 r1 @- J# q# M1 Tother existing sensors.: e; f# G9 P; m8 P, m' g: k( h/ ^ CAO Counter Air Operation. Y5 y" L9 ^0 t; v+ W; MCAOC Combat Air Operations Center.4 Q, l; |) {* w9 i; j/ h4 g6 [ CAP (1) Combat Air Patrol. (2) Civil Air Patrol. (3) Crisis Action Planning. ) c* E& n4 w9 @+ ]! b; I(4) Configuration and Alarm Panel. : T1 N( M2 ^/ ~0 k k9 ICapability9 w4 {7 E! D5 d Assessment; L) ]3 S8 c% t To determine the value /capability of the BMDS: technical performance, cost, + j* F7 ~9 b) x0 l+ Y1 Eschedule, and other factors included. 3 q3 i6 p% w/ d5 ZCapabilitiesbased% r5 I$ \; v3 `8 l4 n$ \$ W Acquisition H: z' d4 m, O% g, p; YAn acquisition strategy based on the principle of providing to the user . k7 w0 I3 t9 W0 {capabilities as they are achieved, vice capabilities as measured against an 0 G( g) n* K2 Kabsolute standard.$ g5 v7 u' Y: d1 ?7 l& | MDA GLOSSARY, VER. 4.0 C ; Q9 J/ a9 H5 q' ]1 q/ A43 9 Z: B0 E l, L- G1 r+ x3 ACapabilitiesbased2 d" K% l: Z; n% g# L/ m" l Operational * n- S, e! _7 m+ d: D6 sRequirements , K" {5 E& O3 l2 C9 MDocument (ORD) + A; K. _. B+ E; Z, R" WA specialized version of the CJCSI 3701.1B formatted ORD that records the 3 W. D; E& J0 `) x4 A9 @demonstrated operational performance of a base-lined BMDS capability and & H" S+ G" ~+ D! Mconfiguration for a system proposed for Service procurement and operations. In ! r4 z3 b$ ?6 [$ s! tplace of requirements, capabilities are stated as operational performance - @- _+ D7 v' ^: T; oparameters that have been characterized in Developmental Testing, tailored to4 v7 R" L3 T( D. l7 p/ l1 m3 G+ }8 B the system (e.g., satellite, aircraft, ship, missile, or weapon) and reflect systemlevel performance capabilities such as range, probability of kill, platform # n3 j$ |4 j ?+ v+ [+ Y5 g- a# {survivability, etc. In keeping with the capability-based approach, the threat is 8 W. Z9 J1 M' Z% E" k% f$ g/ M# Sdescribed in adversary capabilities terms, rather than specific threat systems. % P) e: `: y5 m# u# W( _Other facets of the standard ORD that speak to the suitability and supportability @0 }0 m7 P2 I) t' s" Sof the system remain unchanged. The Service will bring the Operational 0 L8 _* w6 T6 U: Q8 l4 xCapabilities Document through the Joint Requirements Oversight Council as the! q1 W0 }) j. V# n, N. Q. O% P system element transitions to a Service. 0 A' m/ J. ^/ pCapability% e( Y5 [) j- N' k+ r1 P Specification - t) q' f- l9 m- a$ i1 k4 |Generally, but not entirely, equivalent to the term “Performance Specification” as5 E( [* ^5 e% D% s7 b, O" O/ t$ a used in a DoDI 5000.2/DFARS context. It is different in that capability; z! l! I- O. Y# p0 a7 `; t specification emphasizes operational capability verses performance requirements 3 R; u N* }# ~2 Y' r+ ?$ ithat are responsive to documented military requirements. Unlike performance6 ~$ y5 w0 U. |& [& _! \( N! t specifications, capability specifications are not necessarily tied to APBs, Mission : g) C, @2 U) i- h ?Need Statements (MNSs), or ORDs.3 }% q/ y w! ~4 A; V7 p0 ] Capital Satellite A highly valued or costly satellite, as distinct from an inexpensive decoy satellite. 7 e U" Y1 j( y! c" a: c. `Some decoys might be so expensive as to be considered capital satellites.5 A# y) H' D% b CAPS Commanders Analysis and Planning Simulation. / J1 _: k- c, x6 m* e* q" p- XCapstone Test" V( M+ y+ Q. @# j1 x+ U and Evaluation; E' e2 E i4 r, R Master Plan 5 ~/ h, v# X1 i1 v: h(Capstone TEMP). _5 P) M: F7 |- A, | A Test and Evaluation Master Plan which addresses the testing and evaluation ' ]2 ^; J2 b1 Z% ?) K: iof a defense system comprised of a collection of “stand alone” component 1 y& w2 Y8 B# `' b2 P! C2 fsystems which function collectively to achieve the objectives of the defense1 A5 W, d" M S3 @% b. _) u system. ) w" k5 t) [# \7 A4 L! V$ w0 gCAR (1) Command Assessment Review (AF). (2) Configuration Audit Review. (3)4 _: j; `+ | M, w Contract Assessment Report. " r7 K9 L4 v% ACARD (1) Cost Analysis Requirements Document. (2) Cost Analysis Requirements 9 k" |9 j3 X7 R2 N# uDescription. . l$ ?* L5 |6 R5 JCARM Counter Anti-Radiation Missile (PATRIOT). % a3 W0 P9 B# m) _Carrier System A means of obtaining a number of channels over a single path by modulating! _6 T& B# X1 C! E. q" M each channel upon a different “carrier” frequency, and demodulating at the" P& j. p$ ?* n) f7 |2 t5 } receiving point to restore the signals to their original form.) J9 |3 i: h0 W0 B8 T7 d Carrier Vehicle 0 W2 @# g* M* d; f# V) z5 ?$ Y(CV)) g1 \5 L6 ~2 x2 Q A space platform whose principal function is to house the space-based' n/ a/ ]4 _, |* D) {" t interceptors in a protective environment prior to use.3 ?" W/ F& n D2 G) W' x" S4 e CARS Consolidated Acquisition Reporting System. 9 P) P3 q5 v+ i vCAS (1) Close Air Support. (2) Computer-Aided Servicing. (3) Crisis Action System. # d" E% K0 E: M4 H a" d(4) Cost Accounting Standard. ; |. D% a7 `+ i( _& E# r. E' zCAS/M Computer-Aided Servicing/Maintenance. 4 x9 ?7 V6 f4 L9 \% ~CASA Cost Analysis Strategy Assessment. $ C, q& G, q; _% u- oMDA GLOSSARY, VER. 4.0 C$ t9 m- A# S3 Y4 I8 P1 z 44 ( u9 R3 [: l; R) S0 x1 e, R0 ?CASE (1) Common Automated System Execution. (2) Computer-Aided Software ) e. W/ f/ @% h1 F/ f+ S8 x; {Engineering! L: M' P4 d6 | CASOM Conventionally Armed Stand Off Missile (USAF & UK RAF term). ' O6 b' I- N4 s* I5 y0 q) o4 ?CASREP Casualty Report (USN term).! I* q8 Y- _7 D, j CASS Consolidated Automated Support System., Z, s* W0 N; X9 [ CAST Commercial Acquisition Streamlining Team (USAF team name).1 R) G! n8 l' [ CAT (1) Computer Aided Testing. (2) Crisis Action Team. (3) Category.9 x. o3 Y' i" U* a# ~ Cat House A second-generation Soviet phased array radar that augments Moscow’s * L2 w H# {4 h) j6 q- lexisting search and target acquisition radars (Dog House). It also enhances their / {- V; K" P5 c; Z) q6 |battle management capabilities. # b: o" f6 O; S) g3 T: ~CATO (1) Combined Arms Tactical Operations (US Army). (2) OBSOLETE. 0 k) I D) |- E$ S& pCommon Automated Tactical Operations.( F2 X- f/ ^' p2 Y! {! q+ ^ CATS Computer Aided Test System.4 @! O' A. q% h/ u CATT Combined Arms Tactical Trainer (US Army term). ! \, D* ^, } X5 a' i M1 d2 eCB Chemical Biological. + ?( L2 d4 Z; N$ i3 sCBD (1) Commerce Business Daily. (2) CINC BM/C3 Demonstrator. 0 K- W& W/ o0 [0 eCBM Central Battle Management.2 {+ }0 k' S- n. P/ E CBO Congressional Budget Office.0 [0 C- f1 A: E CBR (1) Chemical, Biological, Radiological. (2) Concurrent Budget Resolution.: l7 s) x8 M$ T3 F% b# ?# m CBS Corps Battle Simulation (US Army term).2 M5 [, R) x [2 t CBTDEV Combat Developer (US Army term). / I0 r( ~" R# [8 \3 T5 A% dCBU (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.% x6 r+ ^2 F# F/ t1 w% I1 [ CC (1) Command and Control. (2) Command Center. (3) Air Force Commander " B5 O9 {3 L t2 h* b7 ^office symbol.9 V( }: P; W% F0 J4 u CC/SOIF OBSOLETE. Command Center/System Operation and Integration Functions. 8 ~- R* b$ M' ?# ?7 b* l6 L(See C2E and SOIF.) : ^) _0 t4 k% |" BCCA (1) Contingency Capabilities Assessment. I2 p R' _( r W3 n (2) Carrier-Controlled Approach. % K/ [9 T2 U2 p( P9 Q g# F(3) Circuit Card Assembly. + x$ {9 C$ j5 ?CCA (ICE) Component Cost Assessment (Independent Cost Estimate).( h9 } j% u% [/ Q CCB (1) Community Counter terrorism Board. (2) Configuration Control Board.4 ]# `! K7 ~ Q* o MDA GLOSSARY, VER. 4.0 C 9 z$ X9 m' s0 J! w% j454 h4 p3 U/ N0 ~9 v) N" u: ], ` N0 E; c CCC (1) CINC Command Complex. (2) Component Command Center. (3)/ ]2 X3 r% b3 I Consolidated Command Center (NMD BMC3 term)& O+ y+ k; D/ K/ x4 h6 n CCC (BMD) Consolidated Command Center (CCC) (BMD).; h5 Y7 H9 y7 \$ P, {" v8 I CCCI Command, Control, Communications and Intelligence.$ ?' K! e+ U) N7 v& D CCCS Common Communications Component Set. 0 p" g8 J- b6 q) `% d$ w9 D7 CCCD (1) Charge-Coupled Device. (2) Camouflage, Concealment, and Deception. 3 q7 g; \. y8 V/ p. uCCE OBSOLETE. Command Center Element. Now called Command and Control 6 }0 T0 R6 l% q) _; ^1 {/ s9 Y8 OElement (C2E).1 E5 f1 D0 z u1 T CCEB Combined Communications-Electronics Board (NATO term).* Z7 }& v2 g3 u; g7 a CCEP Commercial COMSEC Endorsement Program " w k0 E! P! K+ w5 FCCEV Command Center Experimental Version.3 F; i4 e1 E" k1 s1 `. m ? CCI Controlled Cryptographic Item , I# h6 x) ~: F# NCCIS Command and Control Information System. 3 s. B0 W3 }2 ?( ^' m- YCCL (1) Commodity Control List.) l( Y2 d4 f, F, R) C: d. Y2 t (2) Commerce Control List [Commerce Department].: A; w' M5 Z9 K- V CCM Counter-Countermeasures.& h5 W7 w' a4 c- K& {1 A CCMPS Counter-Countermeasure Parametric Study. 9 e* Z3 k0 Y, N! O+ FCCN (1) Contract Change Notice. 1 s- B* r0 U; J4 R) Z(2) Configuration Change Notice.* y5 _# g) u- @" {/ {, M- L( ` CCP Contract Change Proposal (Contracting term).$ L2 V0 L' q. G6 [ CCP002 Contract Change Proposal (and number) (Contract Administration term).: l2 G* f1 G3 G0 _ CCS Combat Control System (AEGIS). 3 x& J2 d( D7 Y. F2 h' g' |CCTV Closed Circuit Television ' T7 _# ^* }2 a: W! k/ ?CD (1) Concept Definition. (2) Contingency Deployment. (3) Combat, `* J5 r9 U3 i3 o Developments + R0 ?5 I/ j+ tCD/V Concept Demonstration/Validation (DD 5000 term). ! b# T- |; n) C5 E) E: X& s# sCDA Central Design Activity (USAF term for Software Engineering Center). " c, I4 I- d- VCDB Central database (USN term). 9 ~7 c' k, f! g n: tCDCC Classified Document Control Center. & ^. {+ `; c4 _7 E! UCDD Concept and Development Definition. ) M% @% ~3 i, Q1 u1 CCDE Conference on Confidence and Security-Building Measures and Disarmament in5 z m6 v) U6 n) L, `/ r Europe. ) e. s& o6 U, v/ W; X& i* o, O1 L/ gMDA GLOSSARY, VER. 4.0 C 4 q5 l4 u' @: t( ^46) ~6 K0 j; S) u2 f! X* J CDI (1) Conventional Defense Initiative.: N* E6 h. ?. |& \ (2) Compressed Data Interface.2 v- z( f: z% K \; H (3) Classification, Discrimination, and Identification (PATRIOT). 8 H) u: @6 X, S+ h. J! |$ M' {CDMA Code Division Multiple Access [Receiver].& e% k v' n& p/ M+ ]7 |. }- h1 E CDO Contingency Deployment Option. ' U+ h; S( a! U/ `( bCDP Contingency Deployment Planning. " X* F5 p) h0 d( _2 s+ ?. rCDR Critical Design Review.& b. c, s0 A% `8 P( z% C9 S, c CDRL Contract Data Requirements List.6 ~* c( ?; t3 W. h6 W CDS Congressional Descriptive Summary.: }$ g4 A$ v4 R' V) v CDSSI Common Data Sharing System Infrastructure.1 l- Y) B' d8 w6 V CDT&E Contractor Development Test and Evaluation." }* @% k+ s4 @4 W, ?3 k& L CDV Concept Definition Vehicle.+ ]5 } t( ~) w. D CE (1) Concurrent Engineering. (2) Communications Enhancements* d0 ~* @/ z: C! k' J: m. } (PATRIOT). (3) Corps of Engineers/Civil Engineers. (4) Current Estimate.8 N3 U2 c8 j) X, Y5 u) S7 [6 U' \/ A (5) Communications-Electronics. 6. Command Element. : G1 M% s7 A" p9 X4 M+ H, R! NCE&T Common Environments & Tools9 M7 h0 O: n# ^: H CE/D Concept Exploration/Definition Phase. 9 s& s8 v" t7 G" A/ lCease- w9 d( _0 ~) j& l, j6 ^! H! z) z; { Engagement" Z; ?" Z' \3 a9 J; v$ c+ Y7 V" } In air defense, a fire control order used to direct units to stop the firing sequence 7 O1 {9 T2 |1 _0 v" zagainst a designated target. Guided missiles already in flight will continue to & k! q& M4 r9 u, T) v7 @intercept.0 e. [7 c2 w1 C6 X Cease Fire A command given to refrain from firing on, but to continue to track objects.2 {# |# R/ L: W6 M z Missiles already in flight will be permitted to continue to intercept.9 a/ y7 I9 [( z# ?+ l8 B6 Z) A( H CEATM Cost Effectiveness At The Margin. 1 r9 ], x/ D" a# ?CEC Cooperative Engagement Capability.) W. {9 j4 d' @- ^# V4 N& k CECOM U.S. Army Communications Electronics Command, Ft. Monmouth, NJ. ' K7 @+ E. _4 RCED Concept Exploration and Development. 8 {) f: s' p& S$ Q' L, p+ qCEEM Cost-Effectiveness Evaluation Model.' A' X2 Q* s1 q/ b) l+ `1 \& A CELSA Cost Estimate Logistics Support Analysis. [Methodology for estimating logistics F3 E* d& q9 a# M, N support costs].- y7 |9 B) O7 m& ]/ A CELV Complementary Expendable Launch Vehicle.+ L- f4 a% G0 G8 h6 t CEM Combined Effects Munition.; g5 q8 P3 f+ a CENTAF [US] Central Command Air Force. 0 B; m& j2 x a% U& J# O- X( yCENTAG Central Army Group (NATO). 0 Q* _6 E' O& I# ^( RMDA GLOSSARY, VER. 4.0 C * J) I3 L& d0 S47 9 G. s+ P3 m7 H- B; u6 z8 b0 MCENTCOM [US] Central Command7 [" y5 _8 Y0 ]! L9 m Centralized : p& r* i4 b8 T3 [8 jCommand! i/ [4 {0 l7 a8 G- z Operational concept which specifies that critical C2 is collected and key C2 - U+ K7 s+ R& b* [0 Ydecisions are performed at a central location by USCINCSPACE, or his 7 T( c9 Y# \# H9 [6 @/ edesignee, to ensure continuous and positive human control over the system. ' Y5 Z9 ~- ~$ @1 uCentralized. k& l/ Q1 e ?/ Y Control . P. X5 y+ F2 o. ^The control mode whereby a higher echelon makes direct target assignments to8 @. X8 H4 z0 @+ n$ d9 D/ P fire units. (USSPACECOM); o/ K: @$ |7 }# i4 b2 j1 N) ~ Centralized* y4 B1 W) Y4 f2 t Q$ z: G; n Management" }% h1 }8 G8 t q& { The concept of using a single, designated management authority. It includes 6 F- X1 ^/ R; ^. x0 r1 G: ?system management, program/project management, and product management. % L2 ^) H+ U$ `% KCEO Chief Executive Officer9 \ H$ I) ^+ }" m0 B CEOI Communications Electronics Operating Instructions. , ^$ O: Z; P/ V& W u+ w5 GCEP (1) Circular Error Probable. (2) Consolidated Evaluation Process.# a& s I# J: W. j( g& \8 t CEQ Council on Environmental Quality.- |! N! G; R V8 o' r r CERES Center for Research Support, NTF, Falcon AFB, CO. I0 n% p) Y) A7 ]( n4 VCERT Computer Emergency Response Team.' ~' a/ B& m% U& |7 t& K8 C Certification The technical evaluation of a system’s security features, made as a part of and" P: w1 g; O) H k" M in support of the approval/accreditation process that established the extent to ' ^3 g/ H% f V4 k: ?which a particular computer system’s design and implementation meet a set of # W. S8 Q6 P% pspecified security requirements. / l' B! h+ ?" ]; E7 t- e6 z5 cCES (1) Cost Element Structure. (2) Civil Engineering Squadron. % Z5 U. B( T C) V- i" \. G9 x, iCEST CINC Exercise Support Team (BM/C3 warfighter exercise term).- e! a$ e* V+ j CET Concurrent Engineering Team. # N6 y: o7 q: [8 ?6 S. Q) BCETEC Corps of Engineers Topographic Engineering Center, Location??? / c6 s/ _6 q. t& P+ ]% M" b; |CEU Cooling Equipment Unit. 6 R% o/ j7 @; I6 hCEWG Civil Engineering Working Group./ W0 D4 I) V) Y CFA Center for Architecture (JIEO term).# G0 n% n8 j, @; N* I. ]7 r1 ~ CFAA Computer Fraud and Abuse Act. & o; W( m+ e# X5 ?2 }CFC Combined Forces Command, Korea. ( e* l* o- c3 p2 eCFE (1) Conventional Forces Europe. (2) Contractor Furnished Equipment. 4 { _' B. m7 l(3) Center for Engineering (JIEO term). (4) Commercial Equivalent. a. A+ o3 l% }7 w* f; e7 n Equipment (US Army IFTE term).+ |# \& G5 g4 z CFEL Contractor Furnished Equipment List.2 W5 S D: [+ h# M( z+ p CFI Contractor Furnished Information2 m1 j7 n1 o: ]7 ^ z# |4 Y CFI&I Center for Integration and Interoperability (JIEO term). . s* i# T: J! R% n& b- xMDA GLOSSARY, VER. 4.0 C 9 q- A) ]& W2 U! c! f% G48 # b' B$ H/ Q- oCFO Chief Financial Officer$ H" l/ Z% ^; d! K" ?$ m CFP Contractor Furnished Property. . g$ q" ` U c, H3 GCFR Code of Federal Regulations.1 ~, e% ~! D/ ]- S9 ]+ _ CFSR Contractor Funds Status Report.9 p+ M" f# G1 R0 {3 y" }& ]1 ` CG (1) USN guided missile cruiser. (2) Coast Guard. (3) Chairman’s Guidance( ] @) w, m2 B: Y8 ] (JCS). (4) Commanding General. (5) Center of Gravity. (6) Comptroller; n- h3 R0 [: I- k0 t General.. u) J; C+ }9 e; n( K8 Y) c CGA Color Graphics Adapter (Telecomm/Computer term). / f2 S B) ~$ U0 l d3 O5 A* d! TCGS (1) Common Ground Station (Part of Joint STARS). (2) Continental Ground 7 j, D K y" h, q$ | o1 S0 xStation. $ T! L, h2 m- Y5 iChaff (1) Radar confusion reflectors, which consist of thin, narrow metallic strips of, y( s& \9 T3 m. @/ o* ?( f various lengths and frequency responses, used to create false echoes" D4 r# q h0 _6 s" k6 e. w for confusion purposes. I4 I0 C" s. p$ @7 z (2) Confetti-like metal foil ribbons which can be ejected from spacecraft (or 1 l" S% Q: W U* v t4 f2 Q* pterrestrial vehicles) to reflect enemy radar signals, thereby creating false- H3 r$ |6 b& }" n3 w0 A( G5 A targets or screening actual targets from the “view” of radar. 0 t' ?5 `$ p0 u! M. ]4 LChaff Puff Volume of space containing a relatively high density of chaff. 1 E N0 R3 o# kChairman’s: `9 d+ f% {; ^/ t3 ~! h Program" ^ [& c( r0 x& A# J Assessment 6 ~. _# Y% b M(CPA) \3 s1 T# ^# @1 Z) sSummarizes the views of the Chairman, Joint Chiefs of Staff, on the balance and2 n8 [4 @& C; [0 w( w0 f. {. e3 [ capabilities of the Program Objective Memorandum (POM) force and the support5 T& ?& _- [: ^! U1 D levels to attain national security levels. The CPA assists the Secretary of. p' Q9 C. F; G& O' S5 j) ^ Defense in decisions on the FYDP subsequent to receipt of the POMs.! A. [ S) F ^# p' ~ CHAMP Composite High Altitude Maneuvering PBV, @; D/ F8 Y/ @% T! @% h* v Change Order Unilateral written order to a contractor to modify a contractual requirement within : J) T% `( z# L) t, Gthe scope of the contract, pursuant to the changes clause contained in the, E' } g* q; F8 N0 z" K6 h1 f contract. * E2 U" b$ M; y- jChange of % \$ R, w' c1 s3 O3 JOperational9 e, v* X# ^$ f+ _8 E+ v Control (CHOP) 9 b( e: j+ b! X) y6 L5 p; iThe date and time at which the responsibility for operational control of a force or 4 K( S, s+ x/ H. Kunit passes from one operational control authority to another. ; }/ |7 z+ ?3 H5 N: |" xCharacterization The process of ascertaining the BMDS capabilities. The result of the BMDS 7 x" m: [6 D% o3 H/ b* l. W% y' {characterization effort is a description of actual BMDS capability at a particular 9 C/ v0 J5 ]6 E7 f, T2 xpoint in time. Characterization relies on test data supplemented by analysis to- l. V. C$ v( N9 Z) s" |0 z } establish confidence in estimates across the threat space.1 R1 I3 S D, r' S9 t7 p1 d CHARM Composite High Altitude Radiation Model.* W$ e8 P; S& d, O# A Checkpoint Event or point in time during the program before which decision criteria must be ! }9 {- ~, D4 S- m! [met. If decision criteria are not met, MDA may decide that the program may not , N7 w1 q. i# l1 E+ z' jproceed through the checkpoint. A checkpoint may correspond to an event ; v( C: J7 z# |9 A9 Z2 S" R! `, usuch as a program review, test event, or contract award; it may also correspond: ]3 H. q! X0 n to a point in time, e.g. six months after contract award.1 M+ [6 B3 u+ [' v5 R" M MDA GLOSSARY, VER. 4.0 C8 y: W( o1 b4 q, q& |+ P5 _ 49 6 X: K6 }0 g0 `+ G5 E3 I$ ~Chemical Agent A chemical substance which is intended for use in military operations to kill, / w4 i6 X4 A E( |/ k# Fseriously injure, or incapacitate personnel through its physiological effects. : t9 F; B* d& @/ @Excluded from consideration are riot control agents, herbicides, smoke, and% d6 q/ x, J* ^% R flame.8 l3 Z" h; A+ T) k2 C" Z4 j2 X Chemical Laser A laser in which chemical action is used to produce the laser energy. 5 J8 L( K+ _+ J2 I/ a8 Y! T2 cCheyenne 8 |, C# r5 H; c8 v8 l* B3 w. gMountain z; C) v O/ |2 Y5 \1 qAir Force Base: b* @% p' U4 x+ [) } (CMAFB) 5 T( E, u: R% F) uCMAFB provides the primary facilities for the command, operations, and; w# |/ O I2 B5 I) h; I: q processing centers which support the correlation and assessment functions of/ \& C' ~+ w2 }, J3 ^" [' L4 E the ITW/AA system.& Q% W9 I* i: U) \ CHIPS Clearing House for Interbank Payments.

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CHOP (1) Countermeasures Hands-On Program. Also known as the MDA. u6 i) P* T8 l) R' H# c Countermeasures Skunkworks. (2) Change of Operational Control.4 s8 S; r5 ]" N: i4 G CHS Common Hardware and Software.' {: \/ m5 z; S" p CI (1) Counterintelligence. (2) Configuration Item.2 ^$ e1 ~1 H* t/ ^! V CI (n) Capability Increment (Number), e.g., CI-2, (NMD BMC3 term). 5 A( ?6 Z: B! V" J/ V# PCIA Central Intelligence Agency (US). : j1 u. n" U( h+ [5 T5 ZCIAC Computer Incident Advisory Capability.- L" \* O; c7 b" U7 t' D6 y CIC (1) NORAD/USSPACECOM Combined Intelligence Center. (2) Combat7 n+ z2 S" B) {- x Information Center. (U.S. Navy). (3) Content Indicator Code.- K( m1 B& B8 R: N7 M (4) Communications Interface Controller. (5) Computer Information. w r# z6 `1 J Center. (6) Combat Integration Capability (USAF term). 0 l) ?* w4 w% N, T! e9 e; P( JCIDR Configuration Item Design Review. 8 O# _/ @9 q0 TCIDS (1) Control, Instrumentation and Diagnostic Systems0 v7 d8 t- _' H( L3 l/ h (2) Critical Item Development Specification. . C9 G" `0 }, W9 D! L+ pCIDSE Consolidated Integrated Development support Environment. , f, [% f& J$ nCIEL Certification and INFOSEC Engineering Laboratory.) _ \. ]$ b5 v9 G1 y7 S CIF CINC Initiative Fund.% {: V# s+ O4 ]5 b3 E CIFMS Center for Integrated Mission support (JIEO term). 1 N4 B. y$ \) k2 z& Y" M G- ACIL Critical Items List.2 m6 [, r1 i j( h5 ]5 ?/ N CIM Computer-Integrated Manufacturing.2 x5 |7 e! z3 W8 {/ b CINC (1) Commander-in-Chief, used when referring to the President of the United 2 e# l; B) D% }3 f& M8 {1 zStates. (2) An obsolete term used to refer to the combatant commanders of 1 w+ Z" P1 V8 Imajor commands such as CENTCOM or NORAD. $ J% u( l' C1 y- O+ G7 r- gMDA GLOSSARY, VER. 4.0 C 5 y1 l% J8 v+ n) J' w* Z4 f506 @2 Y7 r7 S k" C+ s( ^8 y CINC Decision ' o+ l7 c9 {. ySet * j- A4 G6 u, p% C7 k8 ZA group of decisions available to control forces, including determining# D" W* X# U$ @0 x# Q2 d operational state, DEFCON, hostile intent, authorizing engagement, selecting/ {( j# N- u5 S: R4 Q) ]: x preplanned response options, withholding weapons, overriding system directives, ) R( {( B4 j( d1 E$ F0 I$ j. Band terminating engagement. ( m: k) w4 N" G( SCIOTE Commander’s Integrated Open System Technology Evaluator. : P5 u8 k# }% M! p HCipher System A cryptographic system in which cryptography is applied to plain text elements of + v( V. o: k* E; tequal length. . r: e% F& I) b$ k5 a' U0 qCiphertext Unintelligible text or signals produced through the use of cipher systems.9 k" N0 m% ~$ P( [ CIPT Cost As an Independent Variable (CAIV) IPT. , o7 ^! m* {) Y9 V3 ?+ s- h5 lCircular Error 7 E+ Q4 i: u& D/ d; hProbable (CEP)7 S9 h+ K0 C, ^: o* s/ b d( ? An indicator of the delivery accuracy of a weapon system, used as a factor in, _3 u9 u- F5 N0 l7 C8 g determining probable damage to a target. It is the radius of a circle within which) c, o& S+ ?* S! ? half of a missile’s projectiles are expected to fall or there is a 50 percent 3 `( k: d2 T- W: S rprobability that a single projectile shall impact.$ b( w& I8 M* H1 D CIRIS Completely Integrated Reference Instrumentation System( I# Q* C7 o+ ^, Q; r CIRRIS Cryogenic Infrared Radiance Instrumentation for Shuttle. 9 p: ]2 E8 F. i: p0 u' \. W9 O9 p, UCIS (1) Commonwealth of Independent States. 8 X; ?# z& v2 p5 J& P( c+ q(2) Common Item Support. . b* k) C1 y! ^" k$ I. K% i+ ?, }(3) Communications Interface Shelter. $ q) b; C. w/ \" S" ^CISF Centralized Integration Support Facility.8 X/ k2 S) J p2 P. @) K CISS Center for Information Systems Security (JIEO term). 0 b0 }/ p" u% M$ wCITE Common Integrated Tactics Execution (USAF term).: z# g5 k1 l Q9 D7 j5 p' b CITIS Contractor Integrated Technical Information Service.* I) T+ ^; T2 p2 h& y" U CIWS Close-In Weapon System.1 j! J/ |; a! t! e2 P CJ Cobra Judy, name of a surveillance radar." b# N a$ Y7 m6 t, w, E CJCS Chairman of the Joint Chiefs of Staff * X; L0 R# @! N! U$ qCJTF (1) Commander, Joint Task Force. (2) Combined Joint Task Force.; M& t. W8 e4 Q* V/ R+ h CL Chemical Laser. 9 v3 r2 y; u: `2 CCLC Command Launch Computer (HARM term). ) f$ ]5 `8 @* S6 {% hCLE Command and Launch Equipment.: B/ O m# H' O* c! e% @ CLEMENTINE A flight program to demonstrate lightweight spacecraft technologies.* Q; N- ?; r9 K6 _ CLEO Conference on Lasers and Electro-Optics (See EQEC).1 b3 b! w/ U x, i; t7 `8 B) z) F CLGP Cannon-Launched Guided Projectile. % f! Q ]* X7 Z. |1 `1 GCLIN Contract Line Item Number 7 f# e% L/ ] d, V5 V1 gMDA GLOSSARY, VER. 4.0 C ; H: S2 V8 y0 ~3 u9 e6 D51 - F* d1 y1 F. K; m0 VClosely Spaced % y" r! l. j0 l SObjects (CSO) 8 L. g! {4 j. \Entire or partial object clusters that cannot be resolved to individual objects due3 _0 s3 M( z5 y3 n3 u4 K8 k' y to their close proximity and/or exceeding the sensor resolution capability due to8 m+ ]" @/ n0 \9 @: `' B: Q ^: o the range or the lack of suitable sensor viewing angles.* Y" w ~% r& I Closure In transportation, the process of a unit arriving at a specified location. It begins 5 X1 W1 {* `- v* ~" U0 j9 O8 ~with the arrival of the first element at a designated location and ends with the ; A. V2 J3 z# z* o3 j# W1 Parrival of the last.( r! z' }0 f5 C Clutter Permanent echoes, cloud, or other atmospheric echo on radarscope. ! l7 r# y2 @1 l6 \2 UCLS (1) Command and Launch Station. (2) Contractor Logistic Support. ; \) J4 q0 v& s- Y& U- L5 pClump Two or more objects that give rise to a single observation, e.g., an extended( }& O8 V* w" v object consisting of at least two unresolved closely spaced objects. 9 d- ?" W6 X y8 TCluster (1) A total collection of objects each of which is within some metric distance( h- [- K0 r" h$ R/ Q5 J, G3 K: | of at least one other object in the collection. 0 J$ K! W; p9 \5 V3 L+ }/ ?(2) A total collection of objects each of whose image on the focal plane of a - A6 m* [/ i0 y s( ^sensor is within some metric distance of the image of at least one other 4 h2 O1 W% o; i8 j6 s7 j4 l! Gobject in the collection. ; ~# |# S5 u; Q5 z4 m(3) A set of objects with similar state vectors (based on truth). For example,! v5 w3 E* @& ]& Z& f; a. G a reentry vehicle and its penaids deployed at virtually the same time from . b6 r# t0 K! Y& t+ C" Ta post-boost vehicle. 4 Y% H% h+ T. y* m" o8 E: S& i# q(4) For BM/C3 purposes, a cluster is a group of objects any one of which4 z' Y$ P$ Y# G/ h can be engaged by an interceptor launched at the Centroid of the - s4 |$ Y, o1 A, X, P' u' K3 [cluster, possibly before the cluster is resolved into separate objects.1 V9 ~% R. [/ o2 v Cluster 0 b, x/ J$ _% [; k" R2 B0 j$ xDispersion - E/ I+ d0 C+ y' n( iThe rate of expansion of a cluster in meters/sec or angle/sec.- Q2 }- |2 D! B! Z9 Y& ?: n Cluster Set A group of object clusters and debris that originated from a single missile./ ?) S7 A' M/ p- G x CM (1) Countermeasures. (2) Configuration Management. (3) Cruise Missile. (4) / p/ k' M- N- v" w! M- S ?Chairman’s Memorandum. (5) Control Modem, (6) Composite Material ( Y+ T6 O8 {, D) P" qcm Centimeter.

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CM/SM Communications Manager/Security Manager.! \3 Q) f% K7 {5 c0 e/ S CMAFB See Cheyenne Mountain Air Force Base. 7 R6 w; @- o, bCMAS Cheyenne Mountain Air Station (replaces CMAFB). N8 T( h/ Q8 w0 V* v CMC (1) Cheyenne Mountain Complex. (2) Commandant of the Marine Corps. ( u$ ~: n: O1 [CMD (1) Cruise Missile Defense. (2) Abbreviation of Command. ! ]: ?* S: B) G+ nCMDI Cruise Missile Defense Initiative.2 ] ?& L8 _- M CMEST Cruise Missile Engagement Systems Technology. 3 Q9 j2 b% d$ L* n5 m3 Z- `CMF (1) Common Mode Failure. (2) Conjugate Matched Filter. @5 K8 W. |6 X$ OCMG Control Moment Gyro; J7 F/ i: y' }, k: L CMI Countermeasure Integration.' @/ J7 L4 w- v$ r( y: W MDA GLOSSARY, VER. 4.0 C 6 q, q# E6 ?% d* O ^52 * q, U7 `7 e& x5 Q; u: M/ H" B) S# u1 SCMM Capability Maturity Model.1 N: D: L1 E7 r$ T- b% S5 A CM(N)CC Cheyenne Mountain National Command Center. / K# i( |# Q6 R. mCMO Central MASINT Office (DIA). % h$ k* B6 q7 p' X- [CMOC Cheyenne Mountain Operations Center, Cheyenne Mountain AS, CO. 0 {/ a5 x+ N' h7 mCMOP Counter Missile Operations Plan.: H; E% \9 V4 K) k: V CMOS Complementary Metal Oxide Semiconductor. * ?" U+ a, ^% ]4 o0 M) a# LCMP (1) Configuration Management Plan.1 m5 p$ i0 Q+ H8 Z7 E (2) Counter Military Potential. " h* Q# n0 z' w1 ]3 L7 j1 Q: s(3) Communications Message Processor.$ J! e0 Y3 g/ d7 K! j9 I! q CMRS Calibration Measurement Requirements Summary- V' [& ~3 I% Z3 X2 ^. X8 i CMS Cheyenne Mountain Support. " K4 B& {1 {6 g* OCMTC Combat Maneuver Training Center, Ft. Leavenworth, KS. ! S; y' `2 c# c$ V, |CMTS Cheyenne Mountain Training System. + O. x$ a; D2 E* F, hCMTSS Cheyenne Mountain Training and Simulation Support. 4 I6 n4 U' A5 Q1 B7 i3 y% J1 [7 bCMW Compartmented Mode Workstation.1 {# I% ~% H4 Y) W+ ? CNA Center for Naval Analyses. . J; h" I7 \/ yCNAD Council of NATO Armaments Directors. $ }2 c( V* W# x+ p3 Z% Z3 |5 }' _CNC Computer Numerical Control.9 V+ n! j. S6 o5 I: Y. k* m CNM Communications Network Manager (C2E term). & G0 [5 x5 x( P; |3 _1 p6 \CNO Chief of Naval Operations.$ H" } E! i8 X' g! n% s$ v. A CNWDI Critical Nuclear Weapons Design Information. " G; S1 c$ X# U/ ^% m$ H# b7 KCO (1) Contracting Officer. (2) Change Order. (3) Commanding Officer. T5 _: @$ J a5 l COA Course of Action. / W% q$ \4 |' O5 `. G% QCOAST Computer Operation, Audit, and Security Technology. ) S0 h- x, |4 nCOB Close of Business. % P$ ~. L4 P; o$ B3 ~Cobra Ball Modified EC—130 OAMP aircraft (see Cobra Eye). 8 M% i) r' {* t: a l) dCobra Dane L-Band phased array radar at Shemya AFB, AK. & @! l9 o" y/ }2 @Cobra Eye Modified EC-135, IR/EO sensors, Shemya AFB, AK. $ r( P# @0 K; }& x8 tCobra Gemini Ship-based S-Band Radar development program with both shore and ship% a$ d1 v7 S2 [+ d: V6 { basing options.. q5 ?4 D* H- j1 o MDA GLOSSARY, VER. 4.0 C" Z8 t* k4 r) M3 Z e n1 x 53 $ y4 T' B) j! b8 lCobra Judy A ship-borne phased array radar.; n Q' `& k, k COC Combat Operations Center.9 q! s* X* H8 C7 | COCOM See Combatant Command.8 I; m, w5 w0 }- I+ w( }' V COCOMO Constructive Cost Model (COEA, now JAE, term). / X3 Q5 C9 O3 n+ c1 g0 LCode Template A software tool used to develop a module for multiple general applications.* G+ F! m3 c) H5 e7 ^/ l. y CODR Conceptual Design Review.( ^ X( u' ]% p. l COEA Cost and Operational Effectiveness Analysis. 6 }6 g9 J5 E4 J) P! X! n6 P! V! Z( mCoherence The matching, in space (transverse coherence) or time (temporal coherence), of 7 ]+ J. a2 ?1 a: u9 V. i7 [2 fthe wave structure of different parallel rays of a single frequency of0 V% D: ~0 y! e3 y+ j electromagnetic radiation. This results in the mutual reinforcing of the energy of ; b- Z& N/ R1 E$ p+ x9 B+ `1 xa larger beam. Lasers and radar systems produce partially coherent radiation. : K: g1 o& q* X8 q* v; ?1 ~COI (1) Critical Operational Issues. (2) Combat Operations Intelligence. 0 r8 \; H2 p( Z- W& K+ N) r* ZCOIC Critical Operational Issues and Criteria.* w* Q* y4 A2 u8 j0 k$ ~* m COIL Chemical Oxygen-Iodine Laser.! y2 A6 w" q8 B5 P! W1 l5 ]5 G Collocation The physical placement of two or more detachments, units, organizations, or 5 G2 P- S, b6 i8 u3 Gfacilities at a specifically defined location. 6 O8 k- x: `2 W& W% `' eCOM (1) Collections Operations Management. (2) Commander. " N/ H% W- V* E/ H. o( ]* UCOM3 Common Communications Components; X9 P5 j7 x8 B" k, }3 R! N- G, m COMAFFOR Commander, Air Force Forces.+ i+ h4 T& e: B5 r COMAFSPACE Commander, Air Force Space Command.; H- _7 A3 m3 V COMARFOR Commander, Army Forces.# m/ d W m* s3 f6 N+ F% P/ s COMARSPACE Commander, Army Space Command. 0 ]& Q; L% a8 V0 {2 oCombat Area A restricted area (air, land, or sea) that is established to prevent or minimize " M- P4 ?) }7 B+ amutual interference between friendly forces engaged in combat operations. 2 U% \: e) J) O& s( Y( PCombat f E- p: R( _) O5 O! gAssessment (CA)2 T. a5 I4 Y9 V0 m The determination of the overall effectiveness of force employment during military " l8 t9 f3 N) j( R) voperations. Combat assessment is composed of three major components: battle- ^' k) ?0 C/ s t' d damage assessment, munitions effects assessment, and re-attack , P' V8 K3 o. j Orecommendation. The objective of combat assessment is to recommend the( i/ G' z( f* ? C course of military operations. The J-3 is normally the single point of contact for5 X( J7 O a9 l9 x. a) E combat assessment at the joint force level, assisted by the joint force J-2.1 i* ~9 ^1 f7 _8 \" h Combat 1 v+ W5 C0 Y% R0 _* GInformation k. ^( u' P/ h1 RCenter: p! B3 l1 w, F& h% C- F The agency in a ship or aircraft manned and equipped to collect, display, - @4 b) Y" Z a, c. z/ A P: X8 Hevaluate, and disseminate tactical information for the use of the embarked flag7 H/ g+ X( H, ?6 _' _: @ officer, commanding officer, and certain control agencies. Certain control,% u8 C3 s6 r/ p" ^' L: _9 D assistance, and coordination functions may be delegated by command to the 1 C7 h/ D8 {) i- Wcombat information center. Also called Action Information Center. . C* D) F# m6 ~2 Z7 X: l) d+ f; FMDA GLOSSARY, VER. 4.0 C : g' l, P: q% ?3 `54 % A7 a8 F5 q8 }; o6 O WCombat+ D# W/ S0 Y8 J j' Y' U Readiness; R1 e( @; v5 E: n Synonymous with operational readiness, with respect to missions or functions : N+ i9 u4 V0 xperformed in combat. 6 B/ n a4 F" k, ]6 i! m7 sCombat Ready Synonymous with operationally ready, with respect to missions or functions( H. M) T; G$ c" S* X( \! H+ w performed in combat.% O" z' N7 R2 V Combat Service # c2 X [+ |4 H0 V @Support , w9 n3 l2 d/ n4 I9 `The essential logistic functions, activities, and tasks necessary to sustain all 9 a5 ~9 o, C- ~elements of an operating force in an area of operations. Combat service support1 b/ e9 z' s; S, M includes administrative services, chaplain services, civil affairs, finance, legal" M5 c0 i( n/ @# n2 a2 U$ \ services, laundry, etc. : E2 _# ^3 W: w! w2 N' t7 R0 MCombat Support Fire support and operational assistance provided to combat elements. Combat5 n) {/ X/ S8 ?, r9 H5 I" I: N support includes artillery, air defense artillery, engineer, military police, signal, 0 O5 J, {' X' I5 j/ h! kand military intelligence support.* d* J. W; r4 ~5 ` Combat System. P# Y! D/ x6 p" _. R- f/ w* K Test Installation j8 g- [! g0 A6 b2 b2 ZA collection of subsystems including weapon, sensor, and information processing) b5 L7 C1 Q0 U) Z- G+ a F V! W equipment together with their interfaces installed for the purposes of early testing 4 O% _8 {$ V6 Y( E9 |# }prior to the availability of a first production item, at a test facility designed to' n. P b7 g+ R" X0 C simulate the essential parts of the production item.

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Combatant d- ?! g+ s6 Y! S6 r4 t2 d6 S Command % h! k2 K6 m: k" p, J* Z(COCOM) 0 d! k0 S4 V% P6 }. }# V4 x, INon-transferable command authority established by title 10, United States Code, ( k: t2 ]1 a9 y* X0 I9 I% P4 Q6 R1 R- x# Hsection 164, exercised only by commanders of unified or specified combatant* d$ Y* G3 H) t+ ~. F- b, Q4 t0 A9 R9 a commands. Combatant Command (command authority) is the authority of a. d6 {* h' b* ~* w Combatant Commander to perform those functions of command over assigned U9 @2 w! ?! j# M9 v' F forces involving organizing and employing commands and forces, assigning ; B; F/ d Y+ n: U, E( Vtasks, designating objectives, and giving authoritative direction over all aspects . Y' V: ^0 q; n# N6 \% K) mof military operations, joint training, and logistics necessary to accomplish the" j( B8 [, T6 Z/ h+ | missions assigned to the command. Combatant Command (command authority)( s/ z3 w) {- C2 Y* [2 D" q8 r; G should be exercised through the commanders of subordinate organizations; * K% J2 a2 C; Q3 x$ g7 O1 c) qnormally this authority is exercised through the Service component commander. , u! n% V, `+ e6 k0 Q. R- N0 KCombatant Command (command authority) provides authority to organize and 7 z$ p: L. w8 N/ M: a6 {2 nemploy commands and forces, as the CINC considers necessary to accomplish4 v6 E1 Q! V% a assigned missions. Also called COCOM. See also Combatant Commander. ; N/ x3 \+ H }1 f* _% y UCombatant ; g! A) f* m* T2 K7 k, ~Commander; ?& n& e+ @ D8 o- q7 z) e A commander of one of the unified or specified combatant commands" w) A' U& T, W' W) X" |( n established by the President.- ?% r* o- |' ^/ N. I! O; x' m Combined8 p0 `4 Y: a. W1 c. g4 `- \3 m Doctrine( P( t" P: P l Fundamental principals that guide the employment of forces for two or more3 S" D# L! z( k2 s! G1 n nations in coordinated actions toward a common objective. Participating nations 3 h0 w/ Q# e M, U( m( y8 v! z: B Vratify it. 3 `' N. s& C- O2 D, h$ e; N; JCombined Force A military force composed of elements of two or more allied nations. 2 H3 Y8 E1 @) k1 M+ GCombined ( u& b: L5 @4 e/ y- SOperation* V( K9 ^$ ]7 T* j1 s. e An operation conducted by forces of two or more allied nations acting together 4 O5 ~" B8 L" Z0 j. T& ]0 Xto accomplish a single mission., y0 v% \( |! N7 K# T COMINT Communications Intelligence.* N4 P, {5 b; y9 \) E+ f2 C8 o. T$ e COMM Communications. 7 K0 Y3 Q" q! |$ g9 vCOMM CON Communications Control / R/ a2 o6 J+ _) K0 Q5 N! \/ h BCommand For command-oriented functions, the authorization required to perform command8 I1 f3 P+ ~2 V9 f& M operations.+ t* I- Z3 c6 ^3 c MDA GLOSSARY, VER. 4.0 C ; z( P1 Z: H% [7 O0 I C: p, ?' `55 8 E6 `1 C/ v5 L. i. z5 h3 PCommand and & E% A: B; _" V- `: lControl (C2)( d3 \+ @4 k) ~2 V$ E$ T) V. a The exercise of authority and direction by properly designated commanders over 1 {& e* d0 m1 M5 G6 @0 w$ L1 massigned forces to accomplish the mission. Command and control functions are 2 [5 I8 j" j- c* B/ ~+ operformed through a hierarchical arrangement of personnel, equipment,& C0 X" M2 C7 y! e+ \- L communications, facilities, and procedures employed by a commander in , C& @# e) j- K. R3 Z+ l: g0 ]planning, directing, coordinating, and controlling forces and operations in the1 d6 w1 t# Q/ t, r2 Q; {5 a accomplishment of the mission. 7 j K/ s& ]; {% ]5 OCommand and ) |6 A" s7 u3 A1 V" d# ? W& EControl Element) m, f3 ^# ~# h; o% @ (C2 E) ; i9 w; U) Y7 H+ X* ]Distributed informed system consisting of processors, software, man-machine: [1 H& c# D& u+ t interfaces, and communications media that provide USCINCSPACE with the+ `% g8 ?2 M- P% v* m5 ^- | capability to plan, command, and control BMD operations. r" r$ Q) z% \5 D- [( Q, v' BCommand and - V; D" ~7 E/ N, VControl System c" _" z, m9 t( q The facilities, equipment, communications, procedures, and personnel essential . I3 s7 f& t4 O+ j1 j$ Qto a commander for planning, directing, and controlling operations of assigned 2 o) Z2 r, ]$ r5 Kforces pursuant to the missions assigned.) h1 A( Z! l' ?' S% f @ F Command Center & A* e( v! a. b M ^+ H* R, ~ F* {(CC)6 {9 w. ], J6 i1 g A facility from which a commander and his representatives direct operations and 0 r$ \& d/ F( h. Y% O6 i hcontrol forces. It is organized to gather, process, analyze, display, and4 J% @& p4 ?4 F, I disseminate planning and operational data and perform other related tasks.& X$ k% b' K3 V0 A6 d Command,( L# F# C+ e) a0 B4 b% T Control, and- s: p/ E2 `; I4 f1 b1 e Communications 3 [0 x: |$ x: XCountermeasure* a0 A; ~* c8 C# P# `( ~" O7 x s (C3 CM)- b' I e3 k6 b( P, i; R* P8 s s- o7 Q (1) Counter C 3 2 F* l" b& J, J0 B– That division of C3 CM comprising measures taken to deny 7 I4 ~: Z2 @8 b5 J2 kadversary commanders and other decision makers the ability to, M" A5 }9 `4 Q E; n: |0 { command and control their forces effectively.( R- l; u0 R5 i9 w (2) C3 Protection – That division of C3 CM comprising measures taken to7 d V: X# r& U& R$ r3 R. G8 X7 W maintain the effectiveness of friendly C3 despite adversary counter – C38 k2 z3 D l$ z2 D8 Q9 b* [ actions.5 H- ~ R4 |+ R: A6 {6 i Command, : a" g, h/ b7 ?$ [+ ?. hControl,4 K8 l) `! `3 ~0 T Communications,1 p3 y, G$ W* q K& m* g9 g$ b and Intelligence \, }+ V4 X9 w* P (C3 I) % k# I" f4 P+ x- E(1) Procedures and technologies supporting command and control,. E0 T# H- z! u F8 R8 S communications, and intelligence requirements, including those, d3 X& H+ a& y2 @* A interfaces affecting systems external to the Strategic Defense System. / K; I+ J' c+ x& A5 `% L(2) One of the four pillars of TMD capability. Coordination of other pillars 9 d) j: S: o# q1 R* v* Gand integration of the entire TMD system into overall combat operations. 2 J# Z8 F( A3 j3 a8 v9 E1 i3 \Command,) ^" x- A0 x* @$ w Y Control, $ v% v- I' y) _6 a i6 L. G) uCommunications, " m+ k1 q. a. Y. |0 v* ]and Computer! F8 B6 ` K3 s9 m: i2 h- k' S6 I Systems& {% N* F: }! [$ y7 t# d (C4 Systems) 2 T+ f) }9 y1 P" Q. R2 eIntegrated systems of doctrine, procedures, organizational structures, personnel,) T: m6 T; q# A( M2 O8 ?' k equipment, facilities, and communications designed to support a commander’s0 {' ]$ z$ `( B8 t, h exercise of command and control, through all phases of the operational4 o! [* r6 Q! O/ w continuum.; a$ y0 D6 c f5 Q; s Command 2 l, X* w& l. h' V8 dDestruct Signal% w% m9 @$ m9 q$ C. \: p, R A signal used to intentionally activate the destruction system in a missile. 3 ?7 H/ q7 r2 ?. m/ w! ECommand1 B, o1 p$ {, |: L( P Guidance2 _: M' z/ h5 Y- y' S8 P0 x A guidance system wherein intelligence transmitted to the missile from an outside6 A! P O% w/ Y/ K7 A source causes the missile to traverse a directed flight path. ) L3 s Y4 J2 B4 W2 [3 F8 z9 J( yCommand Net A communications network, which connects an echelon of command with some' L h: D3 Q. f8 R( i or all of its subordinate echelons for the purpose of command control. , y! V& `# o1 C/ W- ?+ I/ J% SCommand 4 Y. v0 {/ ^9 W7 C& s3 W+ @' ]Verification . M/ `' _- H+ `9 l0 fThe verification of commands from the Battle Manager or Operational0 v: D8 Y0 D! I9 `+ [7 j7 A Commander prior to execution to confirm the command was correctly received4 S( \% K( F" x9 U- W and properly issued. : k, U0 {2 U& K) e9 E5 ^4 ZCommand Post. H2 O* O0 k1 D. ^4 d$ O4 F Exercise (CPX) ) @4 @8 e$ V3 U, A) v4 mAn exercise in which the forces are simulated, involving the commander, his staff,* h C4 K9 f7 Z( m- j and communications within and between headquarters. 1 ^' \; }2 W- S1 s( t, C" XCOMMARFOR Commander, Marine Forces. 9 E. j8 [* A0 j6 t1 r) HMDA GLOSSARY, VER. 4.0 C / [3 c7 T$ k' i56 G* t% n8 _. GCommit The process of committing one or more interceptor vehicles against a target 0 L3 F5 f+ h' J7 {track.; |7 Z# L, y$ p: C4 c( j. f Commitment A firm administrative reservation of funds for future obligations by the local ; i5 m- P! t6 [+ _$ x* Ccomptrollers. Based upon firm procurement directives, orders, requisitions,' _. G# N- f9 ~ authorizations to issue travel orders, or requests.

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Common / F1 [' f) C j% @0 g# r! G* sAutomated 3 K2 _4 `+ d _* a" _" M, e: SSystem ' E5 G+ |" r Q1 P+ RExecution (CASE)# v& F C8 t. C' F An Army segment of the Command and Control Element responsible for the SDS 8 @5 I. U8 _# c0 N% S% jfunctions which task the associated sensors and weapons (e.g., WTA) and6 m8 `$ |! [! N1 i U process the information resulting from those taskings (e.g., perform multi-sensor5 H/ V2 m w' `# T* X/ n/ w track function). Expected to consist of survivable computer hardware and: o* ^' x( o$ c software.+ y+ |# d3 x; ~9 k. D: l Common 8 i9 b$ d5 i# t4 @4 l2 wIntegration and8 u, t0 ~, N* C Tasks Execution , |: V2 h/ O2 v: ]3 P6 S(CITE) $ ^, _2 p7 y$ ` YAn Air Force segment of the Command and Control Element that performs multisensor data correlation and tactics execution for space based elements. 8 q; b: y# K( qExpected to consist of survivable computer hardware and software." H2 }% a% n6 d& R, K% F2 g$ Z9 l Common Mode - \) c5 g" _8 y+ ^: `Failure & X3 u3 ^; P- Q3 S. X4 e+ N) BA type of system failure in which diverse components are disabled by the same % J' R: b/ A" a$ x; dsingle cause. 7 e: Q0 @! M7 f2 K) \; l, }Communication ' U% ?( Z1 G: E D; XControl Character2 N' M) i# j. f4 A, L A functional character intended to control or facilitate transmission over data 7 p" F D- z# o% ` `0 knetworks. There are 10 control characters specified in ASCII, which form the: P9 z& o; w/ r( O1 Z7 c basis for character-oriented communications control procedures.: B$ p7 F5 B: U Communications" B1 e9 X9 O* T; L Data Base/ `: S6 U, E+ B$ @8 T% j, d Communications data files and updates including, but not limited to, 5 b9 X) G, I. K- `; icommunications message file, network management file, information ! j" t8 q- Z0 c) O% j# t8 R) b# qmanagement file, link quality file, synchronization file, security file and5 T M0 ]2 S: n; Z6 ^2 L communications health and status file. {4 ^' d( }2 \ ]9 PCommunications* P/ H% f8 s/ P! y8 a% A# F: n3 H Intelligence& n# w& Q1 M# k1 F9 b1 |7 w (COMINT) ) V7 T3 ^% x% h0 sTechnical and intelligence information derived from foreign communications by: H, L) }6 T& \$ F# G' D) M other than intended recipients. 8 F2 u6 {2 A: A: mCommunications % j4 j4 ^. d1 XSecurity/ T# |% x/ }: i; x; ^( q (COMSEC) 3 m9 x# s. B- s: RThe protection resulting from all measures designed to deny unauthorized, g* E: ]7 _9 z# f, N! [ persons information of value, which might be derived from the possession and 2 i. I+ J5 M2 ^; Rstudy of telecommunications, or to mislead unauthorized persons in their. R/ I% `# `, N. C interpretation of the results of such possession and study. Communications7 ~/ q9 t9 b- R3 y( M security includes crypto security; transmission security; emission security; and! U0 ~5 h# i M. P: j physical security of communications security materials and information. & ~' C& h5 L: x7 rCommunications5 [# Y% B8 Y& m) L System Segment ; k" Q& H2 J7 s* F) M1 a; A(CSS)# t6 @" V7 u, t5 [' C a3 M The communications front end for all Cheyenne Mountain Air Force Base. R- r8 r1 Z" g0 C( m6 {5 ^, b- K (CMAFB) missions for non-common user traffic, performing circuit and message 5 f( |3 [& w5 v+ C0 @) iswitching.9 m8 T8 q- O: d3 b6 e Communications # l/ H& U& q9 ~$ USystem 3 p! A- D' Q5 y; H- jSynchronization7 m5 P+ W6 b M Coordination of timing among communications system elements to permit3 r7 Z/ ~. y7 C, o3 ], j& U transmission/reception of messages/data which may be distorted by time delays j% `5 {! a) Y6 aand Doppler shifts between communications nodes. @" {3 u5 c G) G$ Z2 H3 T6 MCommunications T h8 d. j, ^ Zone, O" b2 P" P! T1 u Rear part of the theater of operations (behind but contiguous to the combat# p U2 ?8 o$ Y+ y: P& X- | zone) which contains the lines of communications, establishments for supply and ' I$ N; w: G/ H! levacuation, and other agencies required for the immediate support and ( v) G; E$ w, z9 Vmaintenance of the field forces. ! T/ O5 e/ p+ I/ L5 B2 \& e+ O. _. HCOMNAVFOR Commander, Naval Forces. * i+ p6 M6 a, Z0 J1 zMDA GLOSSARY, VER. 4.0 C' g- V( h6 d6 v, U% p 578 [6 S& t. X+ C7 z P! v1 e COMNAV-; Q' u7 C. \7 K: F; A( h0 Z SEASYSCOM9 J) x6 y: p7 ^2 ^$ g Commander, Naval Sea Systems Command. , q0 q& f: ^. v/ j# cCOMNAV- 8 _/ t; ^' O' C# m% K0 nSPACECOM 4 E$ b& c5 N' s( N9 U! dCommander, Naval Space Command.3 T' m- @- r4 ^% k! D; e- S/ N- V8 J COMNAVSECGRU Commander Naval Security Group.1 S3 p& q( X) d6 i( `* }" C COMOCK Computer Mock-up ^0 s f: h, M- ]( @# V! ` COMOPTEVFOR Commander, Operational Test and Evaluation Force (Navy). * K2 v4 P h+ ~( RComp Completion. 9 p* S/ t% {* rCOMPASS Common Operational Mission Planning and Support System (Army term)0 o, t1 w0 @# [! m COMPES Contingency Operations/Mobility Planning and Executing System.4 ?) G& U# E9 W- V6 `6 G Component Subsystem, assembly, or subassembly of logically grouped hardware and' d" A" y$ I9 r2 K. t0 b, @ software, that performs interacting tasks to provide BMDS capability at a 7 B; ^5 k: h# g' t vfunctional level. 6 q& p& f7 n) z4 dComponent 6 r: }: t% S- H3 p! N9 T0 b" u; A0 |Acquisition 9 H- ]+ M( S& p+ z" k9 dExecutive" N: W# m+ l1 K( V( e+ E* x S' C A single official within a DoD component who is responsible for all acquisition' q1 k/ r. N: L* P( i" I6 u functions within that Component. This includes Service Acquisition Executives 1 X8 V4 ^! M0 W: Mfor the Military Departments and Acquisition Executives in other DoD components3 c/ [! C0 H' D: l/ K2 o that have acquisition management responsibilities. 2 d& [# q5 v( }& l/ T$ BComponent' A4 R6 c3 G% g% B Command W1 y: V0 N- I- q4 `Centers* M4 Y! `/ }1 z! U. ?, W+ ` The Component Command Centers (which will contain Army and Air Force ( @. F8 `$ J e" p% { vunique capabilities) will be capable of supporting the USSPACECOM Command # i- e6 d+ D0 D6 yCenter and distributed Operations Centers by functioning as “Hot Backups” to. Y+ N. O# B( Z4 {- R provide for BM/C3 availability and survivability. The Component Command - q7 D6 U' N. c2 W) dCenters will be capable of executing real-time control of BMD engagement : z/ h' w- i- T7 Yoperations. 6 ^2 c8 i: D2 U* y9 P2 h& OComponent @, s) V2 [, X" O4 P7 y Program 2 e, l% W$ B2 }* mA major defense acquisition program delegated to the Military Department of- }' s$ i) Y5 K Defense Agency for management.3 S* i* x& }- c2 \ Compton Current Electron current generated as a result of Compton processes. (See Compton$ p3 r2 A; e% ]! z' S3 H Effect and Compton Electron.)3 b% ^+ l; r; e Compton Effect The scattering of photons (of gamma or x-rays) by the orbital electrons of atoms. ) o/ v; P* U9 c; ?! u9 H, QIn a collision between a (primary) photon and an electron, some of the energy of 9 V9 l! X* }' ]7 m" \8 ^. mthe photon is transferred to the electron which is generally ejected from the& n0 t3 W. b$ ^( e" o% K atom. Another (secondary) photon, with less energy, then moves off in a new 0 a) m+ ]' W: R/ G4 i/ Vdirection at an angle to the direction of motion of the primary photon. (See 1 T z# E5 x: i T% tScattering.) : v; D4 ]) T7 a/ ^Compton 2 y" }; ~- g9 q6 g2 VElectron 3 c3 E- \! T! q' P0 NAn electron of increased energy ejected from an atom as a result of a Compton9 i; I6 U% ~- n6 K# _% [3 P interaction with a photon. (See Compton Effect.). s4 ]1 x/ H+ k: E9 _ MDA GLOSSARY, VER. 4.0 C ' p. U# v# Y7 I0 J$ W: w1 K. _58 0 T3 c+ n. Z+ L9 K* a( A0 }Computer ! Q r+ U0 j; j3 F$ j/ dSecurity6 i+ ^' `2 V; i, E, P# R, h) B0 w$ { (COMPUSEC) . H4 g9 Y7 i2 KThe totality of security safeguards needed to provide acceptable level of 8 c( `6 k! E# W3 p/ jprotection for automatic data processing (ADP) systems and the classified data9 \8 E) E4 s$ {& G/ G# \, A processed. Includes all hardware/software functions, characteristics, features;0 _; B2 X" I2 ~" q; b: } operational, accountability, and access control procedures at the computer and1 C) Q- d; R4 g( k, y: y remote terminal facilities; and, the management constraints, physical structures,' B0 X% }; j/ |# V. _5 _ and devices needed to provide an acceptable level of protection for classified0 p5 Y" T( E* F0 r+ x information in any state of storage, processing, display or communication within # V" T0 ~; ^% nthe ADP system., _$ Y9 R3 Q, m9 n3 i Computer ) n7 ]9 T. C' I; v7 V8 R! WSoftware3 j$ A6 w* `7 ?. E( { Configuration : P* W3 Y: P; xItem (CSCI) ( B4 G, D- @# D T8 D% UAn aggregation of software that satisfies an end use function and is designated! ^+ A- z5 C# _" C8 T8 H+ d by the Government for separate configuration management. They are selected' U y! w: s# F. |3 g: J based on tradeoffs among software function, size, host or target computers, # P. Z9 d/ A/ B2 gdeveloper, support concept, plans for reuse, criticality, interface considerations, 5 U. j2 |; D5 }* f; d5 I+ A) ineed to be separately documented and controlled, and other factors.

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