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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; F; Y% \( E0 G# s. m Missiles of all ranges and complexity. (MDA Lexicon) ' g- y& z; E: o+ k(2) This term is used to designate a portion of a multi-message packet that is' D1 A( X3 {1 t, y6 c" L2 D2 v dedicated to a message contained within the packet.6 w0 q4 K8 d+ E4 n7 B Block Check + o( G& `# B5 G) N" z) ^+ RCharacter (BCC) , l' Z2 d0 [! _. W2 {The result of a transmission verification algorithm accumulated over a# I8 O4 Z7 O8 r! E! Q transmission block, and normally appended at the end, e.g., CRC, LRC. ) L" T/ Y6 b0 O' `. J PBlock 8 A" Q$ M3 \' g& z2 i1 T# b4 [Enhancement* l6 z7 x( [/ j( Z9 W+ q Plan (BEP) ) `! p% W/ W# K: ~% A. }9 ]The BEP documents Ballistic Missile Defense System technology development # n& ^- C- B* N* o1 f( ^ q# ^objectives and defines the steps necessary to achieve those objectives. The % u# i/ n8 ^# \" ~, v: `BEP replaces the Integrated Technology Program (ITP) Plan and will document) Q6 r1 k( p6 h1 b: w# K all technologies within MDA that address identified needs within the BMDS" D3 Y" G9 D8 D$ w: _6 T Capability Space or support MDA Technical Objectives and Goals. , Y2 J$ m1 q; p$ VBlock Manager The individual selected to exercise management over a development Block.4 O9 t) I# z) g, r% V0 b BMDS Block management includes decision points at which activities will be( g2 N% M1 A1 L- @" C& p evaluated on the basis of effectiveness within the overall system, technical risk, % A9 f( ~) O3 n& g. w% l Ddeployment schedule, and cost. From these decision points the Block Manager 1 R Y+ w" g4 @1 S1 v7 c# G m" ?will recommend whether developmental activities will be accelerated, modified, or A+ W' O* B# s2 N' Jterminated depending on progress and promise.! o6 t0 f. D6 g8 T0 r+ i3 a2 n0 i N Blue Forces Those forces used in a friendly role during exercises. ( Y( t1 e l) u% f/ A& W$ Y- H; WBlue Light Stand alone network development program $ G0 l1 `% L3 A4 k, jBM (1) Battle Management. (2) Ballistic Missile. 6 W$ i- W0 m5 j* z) i& }" MBM ATD Battle Management Advanced Technology Demonstration 4 f) W8 @: r2 [3 z" GMDA GLOSSARY, VER. 4.0 B ' P5 G- X% @0 |. @0 m35 7 k" u; J" D3 X2 C$ n$ H$ Z oBM/C3 Battle Management/Command, Control, and Communications. See also4 v- f. R6 d1 N! u CC/SOIF. 7 r& n: @' Q% N- E7 OBM/C3I Battle Management/Command, Control, Communications, and Intelligence.- A& ?3 H. ]; K; { BM/C3 WG BM/C3 Working Group.3 m9 a( z8 ]6 A6 K BM/C4 I Battle Management/ Command, Control, Communications, Computers, and1 m4 f9 W- c6 r6 p9 o) B( U Intelligence. 7 R/ N' r5 h' ]; y$ yBMAAT Battle Management Architecture Analysis Tool. 0 c" ?% F& t4 {# f1 \5 R+ B( FBMC Battle Management Center. 1 t# ~4 d! E) A( ^3 F# WBMD Ballistic Missile Defense." m( \/ x2 e* x. d d8 S, @* L' ~ BMDA Ballistic Missile Defense Act. + h+ Y6 j$ l# }* H0 H& Y/ \BMDAC Ballistic Missile Defense Advisory Committee. c0 V; ^ I* w; h BMDAE Ballistic Missile Defense Acquisition Executive. ) Y i; ]% f$ D4 T5 N& _7 H; lBMDARC Ballistic Missile Defense Acquisition Review Council.; ]7 l' K$ d V% h9 |9 @ BMDATC OBSOLETE. Ballistic Missile Defense Advanced Technology Center, Huntsville,; W/ P d) h" } AL.8 I8 O( {6 `3 p; h7 u# b: b8 P1 N BMDCC Ballistic Missile Defense Command/Control Center. * B1 h$ S1 k) y& O9 LBMD Element: d2 g" R+ ]1 N3 T Program8 d, |) w4 E( G/ c( k/ ~3 o+ u Manager (PM) ; |9 S7 e3 P% y8 w6 {6 dA highly qualified individual responsible for day-to-day management and& |& K* p2 c1 W# e execution of a BMD element program consistent with PM authorities and$ d! t8 k" M+ q- U* X0 N8 U* o6 L M responsibilities documented in DoDD 5000.1 and DoDI 5000.2.4 X1 W+ t$ u* i& K$ H BMD Event) |: W$ H: t( n6 c& o5 b0 B Assessment 3 W! C& p8 o: n% N% MAn evaluation of information that determines the potential or actual nature and # H7 p# s* m4 U3 u4 V; L9 Yobjectives of an attack for the purpose of providing information for timely 4 c* }! ?) N" c2 F4 u6 r! q0 k( W9 V1 \decisions. Event assessment for ballistic missile attack begins on receipt of% _2 ]) u' H( f- ~4 P/ V, R event assessment information and continues throughout the attack. The9 m" e* c, F8 G objective of event assessment is to determine the origin of the attack, the 6 V9 _3 y7 `3 v, ~country and/or theater under attack, the number and type of missiles/RVs9 e8 N; N+ Q; `: } involved in the attack, and what specific targets (impact points) are under attack. + S/ H' @0 ^% F' WThis determination may be made based on attack assessment quality launch $ n9 r) Y- @0 k6 ~and impact messages from external systems, information generated by BMD 9 U( j7 v7 G! g! Fsensors, or any combination.* P: S* k4 B8 l7 I, I/ o1 R8 O BMD Event: Z) g/ |8 P. c0 m- C* M Validation ) V0 g( p4 O- c# x5 g* MThe human evaluation of whether an observed event is real or false. It is a0 V- o- z( S- ~. i% y2 M+ O4 v1 } statement of validity of a warning event determined by a human analysis of - q1 _2 v/ y& ^# {equipment, operational environment, and personnel actions. The basis for this 7 Y% p1 ], }6 n) s6 J: y' W. \judgment is dependent on both of the following: first, in the judgment of sensor 9 [9 G' C7 }% v: f& y1 zsite personnel reporting the event, the data exhibits characteristics consistent 3 P# Y! }; J; q; M4 twith pre-determined phenomena attributed to an actual event. Site personnel , w3 d( d$ H; u y3 y7 nactions, and hardware and software performance, are determined to be within 2 H: m/ k& N+ y8 j3 f0 e6 Aestablished system operation specifications. This is a valid site report. Second,# ~* [5 f5 h9 K/ r8 n8 W when a site report is received at the BMD operations center, it undergoes system! l; O# X$ D" J6 s% l report analysis. This process may change the valid site report based on * ` S1 u1 C d- ~$ sadditional factors such as other site reports, intelligence information, and other % N+ B5 q( c, g- M( D( b, B) X5 mdata. Only after this process has been completed can a determination be made 2 K* X! {( Q. ^2 F/ A1 Yof 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- R4 K# b' [9 J. M& p 36 $ o" T/ i# C3 TBMDM Ballistic Missile Defense Monitor.: A6 l4 m9 L% c BMDN Ballistic Missile Defense Network. Encompasses the mission-oriented local area" J' x. i2 J/ K- o8 t3 b" x# u; |& d and wide area networks, facilities, hardware, software, network control and ) g# Z8 U2 |5 i) _# x5 bmanagement procedure and capabilities used to link MDA and the scientific and + c$ `& b" h+ t) Wtechnical laboratories and DoD facilities (collectively, the National Test Bed) that, z6 ?( b% j" O. j$ n support missile defense systems development, test and evaluation, and* B( s l h k acquisition. The Joint National Test Facility (JNTF) at Falcon AFB, CO serves as! I" L" @/ o t9 r the Executing Agent for the BMDN. . `4 @: s$ W) e0 T2 @2 g6 fBMDO OBSOLETE. See Ballistic Missile Defense Organization.+ O3 @% s& R2 J BMDOC OBSOLETE. See Ballistic Missile Defense Operations Center. 6 S. T+ j' @; b8 B& @BMDOICA OBSOLETE. See BMDO Independent Cost Assessment.7 l$ j; o- }1 N. c BMDP Ballistic Missile Defense Program.+ U& J7 l' G& H% n BMDSCOM OBSOLETE. Ballistic Missile Defense Systems Command (now USASSDC). % W% J: I* @8 m* iBMEWS See Ballistic Missile Early Warning System. 6 Q% @* P( M- \* |9 RBMIC Battle Management Integration Center.6 k: f( {. |& F; B BMO OBSOLETE. Ballistic Missile Office (AF). % v( d1 g. D2 q8 l% m5 |, [) }BMP Battle Management Processor (C2E term). # M) f! @4 o. C, c" FBMT Ballistic Missile Threat.; s& _/ b% c: L( G3 `3 H" @9 [0 \ BN Battalion/ H p) T/ E! s! i& u, x BN HQ Battalion Headquarters (USA/USMC term). ( G! j4 s' T( o7 ?7 FBN OC Battalion Operations Center$ Z- ~- R; m8 i s, c. K8 M BNL Brookhaven National Laboratory.$ g. {% f6 m/ [- l' H) W BOA (1) Battlefield Ordnance Awareness. (2) Basic Operating Agreement." j. {2 O, ]- H$ K% m BOD Beneficial Occupancy Date (FAR construction contract term).; b/ }& {5 @& }: I8 U5 a. w, \# B9 b BOE Basis of Estimate. " Y- m2 L# {$ CBOIP Basis of Issue Plans. 9 s6 F$ R: R+ i! e! `$ CBOM Bill of Material* q! S8 O* i+ w6 c$ @1 C! @: H& ~; A+ _ Booster An auxiliary or initial propulsion system that travels with a missile or aircraft and ; X; _, c$ v! g; B( Ethat may or may not separate from the parent craft when its impulse has been2 e( g e! {% B* M& y delivered. A booster system may contain or consist of one or more units. Z4 O: V7 g) O% [$ Z/ d5 I% n8 L Booster $ y0 @- r7 r" P `+ EInventory6 q$ |" c, F* o. t! [ Total force inventory. 5 m$ A; I6 O5 K, w7 c9 XMDA GLOSSARY, VER. 4.0 B. p1 n1 V$ l5 D! c/ ] 37 . w2 Y {; p/ YBoost Phase The first phase of a ballistic missile trajectory during which it is being powered by 9 x" \7 [ ?% ^0 R& Pits engines. During this phase, which usually lasts 3 to 5 minutes for an ICBM, 2 X- E8 X5 h; G5 Uthe missile reaches an altitude of about 200 km whereupon powered flight ends- L% B7 \" L$ T$ J& Y: ?# c+ L and the missile begins to dispense its reentry vehicles. The other phases of % ]7 g- ?+ _$ d2 k! F& xmissile flight, including midcourse and terminal, take up to the remainder of an p6 Y- c/ r1 n7 L: x* }# G5 |) zICBM’s flight time of 25 to 30 minutes. (USSPACECOM) ( \1 }% f. Q9 g- z+ tBoost Defense * N$ A: ~& s8 c' o5 r& SSegment (BDS)4 l/ G3 R' G! \1 ?* G$ E1 e The portion of the BMDS that defeats ballistic missiles in the period of flight prior 5 j9 \, u7 t3 t* S& {to the termination of powered flight. 6 \* |; w% K$ K6 u1 k' ABoost* Z: [5 J. i" c4 X' j( [ Surveillance and$ v( r: Z# v( n Tracking System7 {- |" ^, H1 A) D P- r! Z2 |0 X (BSTS)/ M- s# k- P6 W: w OBSOLETE. An Air Force sensor system in high earth orbit used for early2 p2 S. f7 v$ G2 z0 V' x warning, tracking of ballistic missiles, and attack assessment.! E8 x1 G& M7 ` l BORRG Ballistic Missile Operational Requirements Review Group. L! F0 m* T j; c' IBOS Battlefield Operating System$ h2 n2 n' I; w9 Z& |% c BOSS Background Optical Suppression Sensor. * [ s/ k& h; M9 t GBottom-Up- a1 {# l) \# C3 F& C* ?* g# P( N Review (BUR) 4 W, v: j8 Y8 K; `A comprehensive review, initiated in March 1993, of the nation’s defense" z3 O- G. F$ z( |4 B strategy, force structure, modernization, infrastructure, and foundations. The+ Y( I O6 C1 U& R: k* n BUR examined U.S. missile defense requirements from a perspective of ! j0 h2 a% S- ]' D; @9 W; o+ n* E, hidentifying options that could meet future needs at an affordable cost. ' @' l7 g }& e7 ?BP (1) Brilliant Pebbles (2) Boost Phase. (3) Battle Planning.& i7 _$ E6 Z3 o1 B BPAC Budget Program Activity Code. 2 ]& `+ {3 e3 i. jBPBM Boost Phase Battle Management.) h' I! A( B& }, r: c' I BPHIT OBSOLETE. Brilliant Pebbles Hover Interceptor Test.9 ?1 j3 ?% h. } BPI (1) Boost Phase Intercept. (2) Boost Phase Interceptor. - K1 \; s } ?4 bBPI/E Boost Phase Intercept/Exoatmospheric Intercept0 Y! z) f4 y9 R7 Y# ^1 T& ]' \ BPL Boost Phase Leakage. ; N \; T" L" u3 ?& y- A% `BPM Business Program Manager (Acquisition management term).8 ?9 V! X% K+ w0 X- b BPPBS Biennial Planning, Programming and Budget System.3 o- c' _+ j$ s BPS Bits per second (TelComm/Computer term). + x) M- M" k" P) ]3 JBPT ATD Boost Phase Tracking Advanced Technology Demonstration.) J; [- ~& _% N& B' E BPTF OBSOLETE. Brilliant Pebbles Task Force.8 l: f8 Q( i2 m3 Y# P3 { BPTS Boost Phase Tracking System. p( B) r. o% Y# d K5 G BPX Battle Plan Execution. 9 f, u: |3 q4 N; cBRAC 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 + J- J4 P. A* n38 : _' K: L% T9 v: H5 fBrassboard ' ?6 N3 P6 j* O: Z; i/ nConfiguration % r' m7 r! Y# X8 HAn experimental device (or group of devices) used to determine feasibility and to : p0 ?$ \5 Y' ~& o7 Qdevelop technical and operational data. It will normally be a model sufficiently W1 }% I9 F! G' T' S" X hardened for use outside of laboratory environments to demonstrate the- N) _3 c) j2 K F5 _7 z technical and operational principles of immediate interest. It may resemble the ) U0 R3 x# @( vend item, but is not intended for use as the end item.7 Q3 v7 W$ v6 U8 p. ] BRDI Baseline Recompetition Document Integration; a. L% Z/ H5 N& L7 a7 v Breadboard* d" m5 L0 W& m$ {- B$ B3 x& V Configuration - N$ g# O( w$ U$ x0 r/ ^An experimental device (or group of devices) used to determine feasibility and to : p+ y# Q% t2 ?7 E Hdevelop technical data. It will normally be configured for laboratory use to ; d4 d; m/ q. [7 o3 Q# [9 e( ~demonstrate the technical principles of immediate interest. It may not resemble ' P" W" n* C& p3 u a) q- dthe end item and is not intended for use as the projected end item. 8 {/ a) S, r, B3 m: M$ GBreakout Execution of acquisition strategy to convert some parts or systems components y. \2 o2 f7 _5 K8 H* b from contractor furnished to government furnished. Rather than having prime. t$ H& R9 b. t contractor provide from its sources, government goes out to industry directly and 6 Q. ~$ j' c1 g! i6 w* Iprocures items.+ v; h/ Y7 Y" g3 h; t Break-Up (1) In detection by radar, the separation of one solid return into a number of( W. e7 D: g" s5 W individual returns which correspond to the various objects or structure' u9 X: k7 ?- T$ o+ A& [ groupings. This separation is contingent upon a number of factors,/ c) c6 j+ W X/ {8 p- q' H including range, beam width, gain setting, object size, and distance9 c5 A6 f& ~+ O2 A t" h between objects.0 J3 x& T1 ~. h- M% R+ b: G (2) In imagery interpretation, the result of magnification or enlargement; o4 F+ \" r6 C A- l( o( X) y' [ which causes the imaged item to lose its identity and the resultant Y. p) p. g4 B% Y* m Dpresentation to become a random series of tonal impressions. - q8 m8 P3 j4 O6 jBrightness The amount of power that can be delivered per unit solid angle by a directed3 R. B- r' R% {0 A+ S q energy weapon. As used in the BMD program, brightness is the measure of 9 }+ j& l, o, Wsource intensity. To determine the amount of energy per unit area on a target, / B9 T9 D& Q' A$ R& P# lboth source brightness and source-target separation distance must be specified.* `; w+ u# m+ t4 ?1 i5 p7 g Brilliant Eyes6 u1 l5 d- O! Y- a# {* u/ o I5 k (BE) 3 y# P6 H* A* ]% M! N9 QOBSOLETE Successor to Space-Based Surveillance and Tracking System % ^: ], X2 E; Q. |; ~) Q9 g1 W(SSTS). BE is also known as the Space and Missile Tracking System (SMTS),7 m- e& n, i1 N; N; \ and is now the LEO element of the SBIRS. See SBIRS. # h1 s( i8 W: m! w6 GBrilliant Eyes$ A$ z1 ?4 u I2 y; }2 H Probe (BEP) 4 u. @ R1 h) p |# D) U+ bOBSOLETE. The BE Probe is a concept for a ground launched probe version of 2 ~6 t- u& q6 Dthe BE space-based satellite, analogous to the obsolete GSTS, that would 0 i& l& h8 _# g; ], Y7 i! gleverage heavily the applicable BE Flight Demonstration System (FDS) , B# @9 a3 y! D9 ndeveloped equipment. BEP could be developed and deployed on a shorter ( K3 S+ E* t5 Y! S) m1 A1 O: Bschedule and could provide interim above-the- (radar) horizon threat tracking and* h% E, @# o1 ~5 p* p S3 i pre-commit for the interceptor. The concept requires the addition of non-FDS " e* h; D0 y9 ~1 s& Y' K* ^ P, RLWIR sensor to a sub-set of the existing sensor complement, and is part of# S4 ~, |+ R `* r6 h' p3 a potential Contingency Deployment Options. Also called the Ground Launched0 l& M# P" Z: t8 e: F Probe (GLP)./ ~. e, [, \) L% b Brilliant Pebbles % o* d2 G0 y( ~6 J3 W; U(BP)3 r9 h* j& @7 n' @( B. X OBSOLETE. Proliferated singlet space-based weapon with autonomous8 C, ` q* x4 Q( E E% t+ [) M$ @ capability. (Now a subset of the Air Force’s Advanced Interceptor Technologies& }, }+ r* K5 R3 z7 ~ (AIT) project.) ! y4 W) ^' K& Q3 {1 [ JBroad Concept/ R! ?3 v( p8 ]' h, M of Operations ( J! l( X) T0 `(BCO): i: b8 H; S& y% G An approved USSPACECOM planning concept for a complete SDS. It is a toplevel concept that is detailed in specific Phase Concepts of Operations. * G5 z2 [8 x+ [" `, P2 |* k |5 HBRP Basic Research Plan.0 W2 p8 O+ S. k* k MDA GLOSSARY, VER. 4.0 B( }( [+ @9 ^4 t! ~4 S7 R4 [ 39 7 }! W5 p L t& bBRV Ballistic Reentry Vehicle. " X. U- J; F1 i/ }7 W" m- l7 BBS (1) Battle Staff. (2) Broadcast Source.5 W# B$ d( }* g6 ], ^ BSD Battlefield Situation Display.: R2 D# P; x% B) G, S; Z' T5 ~& n BSL Base Support Listing. " d2 f2 z4 k1 ZBSTS See Boost Surveillance and Tracking System. 7 S4 ]6 k* B+ D0 J* eBT ATD Booster Typing Advanced Technology Demonstration. 9 R; S) V9 q' F1 mBTH Below the Horizon.! J! K. x1 y. f# y4 ]! P7 ^ BTI Balanced Technology Initiative. 8 E, D1 w/ e- Y+ Q6 tBTOC Battalion Tactical Operations Center (PATRIOT). ) X- [* d4 e* R7 M6 M; RBTRY Battery. 1 b5 N9 I3 z! \2 s) }BTS Baseline Target Set. An MDA-approved listing and description of ballistic missile 4 x" L& Z+ @' {targets, which have been (or are being) developed to meet a variety of target / A! z5 M2 W8 J& C7 v: jusers’ needs, validated as threat representative, and accredited for specific ) \! q) X& L2 D' `applications. 0 \: n& n* W3 S; g0 |# SBTTV Ballistic Tactical Target Vehicle." M/ Z- _: w7 c; w/ [2 s BTY Battery. 4 {6 n2 F R0 L$ t) z" ~: w8 ?Budget Activity (1) A budget activity is a major subdivision of a budget appropriation, 2 Q. l. i4 K7 q) egenerally in mission areas. It records estimates for a component function" N4 D v1 d% J) x$ \ or activity to be funded by the appropriation. (2) Categories within each4 }9 u; ^7 s! v appropriation and fund account that identify the purposes, projects, or 3 H7 u. \* `( _/ n$ J3 }0 \ k3 |types of activities financed by the appropriation or fund.& C0 x, S! ]0 ?" ` Budget Authority Authority provided by law to enter into obligations, which generally result in* c! w \9 D6 o8 `, g I* V/ j immediate or future disbursements of Government funds. It may be classified by& B/ d p) K2 `8 p5 e the period of availability, by the timing of congressional action or by the manner# c( b# I0 z0 R1 n( U8 b; G9 o1 L of determining the amount available. Also known as Obligational Authority.- z4 y) w3 P2 I/ L' F$ n* L Budget Estimate Cost estimate prepared for inclusion in the DoD budget to support an acquisition: w0 h; q: b" g7 Z' H8 F/ s' l program.

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24#
发表于 2008-12-25 20:00:26 |只看该作者
Budget Estimate# U6 S/ R" A3 h% [7 E5 W Submit (BES)+ Q4 c" m1 r1 t- Y The service submissions to OSD showing budget requirements for inclusion in- A- a( R- U J' O4 C9 E/ K: W the DoD budget. Every other autumn (even years) for two-year budget, every4 Z' y! M* `) f0 b/ I6 h; ? autumn of odd years for amendment to second year of previously submitted twoyear budget. ) ~) G2 ]) ]& ]5 `& l$ `+ IBuilt-in Test9 A& j) g+ ~& b. R. Z3 l Equipment. F- ~ o: K9 p (BITE) + F7 I$ ?* _# M$ l9 I/ S5 Q7 cAny device permanently mounted in the prime equipment and used for the1 P* P$ h/ j( n2 A express purpose of testing the prime equipment, either independently or in & ^; l3 Z$ f9 p7 P2 j, lassociation with external test equipment.3 d+ n$ [0 S& {8 k- b Bulk Filter The signal processing rejection of detected signals as not being related to3 Z I5 T. U- e- w2 [3 D8 | objects of interest. The removal of sensor observations from the track files that8 |. u4 y1 e* ~" w" F: J& M7 Z can be readily assessed by location or signature as non-threat (e.g., stars, boost ( J1 N- ~' k5 _4 [% |) Efragments, etc.).2 ~0 l) M5 U" t! m4 A MDA GLOSSARY, VER. 4.0 B 2 v% z" F4 R6 ^6 h3 v& j) b' X40 2 n3 K# ~# X4 `' kBUR Bottom-Up Review.; ^8 e9 Z) ^- n/ Z Burden Costs not attributed or assigned to a system as a direct cost. Alternative term for- V) j. e. y/ q7 C. s overhead." g6 C2 ]0 k; H8 ~1 N" M( c Burnout The point in time or in the missile trajectory when combustion of fuels in the# ^! ~. R( ]5 C: J# J rocket engine is terminated by other than programmed cutoff. 8 i% B1 _( V) ABurn Rate The monthly rate at which a contractor’s funds are expended during the period : a- Y- R3 W2 H" R: j+ N$ y* cof the contract.* H* z- U- L" O1 W9 w+ k Burn-Through2 X$ v& ^; t: x2 } Range+ Q9 i* l7 M# p4 l The distance at which specific radar can discern targets through the external4 }+ S* E4 r+ J! l9 y! ]- C9 N interference being received.% s1 ]+ m2 R6 t6 B* N Bus The platform (or “bus”) sometimes referred to as a post-boost vehicle, on a single " P y) h3 B8 t) N! `' qmissile, which carries all the warheads on that missile. May also carry penetration 7 o' u+ I4 A2 J3 qaids, decoys, etc.& n3 v. y8 X6 H5 T/ P3 \ Bus Deployment q) b% j7 l* o) v6 W9 T! P6 r- k9 Y3 NPhase; W# v) |. e& c4 L- y! E That portion of a missile flight during which multiple warheads are deployed on 6 S [: j( m4 S5 Xdifferent paths to different targets (also referred to as the post-boost phase). ; `* O; c8 ^1 K$ N! i# eThe warheads on a single missile are carried on a platform or “bus” (also referred 1 O" c* \8 Z: B9 e& o3 eto as a post-boost vehicle), which has small rocket motors to move the bus# t1 [/ f/ {2 }5 k% x: z slightly from its original path.1 P' H3 @- E1 M) C: ], L0 E. P BV Boost Vehicle.# f, b- g( u+ V& N BVR Beyond Visual Range. * d* S7 x8 ]3 b; g$ C8 M( ~BW (1) Biological Weapon. (2) Biological Warfare.8 n2 g3 u i; _+ k6 d( L) N. b! B+ q BY (1) Budget Year. (2) Base Year., D8 k( p/ R6 b MDA GLOSSARY, VER. 4.0 C% x/ {( V5 R" r' P$ _2 `& K 41 6 t: t+ { V' q Q# BC (1) Communications. (2) Centigrade. 8 ]8 G. K+ e* h8 AC2 Command and Control. : S* z: P) m% W0 Y" XC2E Command and Control Element. 3 W: B+ c/ n1 YC2P Command and Control Processor.3 u- v. p2 g: u7 e9 T8 C4 ~ C2S Command and Control System. 2 X v1 T3 D; \( y# r9 t+ p! UC2Sims Command and Control Simulations. * I6 y; V! N5 w9 s% n/ @C3 Command, Control, and Communications. 9 P' t6 u) f5 f; M" {3 v& h% UC3CM Command, Control, and Communications Countermeasures. 3 S- _* T7 H# O( G( \9 vC3I Command, Control, Communications, and Intelligence.$ T3 \# i1 y; e$ o' J C3IIT C3I Integration Test." O& G5 j. C, ^% G+ w C3TED C3 Theater Exploitation Demonstration./ d1 J/ y: @/ Q+ J( F C4 Command, Control, Communications, and Computer Systems. T: c. a* R& x6 @ C4I Command, Control, Communications, Computers, and Intelligence. * M8 L$ [( h' O# MC4S Command, Control, Communication, and Computer Systems.8 H3 G% U% ^6 v1 Q( l7 n C Spec Product specification.5 M+ I* \6 }0 G% E {0 m+ Q CA Counter Air.% g% l9 u: l- e$ \" p CAD Computer-Aided Design.6 \$ F2 _$ S& }5 [$ U7 Z CADE Combined Allied Defense Experiment/Effort.. @3 H/ d1 u& J$ L+ Z& n6 w. k' H CAE (1) Computer-Aided Engineering. (2) Component Acquisition Executive. " Z7 l1 \7 j6 u4 v6 Q# x. ?CAIG Cost Analysis Improvement Group.% _& \4 S1 W6 L8 z1 I& Y CALM Characterization of Advanced LWIR Mosaic% T' p9 X9 W( G: f' \6 M7 a CALS (1) Computer-aided acquisition logistic support. (2) Continuous acquisition5 M" S5 ]8 u- j7 j3 F! w8 f and 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. , |: Y1 v$ Q9 h4 S6 x8 gCampaign Plan A plan for a series of related military operations aimed to accomplish a common+ E; r. M; U" P0 `7 d7 \ objective, normally within a given time and space. , g9 m5 {5 \) s1 k- E& ^C&D (1) Cover and Deception. (2) Command and Decision + I3 u. C/ p/ T( r4 X1 hC&D/A Command and Decision/Auxiliary 2 c* T% w0 [3 T& j8 n, QC&DH Communications and Data Handling.. R4 t- {( y4 E% I9 ~/ o1 V. { C++ Object oriented version of the C programming language. + I2 t+ _% N/ T1 T) |4 Y+ k% r; LMDA GLOSSARY, VER. 4.0 C+ R5 q2 T) l8 W3 U; A* j6 Q) M 42 1 h+ k2 @9 k [* |8 M% kC-B Chemical-Biological.* i2 C& E. n5 C7 p C/AHRS Compass, Attitude Heading Reference System (US Army term).! o+ T4 S$ L$ ]& Q h C/SCSC Cost/Schedule, Control System Criteria.1 z1 T! ^) y! `/ L! W' v C/SSR Cost Schedule Status Report. % z0 f$ ]" D$ U( y. lCAESAR CONUS Attack Engagement Systems Requirements Simulation./ N' o$ ~. N8 w6 ? e& c; Y CAG Collective Address Group.& c9 c% g9 g8 i" N, h' b- b CAGE Commercial and Government Entity (Contracting term). / t; F0 g. Z) S! D0 ?4 q2 B3 qCAI Computer-Aided Inspection. # t5 j5 f5 d8 oCAIG Cost Analysis Improvement Group. # u+ ?' Z b$ W4 X5 M; c8 kCAIS Common Airborne Instrumentation System.9 g3 C( R) y* @ CAIV Cost As an Independent Variable. 3 X. z7 a. |" q* w p$ l' a# tCALM Characterization of Advanced Low Background Mosaic. CALM is a contractor) U! c/ G/ z: a+ D operated ground test facility for testing focal plane arrays. It is located in6 V: y1 e2 J5 w( ^7 ^2 q Anaheim, CA, and is managed by USASSDC for MDA. ; P" ?! x$ M" \8 M5 j9 Z" PCandidate 6 O9 H, F# d, PSensors( ]9 [4 z: \) d/ Q5 c+ D: b9 H Any of the following sensors that could potentially be included in a National( w; M( T5 o9 b Missile Defense deployment: UEWR (BMEWS, PAVE PAWS), HAVE STARE,! K2 a1 w5 {1 @8 X4 {& J COBRA DANE, Haystack/Millstone, Haystack Aux, COBRA JUDY, and potentially ) r& h9 |# z8 c. s6 Aother existing sensors. ! P# v& x* w% _6 r U; ^" BCAO Counter Air Operation. Z6 X0 [! z5 \9 L* K' D- TCAOC Combat Air Operations Center. . h6 d9 v' M( w$ V* MCAP (1) Combat Air Patrol. (2) Civil Air Patrol. (3) Crisis Action Planning.2 M$ |- ~+ d0 P3 \ (4) Configuration and Alarm Panel./ V! b: R2 T, I0 n Capability4 D* W/ u7 a8 G Assessment 8 S# ^6 Y9 h" O5 q. vTo determine the value /capability of the BMDS: technical performance, cost, 5 F/ f/ h4 Q; _1 O8 Fschedule, and other factors included.7 D# a* D7 i8 g! v( b Capabilitiesbased * W! S0 D0 ~% l9 yAcquisition8 b, a6 C( h( p An acquisition strategy based on the principle of providing to the user % k" L5 i2 Y+ m6 zcapabilities as they are achieved, vice capabilities as measured against an 6 x1 B3 E& D; W, Gabsolute standard.4 L) i9 f' t& j" e( O; ? MDA GLOSSARY, VER. 4.0 C 5 P- H" b" K* P- X1 @4 D4 S43 6 ]4 m% a8 m( a4 aCapabilitiesbased! l' @" f N7 \0 w+ e Operational) b. ]5 ~3 _3 S1 M Requirements4 v2 i- |/ Y% J Document (ORD)0 y8 j2 E7 _0 U0 u A specialized version of the CJCSI 3701.1B formatted ORD that records the * T# v4 ~1 x' Ydemonstrated operational performance of a base-lined BMDS capability and# S' ^ J; y# o- K. e$ {- _ configuration for a system proposed for Service procurement and operations. In4 K" [5 J, b0 Q4 ]4 V6 L/ x4 q- H8 _ place of requirements, capabilities are stated as operational performance ! m; l/ e8 S3 M0 oparameters that have been characterized in Developmental Testing, tailored to 4 W' n/ T) W/ q' [/ a6 a$ ~0 ?7 c# {the system (e.g., satellite, aircraft, ship, missile, or weapon) and reflect systemlevel performance capabilities such as range, probability of kill, platform 1 O8 Q! ^, \( u/ n! Bsurvivability, etc. In keeping with the capability-based approach, the threat is c7 q- n6 ~3 V" k/ K2 M7 Wdescribed in adversary capabilities terms, rather than specific threat systems.% ]% N6 Y$ O2 K" H* a+ x Other facets of the standard ORD that speak to the suitability and supportability 8 w+ @: g/ Z+ U2 p# cof the system remain unchanged. The Service will bring the Operational# H ~8 T# z; F: {8 X9 p1 R Capabilities Document through the Joint Requirements Oversight Council as the 2 b: q7 J+ c9 z2 Wsystem element transitions to a Service. 7 l0 f q4 U9 M/ y3 y) VCapability & e q0 p& x* v0 q) MSpecification0 w) j& W$ ^* V& M' {. _2 C6 r; @, U Generally, but not entirely, equivalent to the term “Performance Specification” as 2 A0 j$ U% A( X1 e! q. Wused in a DoDI 5000.2/DFARS context. It is different in that capability , h% `9 Y5 E" x% `) M& x+ j, p; lspecification emphasizes operational capability verses performance requirements1 {% g: M! U+ X! t that are responsive to documented military requirements. Unlike performance 9 H8 q( x$ L6 G; A1 Aspecifications, capability specifications are not necessarily tied to APBs, Mission- t2 M4 M) J& I6 o" P& _+ a* u Need Statements (MNSs), or ORDs.! k) S' Z3 d6 g" E& ~& |+ L Capital Satellite A highly valued or costly satellite, as distinct from an inexpensive decoy satellite.5 f) U# |) ?4 ^7 i Some decoys might be so expensive as to be considered capital satellites. 8 [7 V% v' z& w% D5 I$ CCAPS Commanders Analysis and Planning Simulation. " m4 G7 b0 \4 z A$ ZCapstone Test ! t$ @! s% v( \and Evaluation * J3 D* Q: v) b2 [) P4 S- yMaster Plan$ L; E* H: l1 [ (Capstone TEMP)- p2 X; N* t% j; @% o1 h A Test and Evaluation Master Plan which addresses the testing and evaluation " G! V3 u9 ^4 b H ~of a defense system comprised of a collection of “stand alone” component: a5 I0 y m- T8 _6 T$ V! k2 r systems which function collectively to achieve the objectives of the defense . F( ~6 a# [" ?8 _9 u) E* s3 Lsystem. ! O4 {9 f! M5 Z/ h* _, hCAR (1) Command Assessment Review (AF). (2) Configuration Audit Review. (3) / C' C4 C$ D$ pContract Assessment Report. 8 q/ T, { K5 [3 J8 LCARD (1) Cost Analysis Requirements Document. (2) Cost Analysis Requirements* P, o! {+ q+ M( a( `4 b" ^ Description.; |! f9 z+ t$ G0 A, O$ D8 F) ~1 O" j% g CARM Counter Anti-Radiation Missile (PATRIOT).9 H! l' \7 A! }' `* t2 l" e Carrier System A means of obtaining a number of channels over a single path by modulating* s5 Q% O2 ~8 E each channel upon a different “carrier” frequency, and demodulating at the# K1 H( w& f" J1 H4 m receiving point to restore the signals to their original form.; B: X& q6 U4 w( B' O Carrier Vehicle9 O2 z% n. y8 b( A Z4 W (CV)& K7 T" o* ~ i: {2 r6 P A space platform whose principal function is to house the space-based + I0 D" ^9 h& Z- dinterceptors in a protective environment prior to use.; u2 q6 F4 S6 d! c; W CARS Consolidated Acquisition Reporting System. % [. U; M8 I( Q: |) V# I5 cCAS (1) Close Air Support. (2) Computer-Aided Servicing. (3) Crisis Action System., ~7 v0 f5 C/ g (4) Cost Accounting Standard. % V4 k7 {) }' wCAS/M Computer-Aided Servicing/Maintenance.2 f3 Z2 L+ `; S a8 o CASA Cost Analysis Strategy Assessment., m E* _$ H3 ? t3 G. } MDA GLOSSARY, VER. 4.0 C5 z! P7 [) ]+ j5 E8 h' T3 h$ [ 44 + h3 P+ R4 _8 {4 o' ~7 v% ACASE (1) Common Automated System Execution. (2) Computer-Aided Software # w" N5 }# u5 u4 ~. dEngineering3 S9 P6 J- }8 w2 v; \, p0 k CASOM Conventionally Armed Stand Off Missile (USAF & UK RAF term). ( N! c1 a9 S$ X2 TCASREP Casualty Report (USN term).8 [6 g* ]: H/ W7 x8 N1 O CASS Consolidated Automated Support System. ) V5 s( B: w5 o' I: VCAST Commercial Acquisition Streamlining Team (USAF team name).1 g! l' k% h- B CAT (1) Computer Aided Testing. (2) Crisis Action Team. (3) Category. & e( }% l, I6 g2 n3 S1 ZCat House A second-generation Soviet phased array radar that augments Moscow’s 9 K; }3 [$ y/ N' gexisting search and target acquisition radars (Dog House). It also enhances their ! i4 A$ t1 ]- a. } \2 ]4 cbattle management capabilities. 9 z" N& d* [' l- n* ~3 @. H/ nCATO (1) Combined Arms Tactical Operations (US Army). (2) OBSOLETE. V; `* u3 s) O" ~. m! S5 v; ~$ ?Common Automated Tactical Operations./ W0 h7 v# Z+ P! P1 J CATS Computer Aided Test System. ! |% @( J; k0 D3 H$ gCATT Combined Arms Tactical Trainer (US Army term).2 q# b3 l/ R# H, n CB Chemical Biological.8 V( ^2 q7 J0 p4 n. K( A- \8 v& \" _ CBD (1) Commerce Business Daily. (2) CINC BM/C3 Demonstrator. ) d' h8 S8 R n5 jCBM Central Battle Management. 7 }9 B4 a# g. t: d; ^4 Q. z6 N _CBO Congressional Budget Office.% }: j* H; e. U! b, Q! m: X* h CBR (1) Chemical, Biological, Radiological. (2) Concurrent Budget Resolution.6 b: b, j0 g( C& p4 b CBS Corps Battle Simulation (US Army term).; v$ Z: n( ~& u CBTDEV Combat Developer (US Army term). 1 m- R: b6 ?4 w, g6 M/ E/ H, wCBU (1) Cluster Bomb Unit. (2) Conference Bridge Unit.

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发表于 2008-12-25 20:00:53 |只看该作者
CBW Chemical Biological Warfare. 5 K4 A; Y& ]. N' ?. P1 XCC (1) Command and Control. (2) Command Center. (3) Air Force Commander . ~- @% ^& |$ `6 {5 Z, ?, ^office symbol." e/ Y; K+ M( y9 s: B' Y' A CC/SOIF OBSOLETE. Command Center/System Operation and Integration Functions. 8 A+ |1 ?1 n! N5 E0 V& ~(See C2E and SOIF.) i( z) e7 O7 a [% OCCA (1) Contingency Capabilities Assessment.2 c# N/ f. T) t b/ W. I2 o (2) Carrier-Controlled Approach.4 _ b" }7 h) v9 p (3) Circuit Card Assembly. 1 `1 r( N/ v( E0 V6 [( }5 `1 S8 jCCA (ICE) Component Cost Assessment (Independent Cost Estimate).5 l% b) X8 _; X' P" r$ @ CCB (1) Community Counter terrorism Board. (2) Configuration Control Board. * V! ], E. l* {$ E' t2 lMDA GLOSSARY, VER. 4.0 C 1 t( A4 X4 {9 u6 G U457 r1 R4 U q' x$ k CCC (1) CINC Command Complex. (2) Component Command Center. (3) / M6 H. {6 Y! _' f1 H# {/ rConsolidated Command Center (NMD BMC3 term)" o$ y" f) \3 ~- a1 N CCC (BMD) Consolidated Command Center (CCC) (BMD).( M: `+ A0 J1 ^+ | CCCI Command, Control, Communications and Intelligence.) S9 i+ e: u4 Z4 W# _ CCCS Common Communications Component Set. 9 s) P" \! ~0 d( c, B5 S4 \3 nCCD (1) Charge-Coupled Device. (2) Camouflage, Concealment, and Deception.* I4 v" P( a" D7 J# Q6 x4 J0 G1 @ CCE OBSOLETE. Command Center Element. Now called Command and Control7 e- F0 w" y9 f# s; M- F7 o Element (C2E). ( h. B. X; A+ j% u L" [" `, A2 fCCEB Combined Communications-Electronics Board (NATO term).% Y+ E/ r' m" t; a CCEP Commercial COMSEC Endorsement Program( z5 D2 x( r! M7 R) Z+ A CCEV Command Center Experimental Version.6 a& b( n# D" {* E' z% A" a8 `) Z( n CCI Controlled Cryptographic Item5 P6 b" I1 |( R9 b. A M/ { CCIS Command and Control Information System.) q8 l N, |! M; j4 U' v CCL (1) Commodity Control List.# h% W2 r/ o7 A8 o" a, o4 @ (2) Commerce Control List [Commerce Department]. 9 b \; o+ ]2 u9 j4 V/ s4 s8 XCCM Counter-Countermeasures. : x/ E: L$ J, R! DCCMPS Counter-Countermeasure Parametric Study. Y' ^4 \' R( `% Q# ~* b* fCCN (1) Contract Change Notice./ D0 X4 W% f; d. a* R. T' a$ K (2) Configuration Change Notice. + a7 s. V2 D- H3 C fCCP Contract Change Proposal (Contracting term).0 |) Q& {; J$ I; n7 x/ c8 [ CCP002 Contract Change Proposal (and number) (Contract Administration term).; { x' S, B' ~( w1 {1 t4 B3 ^" [ CCS Combat Control System (AEGIS).9 L( ` r0 g. N: X' b4 @ CCTV Closed Circuit Television 7 G* p5 L4 t, F% \# ^( h" WCD (1) Concept Definition. (2) Contingency Deployment. (3) Combat/ C/ E R( s9 A. e: V$ P2 t Developments 8 T8 u! h8 }- [! ZCD/V Concept Demonstration/Validation (DD 5000 term).! Y& q! m5 m1 Q CDA Central Design Activity (USAF term for Software Engineering Center). 4 z& J3 f! F& }CDB Central database (USN term). 6 l' j5 y" P t( U+ T8 @6 uCDCC Classified Document Control Center. 9 x! \* A \) t+ z N7 |7 _CDD Concept and Development Definition.- q9 H ~7 M! r! } CDE Conference on Confidence and Security-Building Measures and Disarmament in 0 v" o# S" a( H, O( N- cEurope.) N9 h% H& J0 w- O/ } MDA GLOSSARY, VER. 4.0 C . Y3 z% ~' Y* O- O4 e# u2 G/ `46 , Z5 r5 I9 k$ P2 O/ MCDI (1) Conventional Defense Initiative./ _# ?4 ?% m- s4 n& u' { (2) Compressed Data Interface.! e1 f; U' n( `- e) p (3) Classification, Discrimination, and Identification (PATRIOT).2 q8 L" A6 `& P3 R9 n CDMA Code Division Multiple Access [Receiver]. 0 e3 R# @6 m, ?, i, ?CDO Contingency Deployment Option.8 M% H8 t1 U$ k+ I3 [! s0 l CDP Contingency Deployment Planning.( j1 x( O+ U2 G6 e. c: S5 G; P CDR Critical Design Review.# ~. i. f; N. C: q2 M CDRL Contract Data Requirements List. 8 \' K1 r/ c9 ]9 G" bCDS Congressional Descriptive Summary.6 F" D+ j7 ~ @) X1 a1 \& G8 m CDSSI Common Data Sharing System Infrastructure. + t9 C5 o( {$ v/ [' JCDT&E Contractor Development Test and Evaluation., L6 @! M& W/ f( B CDV Concept Definition Vehicle.7 `7 U/ Z' B) F4 v9 g" E CE (1) Concurrent Engineering. (2) Communications Enhancements9 P, c6 a: d" S: Y* T+ M3 q! N (PATRIOT). (3) Corps of Engineers/Civil Engineers. (4) Current Estimate.! G6 t! a" b4 j/ D+ ^. {# u7 R5 p (5) Communications-Electronics. 6. Command Element. 9 Z3 K/ C, J. p6 ^! [2 r) y5 @; }$ q! M7 ?CE&T Common Environments & Tools7 G* `) i! G6 m% D: i' l CE/D Concept Exploration/Definition Phase., Q3 Z" A+ I% T Cease & s1 l1 x) _4 m& v- S3 `4 hEngagement, a W [; D% u2 O1 {- f" }, E In air defense, a fire control order used to direct units to stop the firing sequence % M0 a7 a/ d3 K: z+ R6 D$ eagainst a designated target. Guided missiles already in flight will continue to 7 C1 c8 S4 i; C) m8 m6 v8 s' Sintercept.4 R% F* P# D/ Z" c3 [ Cease Fire A command given to refrain from firing on, but to continue to track objects. ; F4 L, n1 c$ @9 fMissiles already in flight will be permitted to continue to intercept. 4 a% k R8 E0 T4 hCEATM Cost Effectiveness At The Margin.7 u; {* K. b8 h1 g, d% V CEC Cooperative Engagement Capability.: H5 e2 b* i3 f2 a7 w1 p) q* _ CECOM U.S. Army Communications Electronics Command, Ft. Monmouth, NJ.+ I# n% c0 e6 ^* W- O4 {9 | CED Concept Exploration and Development.5 {; M3 U3 x2 H% v+ ?$ ^ CEEM Cost-Effectiveness Evaluation Model.! j1 n) F& P6 e4 U( @4 j( ^ CELSA Cost Estimate Logistics Support Analysis. [Methodology for estimating logistics e/ j6 e/ k& Asupport costs].0 h: v- p$ y1 V/ S9 L$ p- _/ O# E CELV Complementary Expendable Launch Vehicle.1 g0 H7 o7 @& n CEM Combined Effects Munition.+ g2 ]/ n3 ~# ?* I4 O CENTAF [US] Central Command Air Force. & ^1 @) |2 |& PCENTAG Central Army Group (NATO).+ r- ?8 _8 w. b3 _ MDA GLOSSARY, VER. 4.0 C # {' P& ?% X4 A. ~, X/ I! b6 U6 Q47 " L# X2 M9 q5 b" B* s& @4 x6 q! UCENTCOM [US] Central Command 1 M5 x4 F5 ]+ M' \" |( n0 LCentralized9 f1 v, I: t2 ^9 X I u' D Command8 {& L# o1 X9 G4 X Operational concept which specifies that critical C2 is collected and key C21 G" b( ^' b+ W8 p# c) }5 X decisions are performed at a central location by USCINCSPACE, or his, i# d8 u+ `6 x- Q$ d designee, to ensure continuous and positive human control over the system.; S t, T/ y2 ?3 z Centralized $ I9 ^2 O s {' {$ d( oControl. a8 n' F$ f) U5 m The control mode whereby a higher echelon makes direct target assignments to! z( V; q6 f W4 D- g: H$ a fire units. (USSPACECOM)0 e/ D/ q# O a9 ~/ D% } Centralized3 [8 G! s p4 q Management% b5 z2 D2 p+ z The concept of using a single, designated management authority. It includes : N2 x7 u X' t* { xsystem management, program/project management, and product management. 9 [1 @' G; J$ X+ z: z3 ECEO Chief Executive Officer3 W }+ B7 R5 n" \* S CEOI Communications Electronics Operating Instructions.! r; a0 H& w% j CEP (1) Circular Error Probable. (2) Consolidated Evaluation Process., ?( b% Z/ o8 a h CEQ Council on Environmental Quality. | W E: i. _, d$ O7 I( oCERES Center for Research Support, NTF, Falcon AFB, CO.2 s8 {/ }- [" n5 I; r' R CERT Computer Emergency Response Team.2 Y* L9 y: e/ l1 ~# M2 g/ z Certification The technical evaluation of a system’s security features, made as a part of and; y6 p$ q8 E; z: @ in support of the approval/accreditation process that established the extent to & S8 S( q) \0 G- { o# w+ N: Uwhich a particular computer system’s design and implementation meet a set of - x. _* k% S8 n- b9 {; Wspecified security requirements. $ ?2 ]/ ^& S& m! D% bCES (1) Cost Element Structure. (2) Civil Engineering Squadron. 9 c8 i- K7 \% R, Y) G: uCEST CINC Exercise Support Team (BM/C3 warfighter exercise term). {- n3 w! F" H8 {7 L. ` CET Concurrent Engineering Team.* m2 w6 S- M# H6 s- k! |, Y9 z/ H3 g CETEC Corps of Engineers Topographic Engineering Center, Location???6 q2 f/ G* o: v" z6 ~# D3 c CEU Cooling Equipment Unit. , Y) O7 G8 w( Y$ N* T6 v4 _CEWG Civil Engineering Working Group.$ Z9 u. u) ?' S' _2 e7 k CFA Center for Architecture (JIEO term). : r! \' A9 h% i! M1 W1 ACFAA Computer Fraud and Abuse Act. : l7 Z$ ]( x. p1 a! j8 FCFC Combined Forces Command, Korea., k3 w5 Y% l) V/ N CFE (1) Conventional Forces Europe. (2) Contractor Furnished Equipment.$ J0 ^: {, c4 T (3) Center for Engineering (JIEO term). (4) Commercial Equivalent5 ~' b0 Q1 F8 w: R/ ] Equipment (US Army IFTE term).& z! g, U; h+ T8 g CFEL Contractor Furnished Equipment List. R N" P( X; f) | CFI Contractor Furnished Information, v, B4 J9 b' q1 A1 ^ CFI&I Center for Integration and Interoperability (JIEO term).& Z, ~. I8 `9 h& x$ A3 q* P MDA GLOSSARY, VER. 4.0 C 3 k: j: |6 b- e$ L( F48 2 n: b m4 ~* M, C4 dCFO Chief Financial Officer * Y- a6 n6 ?: j% V1 B O- GCFP Contractor Furnished Property.6 P* K7 L# ?, N( V CFR Code of Federal Regulations.6 x1 e4 C& A" f CFSR Contractor Funds Status Report. $ i0 M2 L) X! ?$ ZCG (1) USN guided missile cruiser. (2) Coast Guard. (3) Chairman’s Guidance. U6 y' l4 v+ \% z( [ (JCS). (4) Commanding General. (5) Center of Gravity. (6) Comptroller L+ n6 M' ^0 ^General.% n+ W) g8 U6 u CGA Color Graphics Adapter (Telecomm/Computer term).1 H2 g2 m% ]/ I: O* Z: J CGS (1) Common Ground Station (Part of Joint STARS). (2) Continental Ground T7 O: m$ v- a. zStation. . N6 l- O. p; \! ?- q& H' tChaff (1) Radar confusion reflectors, which consist of thin, narrow metallic strips of , T7 w( m3 N ^( K, M$ w- uvarious lengths and frequency responses, used to create false echoes $ {0 h$ E& f5 U) E3 A2 c, e7 ifor confusion purposes. / x, j7 p) t& Z" Z(2) Confetti-like metal foil ribbons which can be ejected from spacecraft (or 1 Z1 i# p ?" ^terrestrial vehicles) to reflect enemy radar signals, thereby creating false : Y7 W$ o7 R) A# F W r- Wtargets or screening actual targets from the “view” of radar. 5 n: }4 c+ v/ `' M2 S3 i" ?Chaff Puff Volume of space containing a relatively high density of chaff. # F1 s6 t/ ` ^8 T l- |Chairman’s L4 N% b, f+ \5 R( K& _" K Program( e6 Y; d [% A' K8 h Assessment; |4 m# }0 C7 u; h4 \8 H (CPA)3 k# ~! s) t% D: _% r Summarizes the views of the Chairman, Joint Chiefs of Staff, on the balance and : y0 Q% y5 b, D" |capabilities of the Program Objective Memorandum (POM) force and the support ( k8 _& K, p" {. Mlevels to attain national security levels. The CPA assists the Secretary of3 |- c# p" }0 v+ x$ a Defense in decisions on the FYDP subsequent to receipt of the POMs. 1 T6 ?& T3 N$ h7 V' P0 UCHAMP Composite High Altitude Maneuvering PBV; @& k# z3 L1 n" z/ W( q A Change Order Unilateral written order to a contractor to modify a contractual requirement within 1 _) Y+ H' g/ c8 K% ~ Bthe scope of the contract, pursuant to the changes clause contained in the9 y+ a7 M# r$ [) @ contract. + A' |, E5 [+ E$ u4 YChange of Q& f i8 g p e% o& ~ Operational * A4 X; s W% t% fControl (CHOP)9 c1 R2 P6 P7 l3 H+ w, E The date and time at which the responsibility for operational control of a force or " E ]+ R' R: j% k iunit passes from one operational control authority to another. * u4 c7 y/ v$ F* |- \ OCharacterization The process of ascertaining the BMDS capabilities. The result of the BMDS+ i0 C6 s+ B- ~$ Y/ C characterization effort is a description of actual BMDS capability at a particular3 h1 Y% n4 N4 x; J point in time. Characterization relies on test data supplemented by analysis to 6 U* p/ a7 v3 W" y; B) d4 Testablish confidence in estimates across the threat space.; @4 o7 S" z3 m3 ]! I" J CHARM Composite High Altitude Radiation Model." ~. D: N5 J% m- U8 A9 B: w Checkpoint Event or point in time during the program before which decision criteria must be, ?. `7 W' P" f* ~( E met. If decision criteria are not met, MDA may decide that the program may not : C: _* c/ ~8 U0 ^* i, ~( ?4 sproceed through the checkpoint. A checkpoint may correspond to an event( ]1 X( I/ e8 w: M4 H- H8 ^ such as a program review, test event, or contract award; it may also correspond % o C* R7 R* Gto a point in time, e.g. six months after contract award. 7 o% F7 f2 c7 jMDA GLOSSARY, VER. 4.0 C' [) ^ h8 e. z8 o: v, @4 p) t5 S9 ^ 491 r( ~2 e6 a8 m) Q, |; s5 s6 j Chemical Agent A chemical substance which is intended for use in military operations to kill,! G! { |# \! s+ }6 R/ _& H seriously injure, or incapacitate personnel through its physiological effects.4 _! f9 B4 V- M: D Excluded from consideration are riot control agents, herbicides, smoke, and3 I9 `* B2 I0 X flame. 1 k' v' @1 u9 N0 @4 x0 M4 ~Chemical Laser A laser in which chemical action is used to produce the laser energy.8 I0 j( g0 u( b! {$ z3 {& `( R# h Cheyenne 5 V, T! |- o9 N$ jMountain : x) v$ c& B& I# wAir Force Base : _, g9 w; m; ?(CMAFB), o' @. {7 k$ y7 e2 k CMAFB provides the primary facilities for the command, operations, and . L9 K% v1 _8 A$ {; e) v, l% j- Wprocessing centers which support the correlation and assessment functions of + m7 t/ S' u# t. E9 |# g" V& Fthe ITW/AA system. 4 X% [5 `# S# z+ C+ TCHIPS Clearing House for Interbank Payments.

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CHOP (1) Countermeasures Hands-On Program. Also known as the MDA; C- C% ~) l. X" M% U' u$ f5 v5 D Countermeasures Skunkworks. (2) Change of Operational Control.3 }& C9 x1 f0 B2 t CHS Common Hardware and Software. ; z$ n) H. ]4 d" ]& KCI (1) Counterintelligence. (2) Configuration Item.% y9 v0 G F1 F: ~) v% ` CI (n) Capability Increment (Number), e.g., CI-2, (NMD BMC3 term). ! L) W% C: Y, U7 y2 q& X# eCIA Central Intelligence Agency (US).! l/ k1 p l6 w2 f CIAC Computer Incident Advisory Capability. 0 j2 J+ g; `) GCIC (1) NORAD/USSPACECOM Combined Intelligence Center. (2) Combat/ c+ c. H3 \! S N Information Center. (U.S. Navy). (3) Content Indicator Code.7 N3 y9 P9 P$ E1 m- Z \ (4) Communications Interface Controller. (5) Computer Information$ {1 R+ Z" }1 W7 x) \ k Center. (6) Combat Integration Capability (USAF term). + K% E- ^. i2 i# H' ZCIDR Configuration Item Design Review.& K9 H) Y0 V% @, b CIDS (1) Control, Instrumentation and Diagnostic Systems5 G1 f0 ^3 r5 ?) h5 e } (2) Critical Item Development Specification. * l' l2 o' p8 g5 {, KCIDSE Consolidated Integrated Development support Environment.* j8 c2 a( m3 [" V6 g% w CIEL Certification and INFOSEC Engineering Laboratory.1 Q, m4 \ R% C$ r/ r% Y CIF CINC Initiative Fund.' N( p, W, U. }& b CIFMS Center for Integrated Mission support (JIEO term). + L$ I0 f. }, k8 {! p' ICIL Critical Items List.* n% d9 j7 `, n2 p m8 B7 t) ^2 P CIM Computer-Integrated Manufacturing. ' G' G- G9 P3 d" F6 c, d2 N' MCINC (1) Commander-in-Chief, used when referring to the President of the United * W9 b9 Z1 a# Q7 ~2 t# m& nStates. (2) An obsolete term used to refer to the combatant commanders of 7 ^. v0 e+ `1 n/ X+ d' \. qmajor commands such as CENTCOM or NORAD.& g+ p. g0 {+ B# X7 I h7 S! P MDA GLOSSARY, VER. 4.0 C 7 X4 }+ V8 j7 S; W9 Z& i# Y50" E! |7 D* K) X( y8 G) m' ]% N' J CINC Decision 3 J, q1 a+ ~# F' D5 O: ySet) y9 s1 \5 m& b# c5 n" n% r/ X8 C% W5 D5 ^ A group of decisions available to control forces, including determining 4 t$ S3 J/ p6 M+ Moperational state, DEFCON, hostile intent, authorizing engagement, selecting 2 r! }( X2 {5 Q8 D! c) Rpreplanned response options, withholding weapons, overriding system directives,! i7 @& K$ g7 o# s k, Q7 V0 N and terminating engagement.( w {' Z3 x$ y. X. O( o CIOTE Commander’s Integrated Open System Technology Evaluator. # i7 u" o' T$ I6 W' r* ^! n7 dCipher System A cryptographic system in which cryptography is applied to plain text elements of) m5 m, W/ f" X( P4 P E equal length.4 c/ R5 O8 t# M! m1 `5 h0 a Ciphertext Unintelligible text or signals produced through the use of cipher systems. ' g$ l0 I6 W. J2 B2 RCIPT Cost As an Independent Variable (CAIV) IPT., b) \, U5 s0 ?" R* `; [6 n- l7 x' P Circular Error 0 a, a t+ l ^9 n" vProbable (CEP)9 \! [) _) Q+ c/ ` An indicator of the delivery accuracy of a weapon system, used as a factor in+ W! A# D2 G% ]/ Y determining probable damage to a target. It is the radius of a circle within which2 H& x5 E3 z$ M# a- P& i half of a missile’s projectiles are expected to fall or there is a 50 percent0 ?/ }3 {2 K6 C1 I3 a/ M2 x probability that a single projectile shall impact.7 d" u% e( m" ~% P7 t3 O$ q CIRIS Completely Integrated Reference Instrumentation System6 L* f1 n$ o# \0 i( \: U CIRRIS Cryogenic Infrared Radiance Instrumentation for Shuttle. : y7 ^: w. ~# [* ACIS (1) Commonwealth of Independent States. 3 ?/ u V) M8 k9 O) p1 \$ y(2) Common Item Support.3 l1 x3 j% W4 t& t (3) Communications Interface Shelter. ' K1 r, Z0 z8 L3 t- {8 u- H5 \0 l. XCISF Centralized Integration Support Facility.! r* b% h* L3 U5 H' c7 G( v: C CISS Center for Information Systems Security (JIEO term). ?0 M1 x9 w, e0 V6 ] CITE Common Integrated Tactics Execution (USAF term). 5 w& b$ b- U3 F) zCITIS Contractor Integrated Technical Information Service.+ m3 `5 B# F9 y( ] CIWS Close-In Weapon System.) c0 A6 I$ k5 s$ W1 ^7 p4 } CJ Cobra Judy, name of a surveillance radar.. v) a2 p8 }# P4 R# a2 t CJCS Chairman of the Joint Chiefs of Staff u6 ?. F4 P9 a2 b6 c" nCJTF (1) Commander, Joint Task Force. (2) Combined Joint Task Force.' E9 L; u+ V+ g1 Y t4 I) H j CL Chemical Laser. s5 f) e: d0 y# o1 [+ V' _/ V, H CLC Command Launch Computer (HARM term). 8 d5 j: i0 @7 t6 pCLE Command and Launch Equipment. & ?4 a6 t! |( J7 tCLEMENTINE A flight program to demonstrate lightweight spacecraft technologies.2 @8 A% F( \6 \/ c! b1 u( ] CLEO Conference on Lasers and Electro-Optics (See EQEC). 5 j3 C0 q* P: b4 @% X: o; m, aCLGP Cannon-Launched Guided Projectile. # B! |) ?; h7 f* k* |+ R7 ?CLIN Contract Line Item Number0 @# E" B" X9 [ MDA GLOSSARY, VER. 4.0 C # j6 H; d. r# @51 4 i# E( v' c% \7 S# kClosely Spaced% ` o, o( R4 m* r% Y" f Objects (CSO)0 b! y P3 E3 X; `2 M) B: i Entire or partial object clusters that cannot be resolved to individual objects due4 g, v% l5 G. x) z" B1 t$ {& C3 O to their close proximity and/or exceeding the sensor resolution capability due to7 j# ?) @; |3 I7 x7 D# {1 C the range or the lack of suitable sensor viewing angles.# T8 A, C1 ]1 E! f- O Closure In transportation, the process of a unit arriving at a specified location. It begins( `! ]5 U b- {& a+ D* K0 M: e1 u with the arrival of the first element at a designated location and ends with the 2 N0 l7 j4 V2 \/ V/ `+ P$ B4 Garrival of the last. 5 h& j. I" v* x2 ^2 P( `. M' mClutter Permanent echoes, cloud, or other atmospheric echo on radarscope. & o/ f! ?# ^$ l, yCLS (1) Command and Launch Station. (2) Contractor Logistic Support.; h$ _) ]( [. l! i% a" I Clump Two or more objects that give rise to a single observation, e.g., an extended. H* a2 v- J* k, n# ?7 i object consisting of at least two unresolved closely spaced objects. % Z G0 F$ O! r9 J5 k) mCluster (1) A total collection of objects each of which is within some metric distance . o$ n# U* p4 H" `( Fof at least one other object in the collection.- l% [0 y6 ?" j8 h" r (2) A total collection of objects each of whose image on the focal plane of a. m, K: }+ R1 V' \# o, c3 A( I sensor is within some metric distance of the image of at least one other 0 c, n; b) I. D2 M$ @8 a$ V! @object in the collection.2 t; x$ ?# l3 r; z5 ]. v (3) A set of objects with similar state vectors (based on truth). For example,5 x5 X; Y: w% ] a reentry vehicle and its penaids deployed at virtually the same time from - e1 j6 v3 b0 ], qa post-boost vehicle.- h- f$ v x) A$ b (4) For BM/C3 purposes, a cluster is a group of objects any one of which: b1 k2 O9 X! i can be engaged by an interceptor launched at the Centroid of the 9 M6 m2 [: \! pcluster, possibly before the cluster is resolved into separate objects. U2 ]0 T v* b+ y( nCluster9 t- |# X# l$ `( d3 J+ v5 ^9 [* I; m Dispersion ) r3 v# u' Y7 Q/ T+ s3 jThe rate of expansion of a cluster in meters/sec or angle/sec. 1 P" x/ n$ l, j1 w3 L# w0 G1 S4 qCluster Set A group of object clusters and debris that originated from a single missile. : U7 D. u# l% R4 h r; F; gCM (1) Countermeasures. (2) Configuration Management. (3) Cruise Missile. (4)2 u( q9 n7 p( F* W$ L0 H! ` Chairman’s Memorandum. (5) Control Modem, (6) Composite Material ( \9 L7 w6 _% |2 r9 H% ` Z1 O: |0 g0 Gcm Centimeter.

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CM/SM Communications Manager/Security Manager. ; o( Z# i7 f% \# d. n; X3 xCMAFB See Cheyenne Mountain Air Force Base. / |8 A1 V. i: Y8 BCMAS Cheyenne Mountain Air Station (replaces CMAFB).% t6 Y, I1 S1 N CMC (1) Cheyenne Mountain Complex. (2) Commandant of the Marine Corps.$ G- U! K. f8 W! i5 v CMD (1) Cruise Missile Defense. (2) Abbreviation of Command.# F; ^! X& B, f8 g CMDI Cruise Missile Defense Initiative.% U- h3 |) m3 B% K3 S' x8 o6 c CMEST Cruise Missile Engagement Systems Technology.* u0 j) }0 M! j' @/ q+ v$ {8 | CMF (1) Common Mode Failure. (2) Conjugate Matched Filter.- B% ^2 ~5 I9 q CMG Control Moment Gyro. L: x. n' s- Q9 F CMI Countermeasure Integration.6 n' V; {% ^% Q1 `9 g MDA GLOSSARY, VER. 4.0 C7 `) t/ {# G# i 52. P3 d3 Y% e. S+ w! _* _ CMM Capability Maturity Model. , O: D# x+ ?* w& F: A( SCM(N)CC Cheyenne Mountain National Command Center. 7 x" ~6 s) d; R9 ]4 p3 z: l5 d8 jCMO Central MASINT Office (DIA). ( a3 @* ?: ^/ D; O k$ CCMOC Cheyenne Mountain Operations Center, Cheyenne Mountain AS, CO.% c( C" `) m& `, b8 ^4 s, d CMOP Counter Missile Operations Plan. + n B2 J) ]& x# H: }' }CMOS Complementary Metal Oxide Semiconductor./ f' t5 B2 B, v9 r CMP (1) Configuration Management Plan.) Z' [: s5 }% } (2) Counter Military Potential. 3 ~% _8 y- H. [(3) Communications Message Processor. ( C; B+ ?" @1 ]* s; _7 v2 UCMRS Calibration Measurement Requirements Summary, Q0 L' J% B4 e; Z' w) a: r CMS Cheyenne Mountain Support. 9 l5 X. w' ?0 x3 ]: cCMTC Combat Maneuver Training Center, Ft. Leavenworth, KS. , Z8 T9 o; D/ Y- VCMTS Cheyenne Mountain Training System. ; c! o# [6 \6 {+ w7 x5 kCMTSS Cheyenne Mountain Training and Simulation Support.$ c4 I5 X' z5 A8 R CMW Compartmented Mode Workstation.& H) a" q% x/ C* o$ N CNA Center for Naval Analyses.& I _* W8 \- D, `* K- o CNAD Council of NATO Armaments Directors.! a1 }$ @, q, z q5 Z/ f CNC Computer Numerical Control. 4 {( s: q! d( o% R& O+ fCNM Communications Network Manager (C2E term). $ R2 u* {2 W8 w6 q) ^+ W; aCNO Chief of Naval Operations., L# l) B4 [* [ v- `: `6 W2 Q2 o CNWDI Critical Nuclear Weapons Design Information. . h6 T* G, O) g7 M+ t0 G i7 w, R+ }CO (1) Contracting Officer. (2) Change Order. (3) Commanding Officer." s7 }' ^/ b* D. L# Y7 t COA Course of Action.; O7 w2 B6 k" U) q: e: x! V COAST Computer Operation, Audit, and Security Technology. . Z6 g; X5 d3 hCOB Close of Business.0 K1 A+ E9 [- e2 v1 i3 C Cobra Ball Modified EC—130 OAMP aircraft (see Cobra Eye). 8 Z/ [) x8 l1 D3 U: \- c' FCobra Dane L-Band phased array radar at Shemya AFB, AK.1 d: O% |5 B" K H7 Y Cobra Eye Modified EC-135, IR/EO sensors, Shemya AFB, AK.( _4 w& n) g. A; Y( i" Y1 t Cobra Gemini Ship-based S-Band Radar development program with both shore and ship 1 B8 J* p: l0 M0 c- Abasing options.7 Q8 @/ ~( T2 Q( |: C0 ~% L3 Y MDA GLOSSARY, VER. 4.0 C 9 C$ m( p' d0 J3 o" F53 7 y+ M' z3 M; u! {, m3 F7 U& G, Z/ fCobra Judy A ship-borne phased array radar. * n. {' O6 Y. M2 ECOC Combat Operations Center.2 O" K, ~' f7 r% |; P# @! H COCOM See Combatant Command. d% s! E2 O$ w: e( a. I COCOMO Constructive Cost Model (COEA, now JAE, term).& t5 I5 Y' \) C; r- M1 E% H Code Template A software tool used to develop a module for multiple general applications.: q2 {' Q2 \; j3 T( e; }, u4 T7 x CODR Conceptual Design Review. - \! w5 B; G4 ?9 d) cCOEA Cost and Operational Effectiveness Analysis.+ }! \8 n$ `0 t6 O& T Coherence The matching, in space (transverse coherence) or time (temporal coherence), of 7 C6 {8 ^8 K5 Ithe wave structure of different parallel rays of a single frequency of8 I( O! k7 J/ C- w electromagnetic radiation. This results in the mutual reinforcing of the energy of : ?1 b2 v* s" J! H5 U" v5 H* Ma larger beam. Lasers and radar systems produce partially coherent radiation.; u" x& }" F/ z+ @* c O9 P8 |& N/ h COI (1) Critical Operational Issues. (2) Combat Operations Intelligence.4 v l( w; f5 [9 [) \4 O COIC Critical Operational Issues and Criteria. + @8 ~5 `! z6 i7 p& k# lCOIL Chemical Oxygen-Iodine Laser.) A% z K/ i! z6 P* V8 l Collocation The physical placement of two or more detachments, units, organizations, or, J$ c g3 H' p q facilities at a specifically defined location.: C3 x. r; k/ |/ e4 f3 P; d COM (1) Collections Operations Management. (2) Commander.7 G7 Y0 o5 B! X COM3 Common Communications Components/ ~ U5 \1 [4 h/ e COMAFFOR Commander, Air Force Forces.9 c) m% x J) \9 ^* x, n( Q# v COMAFSPACE Commander, Air Force Space Command. 5 K0 _3 H4 ~% zCOMARFOR Commander, Army Forces. / [) |- j* R6 T. P; ]2 D2 SCOMARSPACE Commander, Army Space Command.7 u4 V: j& ^; [# T Combat Area A restricted area (air, land, or sea) that is established to prevent or minimize & m: ~- ^3 @8 k( G0 kmutual interference between friendly forces engaged in combat operations. 2 \& j, m- {/ s- l4 o" K* Q; JCombat . l, e3 F4 [/ v kAssessment (CA)3 ]. {& [; L- b; L( E The determination of the overall effectiveness of force employment during military 8 R( L5 @& d4 _7 zoperations. Combat assessment is composed of three major components: battle) a+ |' v% n3 Y) G damage assessment, munitions effects assessment, and re-attack 0 b7 F# I8 A! t1 C' Grecommendation. The objective of combat assessment is to recommend the ; G: k- p6 M+ Z' x% wcourse of military operations. The J-3 is normally the single point of contact for ' |/ q0 M& O: `& g+ l" d% kcombat assessment at the joint force level, assisted by the joint force J-2. & M$ [, f5 I: K# TCombat 6 J+ l0 k* `5 [% e7 s3 g; |Information ) {4 v8 h5 ?) c) |* L fCenter" L. v- @9 ?/ n6 i8 m" _7 S! d The agency in a ship or aircraft manned and equipped to collect, display,: h! R9 w; @: _0 C9 w! J( a9 u# Y evaluate, and disseminate tactical information for the use of the embarked flag & h2 V% [/ X- s d0 \( Bofficer, commanding officer, and certain control agencies. Certain control,8 x0 l& H& ]8 u- X! Q6 F7 Z9 ^( F assistance, and coordination functions may be delegated by command to the0 m7 i2 @7 Y `, k combat information center. Also called Action Information Center., w% p9 O- W; g MDA GLOSSARY, VER. 4.0 C & S, j. H! S4 r( D54( E" P3 _2 J: ^/ `# O2 V Combat " }4 g8 m H' Q* OReadiness : H3 F3 W2 Y/ V- x- m4 y8 |& C# s# NSynonymous with operational readiness, with respect to missions or functions " S# e* k; k- D1 b0 i# V8 a; @performed in combat.6 W# j, j, D3 X" l Combat Ready Synonymous with operationally ready, with respect to missions or functions3 ~, o7 a4 b& o; I( h5 c' M+ _5 j9 p performed in combat.* h; |9 |5 u& t, O8 N9 b0 ~2 _ Combat Service ; ?, C d6 }+ u. l( n oSupport, ]4 n( }. X) N$ o5 O The essential logistic functions, activities, and tasks necessary to sustain all R& v3 Q4 V7 K1 G9 O: d1 [ elements of an operating force in an area of operations. Combat service support4 A) f. { |1 D7 n' E F includes administrative services, chaplain services, civil affairs, finance, legal4 I: _) T# w/ D$ S2 X services, laundry, etc. 8 Q% m, W8 e4 Z1 T* {# v% K5 k; |) F+ aCombat Support Fire support and operational assistance provided to combat elements. Combat- R9 W" g/ h! i* U: Y" u3 s/ u support includes artillery, air defense artillery, engineer, military police, signal,$ I( ^, w- P2 c! ~% P3 z and military intelligence support. 7 a/ N3 Q* G4 {6 n# ICombat System % R- @$ a8 `9 c' X6 A$ lTest Installation + c8 z! M$ c- M+ F" `- k) zA collection of subsystems including weapon, sensor, and information processing + v# r" g; I) k) R6 M% R, }8 K+ d: j$ oequipment together with their interfaces installed for the purposes of early testing7 }. a+ G8 D: W) Y( @% @ prior to the availability of a first production item, at a test facility designed to I( ^ Q# s% h6 g4 p- S" N simulate the essential parts of the production item.

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Combatant ) M* p G- l, z- N2 CCommand : y- t% B/ `2 J( O9 Q! G(COCOM) 5 D, q' w u8 f! F; Y! }, MNon-transferable command authority established by title 10, United States Code,' c% w1 k1 e, P5 D) u section 164, exercised only by commanders of unified or specified combatant6 f9 f F" F! [; k2 r) l9 a commands. Combatant Command (command authority) is the authority of a/ E( g9 C- H H Combatant Commander to perform those functions of command over assigned ( L" [( C# `( s% Z2 Mforces involving organizing and employing commands and forces, assigning / [1 g4 n" W" Ktasks, designating objectives, and giving authoritative direction over all aspects 6 |+ O5 E X6 F8 hof military operations, joint training, and logistics necessary to accomplish the) |) E* M+ t& i4 R: `/ {# h7 q3 V7 d missions assigned to the command. Combatant Command (command authority) / o z& N1 `0 `% B0 Lshould be exercised through the commanders of subordinate organizations; . W; Y, R) B9 D7 e* x9 e @0 \normally this authority is exercised through the Service component commander. ' b$ k& m. \ }1 C b% v2 e6 H9 ZCombatant Command (command authority) provides authority to organize and$ A; j0 q: L: X4 J" b3 ` employ commands and forces, as the CINC considers necessary to accomplish/ F; A3 k1 n. h; V assigned missions. Also called COCOM. See also Combatant Commander.: r1 X- f* T8 O& X9 h8 v Combatant0 e6 g. p" H! M& S6 W* A' H Commander1 [% e1 L- R1 l. k( h4 x A commander of one of the unified or specified combatant commands) k/ P4 ~8 |4 O f+ S1 A established by the President.1 ]+ f+ }' }# e* n$ g Combined8 j3 X- P" V+ D$ G Doctrine3 z. @7 I! W3 |% _9 |7 Y/ y Fundamental principals that guide the employment of forces for two or more % y( V2 c7 a% Snations in coordinated actions toward a common objective. Participating nations2 C& I# f* w% l ratify it.' b8 T0 ]4 W, c( L, F- b Combined Force A military force composed of elements of two or more allied nations.5 z A5 [1 ?9 A% P" v7 I9 { Combined ' z. [2 Z0 f4 K3 a* Y6 Z& xOperation. j6 z9 J4 M% b2 b An operation conducted by forces of two or more allied nations acting together 5 k8 B) K9 ]% r; k- Oto accomplish a single mission.1 h2 n, l6 [1 d5 W$ g# r COMINT Communications Intelligence. ) X' W' x, h" a! ICOMM Communications. 2 K9 O& R& @/ Q% M/ c) k7 sCOMM CON Communications Control 5 t5 u* K) T% gCommand For command-oriented functions, the authorization required to perform command # Z; I% q9 O1 J+ F# poperations. $ o; ^4 N1 W) t0 n/ aMDA GLOSSARY, VER. 4.0 C; [5 G# a5 N3 M5 s+ S: A9 Y8 ? 551 _3 n' F$ j, k1 z& q Command and. k$ p8 g0 l7 \" m1 H; b Control (C2). ~2 V5 |% |- Z* U$ L The exercise of authority and direction by properly designated commanders over3 H1 x# o6 V+ t7 z- y/ j assigned forces to accomplish the mission. Command and control functions are 5 n" X8 I: l- H) _performed through a hierarchical arrangement of personnel, equipment, 3 P& Z+ o, x7 x2 [. G- ucommunications, facilities, and procedures employed by a commander in 2 c$ y1 [$ {# j0 c' |7 \$ Oplanning, directing, coordinating, and controlling forces and operations in the$ V: R9 S5 x; k0 u9 Z accomplishment of the mission. * n& _; n0 N2 x7 t& w7 s1 \Command and 4 j6 G- s' @: e: M0 }9 }( C1 VControl Element( l# ^! |2 @# ? (C2 E) ! [) X* i1 W; }+ A7 F6 R1 D1 _Distributed informed system consisting of processors, software, man-machine3 E- [* u! b: Z: s/ G' O! z( C interfaces, and communications media that provide USCINCSPACE with the . N5 s5 F+ {6 G3 Y6 }capability to plan, command, and control BMD operations.- n9 H, v2 z/ {6 m Command and/ D- A) D6 }( h0 O4 c+ ] Control System 4 d7 D2 j/ G+ B' v& ^The facilities, equipment, communications, procedures, and personnel essential ' u4 y4 ]; Z1 T8 A* _( j6 sto a commander for planning, directing, and controlling operations of assigned 5 m3 c8 l/ j. M0 k% g- vforces pursuant to the missions assigned.# \; ^% `* T- K3 L* s Command Center - s$ d) [. w0 \1 _(CC), B8 C( k; N. U3 R5 ?$ c0 g1 p A facility from which a commander and his representatives direct operations and) E8 x, W, l1 ~$ W$ }. f control forces. It is organized to gather, process, analyze, display, and 4 {! W: ?# N. l9 bdisseminate planning and operational data and perform other related tasks.6 m1 |* p/ k# N) L6 @+ } Command," O; m$ m. B P% {9 g1 o Control, and: |# P8 D& p# h6 }% ^+ s Communications $ b' d* z) q k- k; N7 vCountermeasure" b% u; h$ p c. B9 U( B s (C3 CM)! G0 Z$ [+ c) O$ V (1) Counter C 3 . q; F4 i$ h5 A4 d1 g( M1 ~– That division of C3 CM comprising measures taken to deny5 l) W! c1 C% [. }2 i8 W9 Y adversary commanders and other decision makers the ability to$ ]6 t( g7 x8 [+ R$ j! v command and control their forces effectively. 8 z# x& i$ L U& N# R(2) C3 Protection – That division of C3 CM comprising measures taken to0 J4 S/ l3 m8 C6 X* d) t2 _ maintain the effectiveness of friendly C3 despite adversary counter – C3 * I3 G7 m9 y/ A7 r- I: {: @actions.- U3 z* ? T. u Command,- m4 `" V8 ~# Y6 x! @ Control, ; B0 u0 t8 s: P# B G2 p# fCommunications, 3 ^. c s$ e3 S" {& |and Intelligence; |" J* H) i0 k9 h (C3 I) / s5 C; r& { T" X/ L(1) Procedures and technologies supporting command and control, 0 X' q' c% K+ D( T( ycommunications, and intelligence requirements, including those % {* Z+ C* l& i+ V3 yinterfaces affecting systems external to the Strategic Defense System.3 k5 U+ r" `: P) f7 n) d( E (2) One of the four pillars of TMD capability. Coordination of other pillars& N! |1 j: k$ ~' O2 a and integration of the entire TMD system into overall combat operations.) T8 p9 J( e. e% q J* M Command, / ^$ O( w$ P9 @! `# \* S! WControl, * G3 n- n; y. x1 V, h5 S( I' qCommunications,* e- w8 M% q) M; \2 ` and Computer) F* n3 d, V5 ~6 [1 C. K5 a% { Systems $ h2 q6 E& y2 _(C4 Systems) & o# F- A% F! T, [! IIntegrated systems of doctrine, procedures, organizational structures, personnel, & E' a4 E3 o, k/ @& l3 E' s4 m eequipment, facilities, and communications designed to support a commander’s5 i' s3 {0 R$ G, W exercise of command and control, through all phases of the operational7 x" _, E1 g- P$ F% d7 { continuum. 5 }; _% n/ @) ^3 [$ V# v$ Q# H; R# ^Command# C: x7 o9 B, @ u: ~! d5 { Destruct Signal+ S% h3 P6 h1 B) d& i# M7 h/ ?: v! o A signal used to intentionally activate the destruction system in a missile.7 z9 p9 D& q% O' Y4 `5 V Command1 y" c' _1 w. O. E% Y2 M; [ Guidance0 p, d% W0 x4 a' S' Y5 Y0 t A guidance system wherein intelligence transmitted to the missile from an outside ( ^3 r9 w7 I( g# a3 h& s7 E; fsource causes the missile to traverse a directed flight path. , O, ~2 `- G* ~Command Net A communications network, which connects an echelon of command with some1 S6 g1 c k% Q1 F3 `0 Y or all of its subordinate echelons for the purpose of command control.9 ]2 H+ B+ x" @6 O Command$ q( b. A) n2 y) r Verification, O$ M- J8 e: D' x x% s X. X The verification of commands from the Battle Manager or Operational0 I/ _; g$ v; O$ c Commander prior to execution to confirm the command was correctly received ( ]) j3 q2 W2 Iand properly issued.( `. N6 N6 Z' Q. S$ _( F6 G; o4 B7 o Command Post - D2 U* H; B: f) bExercise (CPX); D# W, t) W/ D An exercise in which the forces are simulated, involving the commander, his staff, + m' D; F5 h" V+ R: H+ zand communications within and between headquarters.+ Y8 n& ?3 R5 ?0 c5 o) U COMMARFOR Commander, Marine Forces. ( T- R; y$ ], Y& h" aMDA GLOSSARY, VER. 4.0 C e; j5 j: I9 M, K569 H2 t) z5 d) U/ p9 q1 Q Commit The process of committing one or more interceptor vehicles against a target - X; C u/ h: ~( ^track.0 ]/ s! O& O: j1 O Commitment A firm administrative reservation of funds for future obligations by the local4 F$ @0 p. \, H# s: k- U comptrollers. Based upon firm procurement directives, orders, requisitions,6 l% v3 v! x6 A4 i) o' g: L1 [ authorizations to issue travel orders, or requests.

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Common3 ^% c/ G8 x+ g% Z1 k. r Automated / R: Z2 Q9 ^+ f- M$ qSystem; k3 L. ?( i5 N( m7 i) \ Execution (CASE) * ?. _. h% I* o& F4 b- gAn Army segment of the Command and Control Element responsible for the SDS& d" w5 M. b- t6 m5 v" @7 n functions which task the associated sensors and weapons (e.g., WTA) and 9 q& T3 x8 v0 c V2 z% I' [( w5 i/ Cprocess the information resulting from those taskings (e.g., perform multi-sensor: t- ?+ y, q' I) W4 c2 F# G track function). Expected to consist of survivable computer hardware and 9 `# i- i0 B) h1 lsoftware.: n# h! b5 `: h9 _3 B Common % A9 w% ^% n6 y; W6 OIntegration and0 s& O/ J# r( P* } Tasks Execution ) \- h ]9 B2 L. W6 f(CITE) 3 V$ U! t- y+ x# _An Air Force segment of the Command and Control Element that performs multisensor data correlation and tactics execution for space based elements. ! L. x7 w; M* e B0 X1 bExpected to consist of survivable computer hardware and software.7 L4 ?0 |7 N; p Common Mode 7 I4 Z' y! _% t* c2 MFailure D; `$ q1 q5 Z/ E1 NA type of system failure in which diverse components are disabled by the same 8 `( M5 M9 A7 U) \single cause. ; }/ `# s) ]1 wCommunication: l; T* P1 `& n m7 I0 Z; K Control Character - t8 [8 m: }, R- J3 z6 r% rA functional character intended to control or facilitate transmission over data J/ \5 H' a; Y! _1 d5 C- enetworks. There are 10 control characters specified in ASCII, which form the2 M: c4 a0 H* G, t7 `/ L basis for character-oriented communications control procedures. f- ~ i+ m) j# }. w1 M" sCommunications ( |3 Q H z/ l" I5 ?Data Base 8 a4 x) [. _! T; J! ^- a! ] q( aCommunications data files and updates including, but not limited to,/ j" y6 S: T f0 ^+ h* x communications message file, network management file, information" \# K. r7 @* z* [* T management file, link quality file, synchronization file, security file and3 Y x# t9 r8 g( F# @ communications health and status file.- h& r3 D1 a- b, k/ K Communications 7 x7 G4 j! h" Z6 EIntelligence & s4 n2 D, p" k% Z2 U(COMINT)4 ^/ g; d& q) L% }* j$ N( K Technical and intelligence information derived from foreign communications by , d& e$ @/ ^5 V/ N+ nother than intended recipients.6 s7 t* X7 S) r& M+ A Communications ( S+ n0 ^- {/ vSecurity * F: r6 n" w$ } [(COMSEC)1 k: e$ o4 X/ ~) ~- b The protection resulting from all measures designed to deny unauthorized - [' h" z. v, a, B k$ p4 Wpersons information of value, which might be derived from the possession and( V5 X: ~; m9 F# d* M study of telecommunications, or to mislead unauthorized persons in their1 i: Q8 Q0 n# z z4 ?$ d interpretation of the results of such possession and study. Communications 6 g9 p$ \* W# t5 s. O, C' Fsecurity includes crypto security; transmission security; emission security; and' w3 B% `* {3 Z0 P physical security of communications security materials and information. 4 `: X7 p$ c; @0 zCommunications- A: L5 o* |4 ] System Segment; n0 S3 N# r$ I9 a (CSS) # W7 \: N* _+ t/ _; IThe communications front end for all Cheyenne Mountain Air Force Base % v4 ], c9 m& T& p+ @" |: U$ u2 {(CMAFB) missions for non-common user traffic, performing circuit and message % g* z- r' M: u3 {' oswitching. ' Y* L% c- {* a& RCommunications2 L5 Y( E7 T: G: f System: X0 @+ E2 W; A" W Synchronization 8 s0 F! S4 R( k& c2 A$ b% `0 t% YCoordination of timing among communications system elements to permit" w4 L$ T2 P7 o! N transmission/reception of messages/data which may be distorted by time delays Q( X: K; N0 I2 ?+ b! |, nand Doppler shifts between communications nodes.% r! d( L1 `+ b5 E, Z7 H Communications. `2 ]% q* [' ]9 Z4 S e1 d Zone 3 ]8 O4 \& s7 ~/ `+ J0 t. aRear part of the theater of operations (behind but contiguous to the combat( D8 Q' Y: R6 ]% g+ W zone) which contains the lines of communications, establishments for supply and$ V. [) [, g: f! n) n9 b evacuation, and other agencies required for the immediate support and 7 d0 n0 w% z7 e( e9 ^" P8 ~maintenance of the field forces.3 V( ]0 |9 O; Z5 O8 s* S6 n COMNAVFOR Commander, Naval Forces.4 z6 b& f7 M) H* t/ `/ ? MDA GLOSSARY, VER. 4.0 C/ j7 Z+ s* H8 U7 \. y F e 57 % b7 \ O, q( E. |COMNAV-7 H. ]* I' z5 D+ e9 X SEASYSCOM( h3 w* D9 T. A/ z' D5 c2 G Commander, Naval Sea Systems Command. ; ?0 E6 `) P0 b3 X" Y& O5 ZCOMNAV-) |9 k' r5 g& i SPACECOM) v- ^; J+ `- K$ X Commander, Naval Space Command. & j- h2 U6 b7 j4 R+ \# \* zCOMNAVSECGRU Commander Naval Security Group.! |, Y/ V, G) {8 `$ S6 J COMOCK Computer Mock-up 4 L6 d: G: P- PCOMOPTEVFOR Commander, Operational Test and Evaluation Force (Navy). D" S* |% \0 }! [" v) K! P* ? G. d. j, ZComp Completion. 7 \% n: E8 p! q i/ CCOMPASS Common Operational Mission Planning and Support System (Army term) 1 w# S m$ ?* w6 W) l, g4 R& dCOMPES Contingency Operations/Mobility Planning and Executing System. 8 m6 p e7 g5 ZComponent Subsystem, assembly, or subassembly of logically grouped hardware and- P( ^, A" R6 T/ m6 O$ b software, that performs interacting tasks to provide BMDS capability at a 8 Q: u* B% s2 h9 S& [' X9 v# Hfunctional level. & R+ d' C+ l. |8 t$ ^1 XComponent : @6 \4 F+ P# TAcquisition* q x! S/ ^. S( U4 ] Executive9 v9 r9 V% W/ r) h" ]3 i9 G A single official within a DoD component who is responsible for all acquisition 6 X5 D3 Z5 i' o: ]% T$ a7 F( E; v8 Nfunctions within that Component. This includes Service Acquisition Executives# |! ^8 z5 C, ? k4 m4 F. B% _ for the Military Departments and Acquisition Executives in other DoD components% }( d6 a0 N7 e: D/ a% t that have acquisition management responsibilities. ' ^2 V1 g! T: R5 F+ F8 {/ _( NComponent8 _* g, h" i+ b4 t4 {! P, G. l Command3 R) V2 W/ x( u9 N Centers " L$ U6 H) t2 l2 i8 ?4 @The Component Command Centers (which will contain Army and Air Force( m" e4 {% R4 Q7 `- r* G0 Z unique capabilities) will be capable of supporting the USSPACECOM Command) C. ?. S8 F! _ Center and distributed Operations Centers by functioning as “Hot Backups” to 9 ^7 w7 J3 |! [, oprovide for BM/C3 availability and survivability. The Component Command $ \; W' Y" o% k& m' {& HCenters will be capable of executing real-time control of BMD engagement ' g# h, N8 u# u; Joperations.' I* ^ @5 Z: l5 D5 o6 r" D Component : v+ B# v4 x8 a# GProgram( I: g! D% W) P' J% M5 i4 ?$ q A major defense acquisition program delegated to the Military Department of " [- i, D( _; xDefense Agency for management.8 _' |) v7 ^, [ Compton Current Electron current generated as a result of Compton processes. (See Compton * C( y4 A v% {) z# {6 ]2 }Effect and Compton Electron.)/ F7 K* [# R% \8 O Compton Effect The scattering of photons (of gamma or x-rays) by the orbital electrons of atoms. 4 f- r0 @- G$ J" x# S- G# |In a collision between a (primary) photon and an electron, some of the energy of 1 M. h7 \0 H1 d2 Othe photon is transferred to the electron which is generally ejected from the 7 G( O' N9 a0 i9 i/ S" G4 C. g" |atom. Another (secondary) photon, with less energy, then moves off in a new 6 u9 L. U& J0 H0 G1 adirection at an angle to the direction of motion of the primary photon. (See ' ^) P, m3 x6 k' U9 XScattering.) 6 v S- l% E& v& l* S7 d8 v6 T+ x" cCompton ~4 q1 v8 j2 E' _0 W: S" ?; |Electron: ]; U2 a; \+ O4 V5 i An electron of increased energy ejected from an atom as a result of a Compton7 T* n0 g* c8 z5 s) ? interaction with a photon. (See Compton Effect.) 3 A) g5 L" N8 [# ]% XMDA GLOSSARY, VER. 4.0 C % X) [. y- K* _1 d n58 * T5 V" o2 H+ y1 h" ^/ hComputer" S0 m7 r6 r4 ] Z- V Security , _4 _2 s" h# r: ~5 S C3 ](COMPUSEC)! k2 L/ x6 I' C" H: W) h The totality of security safeguards needed to provide acceptable level of+ d; H2 ^" }. l4 T9 e; D: T, s protection for automatic data processing (ADP) systems and the classified data d& p3 a u, \6 K: E# I processed. Includes all hardware/software functions, characteristics, features;! l7 J$ j# O3 ^- c+ x operational, accountability, and access control procedures at the computer and / Z# C2 Y* }7 g; n' Z! Hremote terminal facilities; and, the management constraints, physical structures,0 t- x- l; y# O9 }9 _9 D4 y and devices needed to provide an acceptable level of protection for classified ( }9 g6 U& R. x" X. u8 \# Oinformation in any state of storage, processing, display or communication within9 u. G0 w. M$ D* n1 A* m3 c* F) | the ADP system.1 K ~% v6 s6 S1 ~+ ?6 l" w5 H Computer' N; C z. H. [ Software6 o' b# O1 L) X! Y q Configuration D3 ^; l: M7 pItem (CSCI) - s6 u, ]4 e& x1 n7 h5 {An aggregation of software that satisfies an end use function and is designated 2 M' U, o, E. m/ Oby the Government for separate configuration management. They are selected ) F, j$ w) E* Sbased on tradeoffs among software function, size, host or target computers, ) x0 a- E& o" t6 k5 ideveloper, support concept, plans for reuse, criticality, interface considerations,* i" Q1 c( w- v- u% t need to be separately documented and controlled, and other factors.

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