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发表于 2008-12-25 20:17:35 |只看该作者
Production . Z* M: [+ ]: G* i5 e: O$ V+ n. KAcceptance Test 1 M( _% A, f8 _2 {5 {and Evaluation ' Q! x: j5 L0 t9 f' \' XT&E of production items to demonstrate that items procured fulfill the' M* ^0 |: u/ t requirements and specifications of the procuring contract or agreements. / s1 |% j% V4 T/ F- O1 W# bProduction and8 F/ f/ F6 F! x* J- C* n Deployment 0 |+ i. z$ X: kNormally the fourth phase in the acquisition process following Milestone III.0 X! u0 [# c* ]# K Systems are procured, items are manufactured, operational units are trained, 1 L6 z( `3 n, g4 N5 I- tand the systems are deployed.8 A( A( [% _% U7 J- v4 o Production $ K7 Z% [0 }3 ~9 y( p. a: GBaseline) J% m/ l' V: K, |% J The Acquisition Program Baseline (APB) approved at Milestone III, applicable to # u6 c4 l% w9 Z+ H* r" uthe effort in Phase III, Production and Deployment. " Y8 }9 g. t8 ?9 n. J) D1 Z9 rProduction' I* T7 J* e! A5 l, U ~" S) A Control / Y# I# }" C& P( x5 Z7 w+ ^$ u; [The procedure of planning, routing, scheduling, dispatching, and expediting the4 Y- H, K, Z8 o+ Y flow of materials, parts, subassemblies, and assemblies within the plant from the ! K& y9 U9 _8 a7 y) D G$ s* Araw state to the finished product in an orderly and efficient manner. 7 Q) I* S; p( a3 u! i) [" {Production 3 e3 Z7 g3 m! tFeasibility ' c9 Z2 V( i! {% H b6 D6 qThe likelihood that a system design concept can be produced using existing 0 E0 b4 R R9 L* ^% ^! Qproduction technology while simultaneously meeting quality, production rate, and* s2 y& p" l" q2 v7 }: s cost requirements. # Q/ ~) _' R9 Z4 IProduction4 j7 e6 ^1 T5 x% J' p Qualification Test 7 {% p4 Y! z6 p) M2 {5 Z& Q(PQT)5 e- M$ f. b0 [) B A technical test conducted post MS III to ensure the effectiveness of the - w0 l2 i+ }& v3 P8 B$ l+ Omanufacturing process, equipment, and procedures. This testing also serves the2 ]# D7 e# M# ] j7 a purpose of providing data for the independent evaluation required for materiel( O5 @5 e$ j3 x! l8 J9 | release so that the evaluator can address the adequacy of the materiel with 5 G, A; s1 [7 [: f2 n3 ]7 rrespect to the stated requirements. These tests are conducted on a number of ; B7 u. M0 b8 O2 `( Z {$ g" Y5 P$ asamples taken at random from the first production lot, and are repeated if the v0 L1 [; r% `* zprocess or design is changed significantly, and when a second or alternative 0 K9 F6 H& U" U1 W) I% }' d5 ]source is brought on line. Program funding category -- Procurement. * O( W. f y1 e# |7 W% ~Production" |1 E) k1 G" p- Z* [, ^% U Readiness ( c& t9 l' ~& ]& E6 F( {The state or condition or preparedness of a system to proceed into production.3 F# ?/ I4 r0 J8 g+ f A system is ready for production when the producibility of the production design 1 W. j( O( C% S2 C6 [2 Nand the managerial and physical preparations necessary for initiating and7 g; s0 g$ F0 o; |2 z: } sustaining a viable production effort have progressed to the point where a- F# p( S4 d2 ]+ W production commitment can be made without incurring unacceptable risks that6 _: [2 j, }! i6 {0 l; W will breach thresholds of schedule, performance, cost, or other established, C4 M7 M; J5 U+ Y+ v! ^ criteria. * F6 o: a& v- W! N8 lProduction9 Q3 J6 h# C% d' o9 g8 D: h- ?2 V9 } Readiness % y7 U/ x2 |4 N8 z' R5 WReview (PRR) 0 F Z; s; [; U$ {" d1 NA formal examination of a program to determine if the design is ready for; r" z% Y6 W* c/ O production, production-engineering problems have been resolved, and the# E2 o$ I' E' j producer has accomplished adequate planning for the production phase.2 k+ D! w5 j9 n% H( U8 o B! n Performed toward the end of FSD. (Defense Systems Management College)0 G* K0 u1 r' Q; |/ p( T Prograde Orbit An orbit having an inclination of between 0° and 90° with the object moving in an & m0 r1 s5 E; B8 H. Qeasterly direction. (Retrograde Orbit.)# w( h A- ]3 I, l$ _9 z- L. F) S MDA GLOSSARY, VER. 4.0 P , ]/ h% f/ |& ?2 n3 W" z, n* y233 ( p4 w/ c- @; N; RProgram (1) A DoD acquisition program., q7 o& w1 D5 Y% W (2) As a verb, schedule funds to meet requirements and plans.7 l. @" l* ]* D6 B: w: L (3) A major, independent part of a software system.9 L4 r4 Y( Z G" @ (4) A defined effort funded by RDT&E and/or procurement appropriations 3 H# d2 G% T1 O: w% Qwith the express objective of providing a new or improved capability in 0 ]2 G, X9 X+ h7 Yresponse to a stated mission need or deficiency.# K/ t/ N4 ~4 o" B( u Program . p/ [! T ~! O6 CAcquisition Cost ; n; E; ^; d) h, f- u: w5 IThe estimated cost of development (RDT&E), procurement, and system specific / Z$ A$ I5 k" m9 L: vmilitary construction (MILCON) necessary to acquire the defense system. RDT&E% c$ B) y% W1 G costs shall be accumulated from the point in time when the DoD acquisition" X* n' p0 E' P program is designated by title as a program element or major project within a g* u; U; o; ]0 _* ]2 s program element. MILCON costs shall include only those projects that directly X6 v' X" u& o: }$ i6 I( |, M9 usupport and uniquely identify with the system. & Y/ [% Q* k+ C6 R/ C% GProgram1 r( u+ Y) ^, F& m0 `2 x% W" [ Baseline. ?* l! I7 k* x& x H; E5 G# H1 S Acquisition Program Baseline.5 r3 g! w z8 e* b Program Budget0 v7 Y( Z& _ h5 Z+ d1 } Decision (PBD) 7 @9 F; S3 o+ P5 E9 H' {Secretary of Defense decision documents that affirm or change dollar amounts! ^3 Z6 J1 |+ F, D# T or manpower allowances in the services’ budget estimate submissions. 1 l/ @+ ~0 j7 X, V9 _Program Change 9 u p9 S( M p! T' d9 ^Decision ~! ]- e4 I# g6 {4 ^& SA decision by SECDEF issued in a prescribed format that authorizes changes in + P; B* `9 Q I& R8 z+ t. d2 }' Wthe structure of the FYDP. % \& F1 I0 `; iProgram Change + b _: ^9 l1 a' X3 W. W8 L4 JRequest$ L) V3 ^7 V- X% t4 t* h9 z Prepared in a prescribed format, it is a proposal for out-of-cycle changes to data0 c( J& o9 I1 c* p recorded in the approved FYDP. - k! k9 W9 n8 o5 o) b1 \3 nProgram Cost - v7 o0 Y) z2 p1 S% _( K) d. X, y& tCategories & G! e2 n- t+ T x, N2 [3 kResearch, Development, Test, and Evaluation. Appropriations to fund the 3 A, n! E# S" yefforts performed by contractors and government activities, including0 t# e. p+ L! L, i procurement of end items, weapons, materiel, components, materials and% P% ~3 k* I9 A9 R# l8 } services required for the development of equipment, material, computer 8 q- {4 o, ]6 Q4 Z' R/ rapplication software, and its development and initial operational test and 9 ]. t1 @2 F+ X V# R3 {) Tevaluation. RDT&E also funds the operation of dedicated R&D installations7 @) h$ ~/ y% B: k activities for the conduct of R&D programs.

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发表于 2008-12-25 20:17:50 |只看该作者
Procurement. Appropriations to fund those acquisition programs that have been1 Q$ a8 H2 i" _3 [9 u, T approved for production, and all costs integral and necessary to deliver a useful 5 Q; t* {% r4 {0 W2 Oend item intended for operational use or inventory upon delivery. " n5 l+ r/ s; R7 `" B0 iOperations & Maintenance. Appropriations to fund expenses such as civilian; u' l: I; x' I! d salaries, travel, minor construction projects, operating military forces, training and 6 C- U: O4 G/ @4 `7 Q! n) @education, depot maintenance, stock funds, and base operations support.# Z3 E5 d4 l$ @6 `5 ` Military Personnel. Appropriations to fund costs of salaries and other3 m5 L, g6 b' A; ] compensation for active and retired military personnel and reserve forces based ( `4 o) L* r$ p0 S2 L" aon end strength. # s$ ]" v" ^3 t9 z& ]5 dMilitary Construction. Appropriations to fund major projects such as bases, 9 m1 L% r5 s0 V O' Q0 \schools, missile storage facilities, maintenance facilities, medical/dental clinics,, s% B. I# T6 z2 L8 q. T libraries, and military family housing.' n3 _2 k( y1 J5 W- w Costs budgeted in the O&M and Military Personnel appropriations are 0 K. K T# s( |( g! `3 \) \. l" `4 u) Yconsidered expenses. Costs budgeted in the Procurement and Military$ b, t3 X' h/ ?( i C3 E+ f: K Construction appropriations are considered investments. Costs budgeted in the" y9 c0 \# c( v7 r8 {& N6 g. S RDT&E and Family Housing appropriations include both expenses and 5 s9 h/ u* Y0 g- c) W& Ainvestments.* F- L: R- }7 P* w: V- U, d MDA GLOSSARY, VER. 4.0 P 0 f5 M3 j, N- H' D8 ?5 T; s234, \/ Q% h' h/ E Program( }/ c( a9 _6 `/ X. H4 B Decision8 n8 x9 Q5 e: W, k0 R7 L Memorandum9 w! J! K9 Y2 t (PDM)& L3 L- ^! k( Q* N1 q6 C6 x SECDEF’s approval of Military Department or Defense Agency POM with - M( K4 U4 C3 a* H/ Btentative specific guidance. Issued in July every two years during biennial + b* R8 b4 D0 f5 v2 `$ o$ _, rPPBS." H, s: U; A# j0 @( s Program# L% @$ p: \. D! z+ F5 `7 z Development and! b: C$ C4 Q$ Q. ], L Risk Reduction " ?9 F+ y& o) w1 s" c(PDRR)+ y) Y5 {: O- | The acquisition phase when major program characteristics and product designs 9 |( g( d J- O: S( }5 W2 bare refined through extensive study and analysis, hardware development, test,! w ] D! d" Q. k, q9 S and evaluation. The objective is to validate the choice of alternatives and to 9 i* {1 g \4 s. j1 Lprovide the basis for determining whether or not to proceed into Engineering and8 w' B# f$ P/ M; w Manufacturing development (EMD). 9 T& e- I E1 v: k: v' ?" nProgram Element ' K- X! D% m/ O7 M- |0 f& X+ O(PE) ' D! o7 R2 @& C4 FThe 11 major force elements are subdivided into Program Elements. The . ^" K% I. G9 l9 L& X5 l1 _program element is the basic building block of the FYDP. It is defined as “an + e U4 j" F1 G( P& w6 Hintegrated combination of men, equipment and facilities which together 7 b$ q; R: A ~: s6 ^constitute an identifiable military capability of support activity.” It identifies the4 R$ [( J& G) o% F4 O5 x mission to be undertaken and the organizational entities to perform the mission. , p7 R$ b+ W3 ^# V! RElements may consist of forces, manpower, materiel, services, and/or associated ! W; {+ Z" G) j% A3 [3 ?7 Ccosts. The PE consists of seven digits ending with a letter indicating appropriate / h& ^% z, r' |( s! e, u$ o% nservice. % D9 @2 q) q4 p9 T$ O2 m, XProgram Element / u9 Z/ U% M2 M ~0 q: W0 c3 XMonitor (PEM) 8 t* y$ [) c9 U6 Y- C9 [0 vPerson within HQ USAF office who is directly responsible for a given program 7 w# E. W& j2 u) S0 Uand all documentation needed to harmonize the program in the budget. 1 l1 k0 I- w' P8 d0 l" Y: SProgram $ U3 O0 Y! n) K |- fEvaluation. P- _$ b% X9 @" V' X, N Review : t9 `/ ] B) X' P( uTechnique( d3 D* M! B! J, e3 U$ i1 H A technique for management of a program through to completion by constructing , }0 D8 A, @3 J* F9 q& }a network model of integrated activities and events and periodically evaluating1 N" _# j. s0 c O6 v the time/cost implications of progress. ; e3 h6 U/ H9 z& x8 m) X3 fProgram3 @6 Y/ I" x/ v9 ? Executive Officer 4 T& t6 c$ R6 l A( T; L5 [3 L(PEO)& I( i, z. e2 @ A military or civilian official who has primary responsibility for directing several " m {4 C( h. O4 Dacquisition category I programs and for assigned Acquisition Category II, III, and6 _6 F+ [4 _, e. V7 ^ X3 r IV programs. A Program Executive Officer has no other command or staff0 A1 K/ @. s/ ] responsibilities within the Component, and only reports to and receives guidance 5 y; C- G9 W0 k+ O5 ?& k8 b8 vand direction from the DoD Component Acquisition Executive.2 D' \1 i- \2 V( H2 k- b; o Program 0 \$ v: I, z# ]! A: I1 I4 t; X9 }" CManagement : x+ I# E8 H9 F7 F" oThe process whereby a single leader and team are responsible for planning, , q# r( i* _( _9 a% z6 aorganizing, coordinating, directing, and controlling the combined efforts of , i, V; }! o% G. s) F6 _participating/assigned civilian and military personnel and organizations in/ m$ s0 M4 V* i; I+ M( @' ` accomplishing program objectives. Provides centralized authority, responsibility,7 r1 W' J7 N/ @ p1 S and point of contact for a specific acquisition program. $ h4 v4 K1 i1 d( Z' @' L! o* UProgram # O: g" g6 S5 I3 h8 ]7 e- h, xManagement- z* ^3 L) R3 ?. Y8 t Agreement (PMA)- \9 y* A8 i x1 o* z The guiding agreement between the BMDAE and the SAEs covering the broad& |- T* m7 A; h3 p objectives, funding, and expectations of each Service with respect to a specific1 e& H$ [& ?* Q( a6 y H MDA-funded activity.$ m. L, P' C$ E8 O% c9 }) t {6 \5 N( ] Program' l4 I. K! K2 d9 N. \5 x4 f Management , I# Z- E+ t2 J- mPlan: U" `4 \( A% u& c$ Z The document developed and issued by the program manager, which shows the 8 h/ u) S# B. `8 d# W% w( dintegrated multi-functional time-phased actions and resources required to4 {; {, [$ M/ u. r2 }% r complete the task. & }8 W, w$ n* v' b( `) jProgram# K2 ^/ C0 ~9 ]+ E/ f Manager (PM) S! h4 {( ]5 D" e5 L; ~. t8 m A military or civilian official who is responsible for managing an acquisition - k0 I1 ]/ z# {1 {program.7 L5 r- r" U% e! g$ Z* E; H Programmatic Pertaining to the cost, schedule, and performance characteristics of an4 i5 a; x0 R+ n! P9 o acquisition program.

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MDA GLOSSARY, VER. 4.0 P8 Z s, l' b6 ~ 235 6 Y( }, I z E6 b: FProgram; _ r: _9 Y: j, M" H7 L Objectives / l/ i1 _( Q* b5 S) K' uMemorandum3 R' T& j( L5 j+ B8 Y, w (POM)$ i+ I) y% D4 r# p% x! [ An annual memorandum in prescribed format submitted to the SECDEF in May6 V3 l* d4 l1 a by the DoD Component Head, which recommends the total resource. u v( J" l: s4 F& K# n requirements and programs within the parameters of the SECDEF's fiscal) A4 D. W* E" P) Q" @0 m guidance. A major document in the PPBS; it ultimately becomes the . m* x# t1 B% V) c; M9 HComponent's budget.7 K) Q# M0 M9 ^ Program/Project( W7 ~0 f7 }/ [, ] Integrator (PI)3 S9 C5 K% ^7 f1 Q. S The MDA staff member assigned responsibility for integrating all tasks within a ) ?5 H) I" a7 v$ x/ {% }project. Single point-of-contact for information and activities involving a MDA( |9 T) ~/ s: G% z9 B5 R technology, NMD planning, or a TMD acquisition project. & G8 H+ j' h- m9 I. pProgramming The projection of activities to be accomplished and the resources that will be2 u1 a, g4 r' m( r. s# E0 P+ u required for a specified period in the future. The process of preparing a) ^1 J$ g+ a5 { n& a6 n program, especially in terms of quantitative, physical requirements, manpower,; Y1 m, U! O$ C! N, M materiel, and facilities. The process of establishing and maintaining a program. , T5 w$ `/ R( [8 H9 H) g5 [0 S8 ePROGRUS Program Update Studies. 4 d, U) [, n; P5 O0 x; M. EProject (1) Synonymous with program in general usage." c0 t' p0 I9 o1 q (2) Specifically, a planned undertaking having a finite beginning and ) g- m- b$ t( [ r/ @$ t, |ending, involving definition, development, production, and logistics& x6 w& L( H0 j' g/ r support of a major weapon or weapon support system or systems. A7 Q& |9 K+ Y+ t" k- ^+ f) ? project may be the whole or a part of a program. Within the Navy, a) l& d$ L! v! b$ z0 [8 S e Designated Project is a project, which, because of its importance or" C6 u6 u/ k% V critical nature, has been selected for intensified project management. 5 Q4 f6 p& J7 l4 ]+ C(3) A planned undertaking of something to be accomplished, produced, or" f2 ]6 u! p3 O3 e" D constructed, having a finite beginning and a finite ending. 6 ? v, H6 x$ x; E# X2 JProject Office The office of the program manager and the point of contact with industry,. b2 {! E; a- a* A6 N( N government agencies, and other activities participating in the system acquisition 2 T: ]( d9 M2 _. ~; D0 r1 } uprocess. (USASSDC) (Note: USAF uses the term System Program Office).! k1 {9 n( ~8 x Project Planning1 F; @2 f5 [( ~* d$ P( u' M Guidance (PPG) % ]4 O4 B2 [# X& C5 D% O- a0 I0 r2 dHigh-level summary document that defines the work to be performed by each9 j( a9 }2 P+ v2 n6 ^5 \ e! T Executing Agent in support of the BMD program.7 f. O% x8 m5 Z Project Summary . c# j7 B2 f) F8 Z5 ^( FWork Breakdown! K# @+ F4 \* p4 E0 I0 K; P: z Structure (WBS) 3 k+ |+ k: i$ Y' K, U6 CA summary WBS tailored to a specific defense materiel item by selecting : J" R- D* m: D% G. S4 Aapplicable elements from one or more summary WBSs or by adding equivalent# c( D/ Q) }1 v( g- R" n/ G( j$ M elements unique to the project (MIL-STD-881A).+ x; l3 J/ ^; [$ P9 G. I Proliferation 1 u9 _, q1 K8 m6 K: Y% \(Nuclear# E2 T( Z2 O+ R Weapons)+ {3 D5 m4 H* _8 F1 j) h The process by which nations sequentially come into possession of, or acquire0 k S7 _6 V: w5 i. |* U4 b the right to determine the use of, nuclear weapons, thus enabling each to1 o9 I, B$ H; b1 g! n launch a nuclear attack upon another nation.2 L% [6 T* {% H C1 Q! C Proof of Principle3 _! h0 Z, @+ |- B) S( ?) D (POP)- h! v* X# w- g Technical demonstration and troop experimentation conducted with brassboard * {3 u, r# W' U0 P, O0 Pconfiguration, subsystems, or surrogate systems, using troops in a realistic field % H' i0 O! m8 M. C9 k" Q1 A3 |environment. The process examines the organization and operational concept,- C* |3 @3 Z/ R3 @4 S3 P5 b- Y( D provides data to improve requirements and evaluation criteria, and provides data ' |: h5 C: D% I. z7 ^on which to base the decision to enter EMD (Army).- `0 j8 N5 E" H9 }* W4 _ Proprietary Right A broad contractor term used to describe data belonging to the contractor. This+ A' h0 R% x9 z, G data could be intellectual property, financial data, etc. The Government when 6 `4 X- N2 {& t# u# ~ a# _referencing technical data does not recognize this category. (Defense Systems ^# G& }( y: R( nManagement College Glossary)& m: [! N, S5 g3 B1 b Protection & G( J- h4 i) T1 zPriorities z7 @6 G0 i8 h0 K* R/ e' iThe aggregated value for each impact point prediction specifying the order of : n% x) L3 Q9 f. jprotection. - W4 f+ C3 u g5 I+ G& `Proto Prototype.: c( ^* b) p1 d* B. b X MDA GLOSSARY, VER. 4.0 P2 x2 H1 w9 S( R& X; I) Q1 c 236' y3 d, f0 X% A PRP Personnel Reliability Program (ILS term).. Q/ o" v7 x L8 B7 m2 Z PRR Production Readiness Review.( m' M: k' S8 |7 |3 P9 U PS (1) Physical Security. (2) Product Service. 0 H/ ]! |# A- M' U% qPSA Production Shakedown Availability. , y, T! ~, k0 T- PPSAC President’s Science Advisory Committee. & `5 e6 Z$ h: r- }$ _3 ]1 T8 l- FPSC Principle Subordinate Command.* E4 `% @ B, h PSCC Physical Security Control Center. 5 G6 M5 m5 o+ Z" T4 }, U% y) }$ APSD Power System Demonstrator. a; A7 D# q- D4 U* q2 h PSE Peculiar Support Element. 9 N& H1 L& `9 D- U( V% N3 D1 z. iPsi Pounds per Square Inch.+ @6 G' d. T. R4 Z2 W PSM Portable Space Model. & K/ F/ v. Q3 M# y+ ?PSN Packet Switching Node.* z: v& J8 |) j/ _! B+ P7 O% T PSP Program Support Plan.+ O9 H* e# }2 ]1 [ PSRR Preliminary System Requirements Review.( Z; ]. P4 n, B5 Y4 W u PSS (1) Passive Sensor System. (2) Passive Surveillance Sensor (Project 1106 term). ' o* P8 ~2 @* J6 nPSSC Preliminary System Security Concept. ' F( Y% A3 [: H4 p8 f5 GPSW Packet Switching.2 J5 p# u5 U$ Q" p# P) { PSYOP Psychological Operations.$ Q+ i8 v/ S0 S4 v3 }! s PsyOps Psychological Operations. 3 E7 ?. f/ c1 `+ \- ]4 gPTBT Partial Test Ban Treaty.9 \# L* A/ G) I# x- G3 `' @ PTDB Problem Tracking Data Base. 4 D3 p3 Z8 o% e" u- ]$ t: p, uPTE Processor Test Environment. 5 v8 L: R$ T3 LPTI Pacific Telecom, Incorporated.

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发表于 2008-12-25 20:18:13 |只看该作者
PTO Participating Test Organization. ( |6 |! q/ J- m. B+ NPTPM Product Transition Procedure Manual.2 N: c: N7 z6 I+ s; v3 T3 V PtSi Platinum Silicide.4 j; M( D2 F, L; e' L% v% a! f PTV Propulsion Test Vehicle. - q! _0 l0 `1 Y- ]; qPTWG Producible Technology Working Groups. 6 \4 h5 l, X; p7 ~1 o3 g, O, `Pu Plutonium. - U* ^* G9 Y: L' O( x2 HMDA GLOSSARY, VER. 4.0 P" t+ h' Z$ g* f& A0 h 237% P' G' l8 b5 J: M2 g+ \ Pulse Duration In radar, measurement of pulse transmission time in microseconds, that is, the + ]4 C$ W, e: j& Atime the radar’s transmitter is energized during each cycle. 9 |+ [& V0 s' d2 a& D. {. x$ H- f1 a2 PPulse Repetition 3 G/ ~0 I* \- E7 q0 b* VFrequency 4 d% o; ~9 s' O! w0 [In radar, the number of pulses the occur each second. Not to be confused with 3 M" r2 u9 d3 B( e7 i4 y8 f) htransmission frequency which is determined by the rate at which cycles are 6 v9 y" @( Z5 T2 a* Prepeated within the transmitted pulse., f9 e5 y. | w2 h. [9 m7 j Pulsed Power * i0 `: ^" R( O" g' o! q4 iEMR 5 I! G+ v% G$ {# j& ZRadiated fields that have very high instantaneous peak field strengths or power% T5 m" n D0 |8 g' b density but significantly lower average values.# |. q: D6 |( G; G5 F0 A1 ] Pumping The raising of the molecules or atoms of a lasant to an energy state above the) B' t, C$ U1 R& h( P" Z H* _1 h normal lowest state to produce laser light. This results when they fall back to a& i: r( f4 x. Q+ Y! P lower state. Pumping may be done using electrical, chemical, or nuclear energy.5 C0 h" f, b: [( v$ D, n) Z% N PUR Program Update Review (OSD term). 7 D# A' F2 n- _. N' Z- bPurchase Order% R/ q2 |2 z- I$ ]7 w (PO) . E3 Z; I6 A) X3 M$ AA contractual procurement document used primarily to procure supplies and nonpersonal services when the aggregate amount involved in any one transaction is 4 h0 b( a7 L, h. T- D8 x, Prelatively small (e.g., not exceeding $10,000). ( K5 H! m2 m+ ^PV HCT Photovoltaic Mercury Cadmium Telluride. - h$ s: d2 C: C3 Y& wPVB Project Validation Board (MILCON term). / ^# k- j) @- P& FPVO (PVO & a- I2 A) k" E: w6 xStrany) 7 N+ A$ E( ~( N( Z; a1 tRussian organization formerly responsible for the air and space defense of their0 ~9 o6 N8 D6 a3 U5 v4 U+ F homeland./ q; V+ K3 y' n, h5 R PVT Payload Verification Test.1 k+ f2 |1 [$ J( \2 C pW Picowatt.2 r9 [) K* r- o* }1 Q5 Q( S PWBS Program Work Breakdown Structure. & \+ O1 B! I, KPWG Product Working Group., L8 M, u# J- ]- l k. s PWR Pressurized Water Reactor.$ @+ G, ^( C) C# i PY Prior Year. 4 l9 d1 @3 A7 dPyrotechnic A mixture of chemicals which, when ignited, is capable of reacting exothermically! U' R- ]% g; b3 E to produce light, heat, smoke, sound, or gas, and may be also used to introduce 9 Y; p# i" z- P4 l' ma delay into an explosive train because of its known burning time. The term 1 t+ I' R# @* O" S# G" {0 V4 o$ vexcludes propellants and explosives. 6 ]+ \: E* L( i3 D, |1 oMDA GLOSSARY, VER. 4.0 Q 1 h9 j7 Y5 M1 i7 I, r7 I0 [; V238 ) X. q: O: O* _. wQ Quarter [of year].+ i% }5 N2 A: l8 x/ o Q&R Qualification and Reliability.% L" ^+ C8 ^8 w/ p( X$ Z' M0 n Q/FY (number) Quarter/Fiscal Year (number), e.g., 4Q/FY98 f9 @8 m! _& c z9 U- wQA Quality Assurance. * ]+ E; s; N" ?7 [* [# o7 j$ ~7 {QAE Quality Assurance Evaluator.( J. M4 I# N' a% u* k) x QAMSP Quality Assurance Master Surveillance Plan. " u$ j* q0 ?( d" J. rQC Quality Control. 1 E6 R7 O. U: }; x1 y _, `, }' GQDR Quadrennial Defense Review (US Congress/DoD term).* T4 {! T4 k! N& ?) ?9 |6 B QFR Question for Record./ z# q. X5 Y* q h1 L9 ] QIP Quality Improvement Prototype. 7 t/ X5 F% Z* j K" F2 M2 |QLD Quick Look Display.2 E" x5 n8 ~3 m; t0 p QM (1) Queen Match. (2) Quartermaster. 4 @. N; i" o( {5 l4 o4 SQM/DX Queen Match/Discrimination Experiment.% h0 a# d8 [6 A! I4 B5 m5 K6 d QMB Quality Management Board. ) s8 [' S' v) g5 NQPP Quality Program Plan. - Q$ d* Z- x$ q6 N! L( Y2 PQPR Quality Program Review. ' L% A4 ]( }3 e7 B0 q) \0 X' {+ RQPSR Quarterly Program Status Review.( s8 A$ {; ^/ V% p QQPRI Qualitative and Quantitative Personnel Requirements Information. * Y( T1 a6 N( E; O$ ^QRA (1) Quartz Resonant Accelerometer4 X/ H4 T% [7 t+ I) t6 W( ? (2) Quick Reaction Alert. - H2 E! Q& ^7 e, h+ s3 w2 a(3) Quick Reaction Aircraft (US).# ^- C$ x0 w% o5 D QRC Quick Reaction Capability.6 y- k6 N: [2 o- o+ Z QRG Quick Reference Guide.+ Y f# q0 _) d/ K QRM Quick Response Missile.. k! ~! V$ C x7 G QRP Quick Response Program (PATRIOT).+ `, h" C# d8 G5 i7 B, } QRP Radar Quick Response Program Radar. ! D H- R1 Z4 L/ F$ W+ Y5 E; mQRS (1) Quartz Resonant Sensor. (2) Quick Reaction Software.4 p1 h' p5 k: q* t# E6 e QSR Quadrennial Strategy Review. 8 a) X3 h: A7 Z% i9 m3 ZQtrly Quarterly.$ D* r) l W. T+ ~4 Z# ^1 Y3 k$ R Quad-D/ADI Quad-D/Advanced Discriminating Interceptor. " f( I2 T+ K1 H8 g& Q# sMDA GLOSSARY, VER. 4.0 Q. J& `! |5 x! B2 l0 S3 T8 R 239# \0 O# J9 b7 P2 } Qualification Test This test simulates defined environmental conditions with a predetermined safety% k K7 L9 Z, f/ c/ n factor, the results indicating whether a given design can perform its function, {& u x' Y/ i# N7 ^' K: Y, ]5 a within the simulated environment of a system. The test usually is not conducted 9 {( h; c. O9 _7 L9 u" Qon models using production tooling and processes. 2 a; ]8 c- @- ~' j3 iQuery A request for identification of a set of assets, expressed in terms of a set of - R( ^3 q2 e; |, }9 Hcriteria, which the identified item must satisfy.$ G* a0 K$ N: s# P3 w Queue0 r- `( c$ P1 v7 ?, j8 { Quick Reaction" C2 n3 b! c3 M @ Launch Vehicle 9 @& f* S& ^7 I! z3 y* M3 ^7 SA store for a sequence of packets, or messages, which are waiting to be# t( `0 ^" t6 Q& U h- g+ K9 N processed. A transmit queue for instance is a store of packets waiting to be & p, |/ [/ b* |" Q4 `transmitted.) ?& o; e! v3 q1 O3 d6 Q A Congressionally mandated program to provide surrogate launch vehicles in - Z4 s2 t: J+ O" x# c- |2 psupport of the Northern Edge exercise in 2001 and 2002. In addition the QRLV6 m. x I4 e6 M' I. v has participated in several experiments for various users.( b9 [% z9 ]& H, P) s9 n* u7 o QWIP Quantum Well Infrared Photodetector. $ P5 v0 p+ l& Q" ? v5 e% vMDA GLOSSARY, VER. 4.0 R7 v$ N! t# `! S V. }% A# \ 241 $ U: Y: r* g1 `) R, N$ GR&A Reliability and Availability.

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R&D Research and Development. % k, u8 }! B9 P9 NR&M Reliability and Maintainability. F1 e& E$ g. AR-T Real Time. 6 d8 f0 C* P; x1 f; H, N4 R9 ZR/ASR Review as Required. 3 f% x5 J9 g4 m, y( zR/W Read/Write., J& {' F9 N5 M D R2 (1) Recovery and Reconstitution. (2) Reporting Responsibility. & Q% ?( b( g6 `+ x. ^R2 P2 Rapid-Retargeting/Precision Pointing (simulator).# U$ `* _2 ^9 A9 E* n( l: b R Y% n {$ z* E! g/ [7 [# \- S( V3( @! ^0 u- h) l, N( E3 F Rotary Reciprocating Refrigerator. 2 ]4 j( K) e x) B! T. gRAA Risk Approval Authority. & W7 Y1 D8 H- gRAAF Royal Australian Air Force.1 H, m2 c$ _8 a3 Q) Q2 K( s RACE Research in Advanced Communications in Europe. 6 o; l2 E7 V" gRAD (1) Radiation Absorbed Dose. (2) Radiation Accumulated Dose. ! d) S- G2 p$ Q: M. p2 m, FRad Hard Radiation Hardened. " m2 T3 q- z) V2 xRadar (Formerly an acronym for Radio Detection and Ranging.) A technique for detecting targets in the atmosphere or in space by transmitting radio waves (e.g.,* c) X3 u y. S microwaves) and sensing the waves reflected by objects. The reflected waves. w+ B7 {/ d& v. E, g0 a (called "returns" or "echoes") provide information on the distance to the target6 ]5 F0 X7 S4 ? {( \2 u% |% b and the velocity of the target, and also may provide information about the shape. H, m. O% h! f1 Y# D* b of the target.$ z2 _$ _0 b3 [3 j) Z Radar Beacon A receiver-transmitter combination which sends out a coded signal when. z4 G+ {' i% Y8 G triggered by the proper type of pulse, enabling determination of range and) _, ]% |$ [) Q7 O2 U3 i" D bearing information by the interrogating station or aircraft.) e+ s) z, r7 \8 i& C* e Radar Cross 0 j" X; w$ ]7 ZSection (RCS) ; `) s& {; [+ h7 t5 NArea of an object as scanned by radar; measured in square meters.* d% L& y% g$ J6 q4 N9 }" e* W Radar Netting The linking of several radars to a single center to provide integrated target9 H% k0 V9 ]+ P4 r information.* e$ r! `6 \' T& C/ J0 a% [" X4 D* [5 T" W RADC (1) Region Air Defense Commander. (2) OBSOLETE. Rome Air Development . W$ D. S4 [0 f8 V6 ?: d" ]; H$ qCenter. (Now called Rome Laboratory.)6 H" Y L$ @, a RADEC Radiation Detection Capability.' j( _; }2 ]! K; F- G RADHAZ (1) Electromagnetic Radiation Hazard. (2) Hazards form electromagnetic $ u6 d3 |, I# V: nradiation. ) Q5 S6 i u9 l) u1 e9 Q @4 tRadiant $ B" j$ E! l* x; kExposure " ^' w: f' e( L" G: n9 d+ [The total amount of thermal radiation energy received per unit area of exposed ) j5 g. l! [/ H/ v8 ?5 q4 Psurface; it is usually expressed in calories per square centimeter. , o N* c7 D3 B/ n0 DMDA GLOSSARY, VER. 4.0 R: d9 X8 `) Z7 a' j6 b% V& M 242 $ O0 a. h, g+ u! A; C8 D4 v. VRadiation (1) The emission and propagation of waves transmitting energy through - N3 A$ A- E9 O- e' espace or through some medium; for example, the emission and* v! Q1 d( D" W1 ~8 p0 a propagation of electromagnetic, sound, or elastic waves.+ T# @' E2 P3 p! R" B4 N4 T (2) The energy transmitted by waves through space or some medium; when. Z/ y8 V8 o1 S+ h+ o8 y unqualified, usually refers to electromagnetic radiation. Also known as ) L* C8 C8 V+ F" ?+ Z6 a; }, T! u4 K/ jradiant energy.( k1 t0 v. B9 `0 r9 I M/ N. U8 ^ (3) A stream of particles, such as electrons, neutrons, protons, alpha8 P$ g! E+ ~& J( G' ` particles, or high-energy photons, or a mixture of these. (See Ionizing' I. w% ]7 {, D Radiation, Nuclear Radiation, and Thermal Radiation.)5 ^2 f% C0 n, ]+ a K0 d Radiation5 V& m: S3 k% ?0 w% g$ ]3 w/ K; m Hardening" V! ?, L1 |7 Q7 I, C* p Protection of a particular system, subsystem, or component from functional/ }* }- r J$ e, n damage due to the effects of nuclear (or other) radiation by shielding the . ~% X' X$ P5 ]vulnerable components from the radiation, or using other passive techniques in4 Z# e* N3 j2 G, a$ K% \1 J2 l manufacturing effects of nuclear (or other) radiation.8 r7 H0 R/ n- J3 k7 S7 j$ s RADIC System Rapidly Deployable Integrated Command and Control System.' A! ^" L( J. | RADINT Radar Intelligence.! U/ u" R: m q- N8 D; C* p& i Radio Blackout5 w( x5 V6 q$ q0 j8 b (RBO)6 r2 q3 `6 t+ o The complete disruption of radio (or radar) signal over large areas caused by the 1 T) M7 R7 w7 o8 lionization accompanying a high altitude nuclear explosion, especially above2 v1 J- Q# r$ V* S; [- a about 40 miles. ) K8 Q! a1 ~2 B& D& i% a. K. T4 wRadioactive (or) j3 v% i p6 U0 S; Q Nuclear) Cloud0 @& r7 x$ C& c3 q! @7 O G An all-inclusive term for the volume of hot gases, smoke, dust, and other $ p% X# c3 S6 X0 Qparticulate matter from the nuclear weapon itself and from its environment, that is $ g. v+ M( ]9 s7 x% f; _! Bcarried aloft in conjunction with the rising fireball produced by the detonation of a c- a+ X* F5 J nuclear weapon. $ z" u# ?& C+ q9 f; ]1 VRadioactivity The spontaneous emission of radiation, generally alpha or beta particles, often6 W/ [; ?# n: K4 N; M( I' f7 k accompanied by gamma rays, from the nuclei or an unstable isotope.7 Y" ~2 s& F( s8 Z. {/ D9 E& v" a, [ RADOT Recording Automatic Digital Optical Tracker. 6 ~! Z$ }/ L; B" z( @RAG Red-Amber-Green (MDA/POC assessment term). 0 C$ q$ _& Z& p: Z8 x) tRail Gun (RG) A weapon using metallic rails and electromagnetic energy to fire hypervelocity ' R9 P+ x% o0 x4 `4 u/ ]projectiles. ( e" p! z9 l0 |* Q' U4 XRAM (1) Reliability, Availability, and Maintainability. (2) Random Access Memory 8 | h' M% S2 r7 ^RAMA (1) Reliability, Availability, and Maintainability.9 P, ?9 g( _7 l. |1 P (2) Random Access Memory.. Q7 {' m# |7 N$ u$ h (3) Radar Absorption Material.4 c6 s* n( Y6 _0 P RAMOS (1) Russian-American Observation Satellite.- Z6 a- @9 O& o9 q: P (2) Reliability, availability, maintainability, operations, and support., R+ u+ o5 @5 I9 S- ?' z% J RAMS Resource Management Accounting System. / e( |7 ~$ N2 i; E2 X; rRandom Defense Engagement of RVs uniformly without any reference to type or destination. This- V5 d; G( {+ w$ C& ?8 ~( p implies taking the best shot possible in terms of increasing probability to kill." H1 F: {5 q1 b, W& t# j/ z( S Range Resolution The difference between the true distance (from sensor) to target and the 8 ~/ |) _( f$ Y% W3 @calculated distance to target based on sensor data, at maximum sensor range. - I# w; ^, K+ t1 a: ORAP Remote Access Panel. / P/ o& p; c GMDA GLOSSARY, VER. 4.0 R ' s- C" w$ f8 d243 * f" M3 Y0 j3 zRAPIER Rapid Emergency Relocation Team.2 L) l0 q0 K2 k% ^1 T3 E RAPTOR Responsive Aircraft Program for Theater Operations. A high-altitude, long $ \' m- _% r7 Y7 |, T+ `- {endurance airborne sensor platform.) v% \4 @8 p4 u" E1 o3 g( `, M RAPTOR/TALON A technology demonstration program to demonstrate critical technologies for an( Z% a! ]9 r) e$ Z1 @$ l unmanned airborne weapons system providing a boost phase intercept4 x" o2 t3 H6 m" X& N capability.7 }9 Q$ r0 ?& K( | J- G3 E RARSAT Radar Ocean Reconnaissance Satellite. 1 t, u* x+ s7 y5 |9 r6 ?7 DRAS (1) Requirements Allocation Sheet. (2) Remote Access Set. * H0 ]8 u% Y& iRASA Remote Command Safety System.% v( \( C2 \8 l2 d5 P. s Rationalization Any action that increases the effectiveness of allied forces through more efficient % @/ t. a4 M) p- jor effective use of defense resources committed to the alliance. Rationalization ) L# j. i& e {4 K3 @2 Aincludes consolidation, reassignment of national priorities to higher alliance 4 r' H0 |1 i; S4 `" w, h* w. Tneeds, standardization, specialization, mutual support or improved 7 g1 Z1 U& v: B* H* O0 g. Tinteroperability, and greater cooperation. Rationalization applies to both # k7 |. Y- k* vweapons/materiel resources and non-weapons military matters. % n6 ?6 `& u! L9 p l- ]+ GRB Reentry Body.8 _- k- ^0 j7 f+ @( O RBECS Revised Battlefield Electronic CEOI System (US Army-sponsored). 9 E' E i7 k% N0 ?( _( ARBO Radio Blackout. - T( F0 R: j4 d+ ~- LRC/CC Responsibility Center/Cost Center., s0 D5 \1 F: ^/ d9 n2 q( u$ L RCF Radar Correlation Function.

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RCM (1) Reliability Centered Maintenance. - {2 w" S/ O- @ c) b( t) k: {7 b(2) Requirements Correlation Matrix (AF).5 O3 R1 S5 j" b (3) Resource Consumption Model. ( `# [% E% l6 m+ t aRCR Rate Capability Review (USA term).' U) B( y$ m* L& s5 g5 h7 J RCS Radar Cross-Section. 2 d; I& M6 d jRCSR Radar Cross-Section Reduction. 0 C% j2 S. x& Y+ _# ~2 x1 ERCSS Range Command Safety System. + r/ S+ n% d- H/ L; s. H, H) Q4 d) b. U/ |RCU (1) Rate Changes Unit. (2) Remote Control Unit. (3) Reactor Control Unit./ s& D! b8 H' q RCVR Receiver./ v6 d% R% [- E j. V2 | RD Readiness Demonstrator (SBL Program term). ; Z: ]2 f" q( v# ^" o2 \RDA Research, Development and Acquisition. ( H" T* O' y5 a* k: Z: BRDBMS Relational Database Management System (Computer term). * c6 L9 m- q8 ~) M' l! yRDC Research and Development Contract.5 U# s J& ^" B- {- v RDD Requirements Driven Design.7 m( F6 | o3 M1 m$ _- a% b MDA GLOSSARY, VER. 4.0 R 7 p, t* o! c1 j244: v( n" Z- J/ _' }5 `6 a9 E RDD-100 Requirements Driven Development* Q, b( }; o" P5 B RDG Random Data Generator.& z! A* x: D/ v8 }% k$ ` RDS Regional Defense System. 2 T- b8 e/ \- ?- KRDT&E Research, Development, Test, and Evaluation., O9 I; }/ r7 A) B RDT&E Program! `$ l$ W6 m3 D! } Categories, ~8 `8 g* V( s9 }- Y4 F. i/ q The five divisions the comprise Major Force Program 06 (R&D) in the FYDP. 1 N3 `- o6 m8 f4 ~/ k, Y, |They are:, {0 a. I$ v& h" c •6.1 Basic Research 5 c/ q# t* S2 @: X# `1 ^•6.2 Exploratory Development: e. F. x' L P$ p: [ •6.3 Advanced Development # {, U- T! L; J$ ]9 [3 \+ m \•6.4 Engineering Development& |( S: `' X V9 u0 H- ~5 H •6.5 Management and Support. 0 @0 c( V: @% [8 O5 b4 pOperational System development, not a designated category, is funded in : N7 s) `$ Y: C, T8 G9 _$ eRDT&E appropriations but not in Major Force Program 06. & l* `3 l% d; S GRE Radar Enhancement (USA term). ! Q4 E9 T, d1 \: f3 P5 jRe Targeting The ability of the system to recomputed the direction of sensors and/or weapons; P0 b; g- I2 P1 P) x+ @7 o5 D4 ? to intercept a target that was missed on the first attempt, or that was superseded " z* |6 _9 B& }* ]/ ?by a higher priority target.* u V* J* S7 \ REACT Rapid Execution and Combat Targeting.; o m# x' R( n+ X G; i: v" c Reaction Decoy A decoy deployed only upon warning or suspicion of imminent attack.7 g7 J, c$ K g Readiness9 P8 ?* I* H3 K9 o) k Postures 1 f h+ a6 z5 a; Y, aA specific status defining the relative responsiveness of BMD assets and / m; s/ j% s/ j+ a4 X1 Zpersonnel to perform a USSPACECOM BMD mission. ) V) @. F$ L% d& ZReal Time (1) Pertaining to the processing of data by computer in connection with ' J7 j7 D( W6 y3 R6 J3 `. W: manother process outside the computer according to time requirements * G: }8 }. Y4 b p0 {- U0 q# Cimproved by the outside process. This term is used to describe systems: v0 K8 R8 e3 p7 X$ ~0 H operating in conversational mode, and processes that can be influenced# s% W; x" l8 |' |0 _% K8 `! A. J3 h9 u by human intervention, while they are in progress.# l# E$ d& R) Y; a) ? (2) Pertaining to the actual time during which a physical process transpires,. @8 ^ G# |) J2 b) s, _9 x* R, ] for example, the performance of a computation during the actual time 6 J/ i! u7 |$ D5 @: R: |4 c1 v- Ythat the related physical process transpires, in order that results of the / D, O* m# S* M9 K, M7 L+ E8 m9 Jcomputation can be used in guiding the physical process. ) ~) d2 G* h8 B5 M6 fReal World Data Data derived from physical experimentation concerning phenomenology 8 d6 O. [# Z+ B% \5 O6 V/ V& uassociated with technical functioning of SDS, particularly regarding target * J1 m- t) y9 e) \* x$ `: fsignatures, background observables, sensor functions, weapon functions, and ) z2 H' ^1 O' L. J4 \survivability.) O2 u4 s( v- b# X" j1 x7 r! @. Q Real World Data * h- O! F* @- T0 p, XCollection 4 m# @# E3 U$ h- yThe provision, to SEIC users, of access to real world data, in fashion timely and ! Z# K0 O& {5 i( f9 _otherwise suitable to meet users’ needs (e.g. for validation of a test bed).9 \% c, `# D0 {9 x( p4 I' l REC Radio-Electronic Combat. , L5 @, v3 }5 I& w) ^7 LRECCE Reconnaissance.5 C! }( v$ k7 O+ L9 r1 Z* B Reclama A formal appeal to the service comptroller of SECDEF’s tentative budget decision ) z) y1 m$ f; ]; _, aon the service budget estimates." M, N$ c- i. @, p# V6 B- n MDA GLOSSARY, VER. 4.0 R 1 Q4 P2 u* s# L0 o6 V2 r245+ M4 U- i+ M, H! x RECON Reconnaissance.: N$ F" _: k4 o c. j Reconciliation Directives to standing committees contained in congressional budget resolutions # Z& I5 g+ b& o' {3 X4 Y9 Xcalling for certain dollar savings and a deadline for reporting legislation to 5 S N& K% g5 Gachieve the savings. Omnibus reconciliation bill incorporating these changes is ( e" D3 W1 [! S. Hintroduced and acted on in both houses., p0 ^5 @3 q) I Reconstitute To restore, during periods of hostile engagements or during peacetime, military + Y D" F& q5 ^; Sforces or elements as closely as possible to a desired state of readiness for / D( q% t; U" \2 k5 l9 |combat. : e( v: a4 b' E2 U2 \( j. K: }Red/Blue |( z3 b, g( Z" w5 `0 x Exchange4 J3 q! w* `+ z/ I A process to identify and define potential countermeasures that would degrade2 R* _4 }. r+ ? x& y$ H) t& u' @& t aspects of ballistic missile defense. The process – akin to a wargame – pits a ( x8 Y% v z/ x1 A$ u. nRed team fielded by DSIM and a Blue team fielded by AQ. A senior review. p/ h; h: W% h5 i- M: O panel acts as the referee. 5 s8 s: S; ?' s# w6 y/ sREDCAP Real-time Electromagnetic Digitally Controlled Analyzer and Processor (USAF, T) d. V6 c) _( C" r6 M term). 5 w: L# \1 ?; n3 \8 qRedout The degradation of infrared sensor resolution due to high-altitude nuclear bursts.! ]) s2 w* M* x* \ Radiation from these bursts causes fluorescence-emission of light from air 2 `0 Y; G6 l. d) z- y5 m8 K( Tmolecules. The emitted light lies within the long-wave IR spectrum so the0 {/ I o: h6 D' W5 u atmosphere below appears to the sensor to glow more brightly than usual. 3 e; y4 z* s. e: e4 Q' h2 r" y+ l' i& _Redundancy The inclusion of duplicate or alternate system elements to improve operational1 o) Z+ B' f9 Y8 J) y7 Y! P reliability by ensuring continued operation in the event that a primary element 5 a/ ]. t% J$ q, `- _1 k/ gfails. $ j" |& F/ v HReengineering The process of examining, altering, and re-implementing an existing computer# d$ o9 h8 m0 _; w/ x- y system to reconstitute it in a new form.2 R! b4 ^4 s; Y2 B9 G Reentry The return of objects originally launched from earth, into the atmosphere. " @# ~# c! B0 o3 _9 o# E$ y3 CReentry Angle Elevation angle of velocity vector relative to local horizontal plane when + T% q3 W+ q& b/ J+ B1 d4 areentering object reaches 92km.5 |3 E. B6 S: W3 C) s Reentry Phase That portion of the trajectory of a ballistic missile or space vehicle where there is8 G. _- z. j2 r4 R }4 y a significant interaction of the vehicle and the earth’s atmosphere. & ]9 x$ _. j- x: \( F1 FReentry Vehicle 4 Q; i: v+ T. p$ @(RV) : d R% {) q4 ?# r, S(1) Reentry vehicles are objects containing nuclear warheads. They are 4 Y( [8 \# k% J# t p* n5 ?released from the last stage of a booster rocket or from a post-boost ( n5 ^! G1 E" w' I- M5 }vehicle early in the ballistic trajectory. They are thermally insulated to * f0 x+ {$ v9 q9 Q2 ~# ?survive rapid heating during the high velocities of reentry into the" s' P5 e3 i4 u+ ~' `: O atmosphere, and are designed to protect their contents until detonation ) q+ W5 ?* ?" j" C; r1 Cat their targets. 8 N( _, M; @4 y/ e(2) That part of a space vehicle designed to re-enter the Earth’s atmosphere- `7 n4 U, v/ R {, Z n the terminal portion of its trajectory.7 u1 \2 B1 E) c' G: v$ r* W Regional Defense / o/ ~$ h5 }) A E. `) ~9 ]System (RDS); f Z% |; X, x3 y8 I. q That portion of the SDS that provides defense for a specific geographic region, % Q$ x+ g% L& a! @2 K C4 ]5 csuch as the European Theater. & F3 J* C3 c" j! _) n: ORegional : [ L4 f5 J* L' rOperations0 k7 I I) H3 o7 V1 S/ M Center (ROC) E8 N, p8 m2 N/ \ A group of fixed and/or mobile centers with OPCON over allocated ground based ( s7 V( D3 e* n8 F7 O4 Dsensors and weapons. 5 {5 Q3 s* _3 z: L& F. cMDA GLOSSARY, VER. 4.0 R * E0 j- w+ z4 J( F246 3 G6 s( V1 `4 V" i6 m8 nRegional " ~& K G3 ]1 u* P* Y2 C& GOperations 9 J# u5 j" n3 [6 \5 o$ t* S, ], b! t4 XControl Center 2 c$ m* g2 v3 S3 w(ROCC) . O( @( J- p& s2 MThe command function for CONUS, Canadian and Alaska NORAD Regions,, L0 d4 j+ k Z- U5 \1 c referred to as “regions.” In the Alaska NORAD region, the ROCC is also the' Y; ?/ E) ?) @7 H7 m: r3 n) E central intelligence, communications and operations control center established% b/ m$ {: l$ s, P0 u for the purpose of supervising and coordinating the combat effort of all air 9 S3 P- ^! g4 S. `) z9 Pdefense forces made available to the Alaska NORAD region commander. Under$ U4 l. s$ O5 r( T normal operating conditions (not degraded), the ROCC is responsible for the6 ?4 a3 o# @" ^. z$ S- h7 y* u identification function and for air and ballistic missile defense of North America. , B1 B4 ~. Y% i; ERegrade To determine that certain classified information requires, in the interests of' {, I2 m! H& C) U- T& S4 c national security, a higher or lower degree of protection against unauthorized* R; X& j0 \7 m' m disclosure than currently provided, coupled with a changing of the classification 9 o7 N* w( O/ K7 S% w3 Vdesignation to reflect such higher or lower degree.% J! B% T& r+ r! R7 r! N REL NAV Relative Navigation (JTIDS term).. C# ~+ \9 z. b$ L Relay Mirror Part of a ground-based laser system.

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Reliability and " o7 x+ s5 S2 R5 C" bMaintainability * Q' ?. a5 p2 W' }(R&M) " s8 R3 Q" f _; G& DReliability and maintainability design parameters are key factors in the design of- V! l( e- \8 F, L/ W affordable and supportable systems. R&M parameters provide inputs into the 4 d. \. D/ R- E6 H' g' G8 f% w/ `design and LSA processes that quantitatively link system readiness to the ILS/ l0 |: c* g) G+ F elements. One of the principal elements of ILS.8 |6 z3 k) \+ P) P& Z$ W Reliability, ' T0 ~/ g( y2 l5 f) h3 `Availability, and 5 a' r" C& E; N5 j" T6 wMaintainability 5 l9 f/ h7 @8 {4 Z1 ?/ i0 G(RAM)6 D5 N Z( X- `+ d' Z Those requirements imposed on acquisition systems to ensure they are' k5 `; f+ x) P. G9 F operationally ready for use when needed, will successfully perform assigned& Q2 q4 e- y$ m5 U functions, and can be economically operated and maintained within the scope of/ a; W- T8 l. V, W/ P logistics concepts and policies. RAM programs are applicable to materiel& t8 e$ S1 g2 R& T% r5 a5 v0 P- [ systems, test measurement and diagnostic equipment, training devices, and# v$ K) m% h4 e6 @3 w- z V# U facilities developed, produced, maintained, procured, or modified for use. (See 9 R( Y" m/ ?1 j9 ~individual definitions for Reliability, Availability, and Maintainability.)$ W6 ~# Y5 j$ V! C REM Roentgen Equivalent Man. - b+ O7 r' p4 ?: VRemotely Piloted & W( y; @9 ~( ~; S! lVehicle (RPV)& t! T) r( x; i1 a0 Z An unmanned vehicle capable of being controlled from a distant location through6 I0 ~" h/ ^% T a communication link. It is normally designed to be recoverable. See also # D6 H6 O* W4 l k! K+ ZDrone." ~. D! Y: { a7 ~ Repairability The probability that a failed system will be restored to operable condition within a 9 B+ e- A$ Q# T% X6 I! P0 d6 S0 Wspecified active repair time.$ T' C( i* [( j1 J w2 N* C Repeater- % `' Y: o8 o7 M- f* |: jJammer 9 j, B- B$ o, @1 I+ g4 nA receiver transmitter device that amplifies, multiplies and retransmits the signals* e1 c4 r3 \) b& u received, for purposes of deception or jamming.! c3 L% n2 k J& u Report Back Information returned from system elements that verify that directions have been : M) {. X6 W! M5 P/ K0 t1 Xreceived and carried out. Also includes information regarding system7 j. g/ H9 m6 @: M( X effectiveness. 3 G$ E U+ G0 g. S8 E2 b3 S& A! sReprogrammable * m9 y9 i9 @' g& F# g* n4 Z* JTime 7 [: d5 D2 l" @( o' Q- M! }Time required to re-target an alert missile. 0 M( b0 M3 ? bReprogramming The transfer of funds between program element and line items within an 7 l, q: ~4 F' r7 ]7 }& ~appropriation for purposes other than those contemplated at the time of# ?+ R& q: g( W+ W1 b3 } appropriation. Appropriate congressional committees generally accomplish$ C* O. T$ Q: F" |$ ]- f* ~ reprogramming pursuant to consultation with and approval.$ z3 O1 O$ `' Z! F' j Request for+ P9 ]$ e' w X& n, n% g; \. i Proposal (RFP): R) x' |2 T7 u4 S" O A solicitation used in negotiated acquisition to communicate government7 n7 U* Z/ ]4 I( V5 m7 x7 C requirements to prospective contractors and to solicit proposals." ~+ U4 {3 n, F MDA GLOSSARY, VER. 4.0 R, ~# n9 o) l6 ]/ ~0 {, Y 247& x# ~ S: H, X0 V, |# d Request for! f( K& f- C7 U2 L Quotation2 }1 w$ h9 H" _5 |" {' e8 P7 { A solicitation used in negotiated acquisition to communicate government; Q+ Z) A: t% I9 c8 S requirements to prospective contractors and to solicit a quotation. A response to C* L. w$ i4 w8 I, j+ z/ C an RFQ is not an offer. It is informational in character. % K6 P4 k4 e/ x& l+ @0 l# T( ORequired 5 P, C) ~" o) x. a$ j8 |Operational 9 p. _' H+ T% @) q* l% C+ ?+ p4 `Capability (ROC) + b( Q, G+ }, P' _* J' Q6 aOBSOLETE. A document stating need and specific operational capability.) l7 Q2 @7 A/ C5 a2 A Replaced by the Operational Requirements Document (Army, USMC).' P; D* U# I# V+ A Operational Requirements Document. ) k4 @( R z; T8 j" I, E d) |1 @Required/ ]2 }+ D) h0 T4 H) t Operational * i- D+ q* u1 ^; KCharacteristics! k1 R+ u& g# K! z, v4 x# g' [% [ System parameters that are primary indicators of the system’s capability to be ! A$ d e+ v8 ?) s, K% |; c" Remployed to perform the required mission functions, and to be supported. ) b4 e* \; x/ Q0 rRequired* v$ R1 {* u6 ^+ N9 a' r% X0 P Technical + p5 Y) I$ q$ g! i9 {Characteristics2 j8 ^# L1 h. g5 j6 J( q Quantitative system performance parameters, approved by the DoD Component,/ m8 W% d3 e3 G0 y; w5 T that are selected as primary indicators of technical achievement of engineering ) _+ n" w7 p6 }' n$ o2 k! H kthresholds. These might not be direct measures of, but should always relate to,5 w% B; `7 M5 I1 k3 o: N5 R a system's capability to perform its required mission function and to be- B" V% u5 T1 p/ y1 W supported. Required technical characteristics are usually tested and evaluated: M) ^4 L; h+ o by developmental testing and evaluation (DT&E) to ascertain achievement of( |# g4 Q' c; G8 Y3 }, h approved goals and thresholds for these characteristics. Critical technical/ P' ~# W E" d. z. E0 } characteristics selected for a DAB program baseline are reviewed and further* N! \1 ~ y2 a5 I* X approved through the DAB process. " o* h( A$ C$ U8 ]# mRequirements$ |( G" M6 z# g w Analysis* A# }3 S/ T, `2 ]! l9 \# P An analysis to determine and document the need for resources to perform the( L$ F$ b* v; A: |' c; n& e agency’s mission. 4 k+ z% I9 K% G; z. v. Q2 [Requirements 9 k" l1 y+ _" f# G6 lDocument / _4 J3 s1 }9 \6 ?2 JA document that sets forth the requirements for a system or system component;) a3 Y3 K7 Z o1 W6 R0 P8 c for example, a software configuration item. Typically included are functional$ Z$ _; d2 d9 u9 W A5 V/ \ requirements, performance requirements, interface requirements, design( G8 x- I3 P& a) \) }* Q$ _ requirements, and development standards.6 Z1 _3 U. p& B9 a/ B' |* r RES (1) Remote Engagement Section (HAWK TBM weapons system term).0 h' }; h8 q1 `+ R. x6 f# C& z (2) Resolution. 8 b! B5 T0 W. f0 c, i) m1 ]RESA Research, Evaluation, and Systems Analysis simulation facility (USN), San Diego,! L- B! Y! f/ k' e. }5 s* u# Q CA./ ~: q* L% M" C7 ]! N# [+ n+ q Rescission An action by the President canceling budget authority previously appropriated5 v* ~' W6 F/ j9 s i but not yet obligated or spent. If both Houses of Congress do not approve the % A: e3 d* b7 `( Qproposed rescission within 45 days, the President must obligate the BA as ! {# {2 }$ S+ y, v0 {; W3 F- aintended by Congress. * l `" _8 X! R: b6 @% J0 UResearch and1 Q4 y! Y! z. B; l. p# u! J Development# M8 K ^; y0 U Costs+ p7 E/ B) L7 p" E$ @; N+ g: R. \ Those program costs primarily associated with R&D efforts including the # J9 I# [: [/ a) s2 Z: ]8 e6 s* gdevelopment of a new or improved capability to the point where it is ready for + O$ Z# _$ I0 x, Juse. They include equipment costs funded under RDT&E appropriations and6 Z0 b: i3 Q" X# f related military construction appropriation costs. They exclude costs that appear; A5 @% @7 z. Q3 k& B W5 Q in the military personnel, operation and maintenance, and procurement/ a/ c* |2 g+ N* P( w appropriations. 5 j/ S ~6 e: z8 q2 ?& {. f a5 rResearch,) ^ T4 R: Y; _# b; M# s- _0 H Development, 8 k$ i( l- L# h) v0 F. L" xTest, and: L, Q( ?# C: I" r Evaluation , g% {+ O# c }( ]) m- S/ F/ u(RDT&E) 9 Y3 Q2 e. }2 ~. F2 IActivities for the development of a new system that include basic and exploratory % o, m+ j( r! c& \0 t6 wresearch, advanced and engineering development, development and' v9 t! W( {6 p: ?( e/ t+ Q operational testing and the evaluation of test results. Also, an appropriation. P- {1 P( U8 J8 A+ O category that includes funds allocated to the FYDP major force program 6. : Y0 J) P+ g0 b0 i. g$ @(Defense Systems Management College) & H* {7 W H3 N! p8 LResident Space . a" R" \: ] ^3 c4 _3 }" k, h6 AObject (RSO) 8 g. X+ a ^) X/ e+ E- ^' \The Cheyenne Mountain Complex maintains object, which is currently on-orbit & y: O6 N$ @* Q9 s7 I% p* Nand whose element set parameters.: V% ~& V, m1 q0 Y. p1 E! ~/ n MDA GLOSSARY, VER. 4.0 R* o R& P6 K6 g1 I% n5 ] 2485 I9 b3 R# y. m" a: S RESOL Resolution. : z4 s. j7 F3 ^# }% X" nResolution (1) The ability of a sensor to measure the separation of an image into its0 C' \: j9 Z- J* L9 `- ? constituent objects so that single objects are visible and distinguishable. - d O. x# w( b, p f( N/ l5 Q(2) A measurement of the smallest detail that can be distinguished by a 1 R1 o8 _$ A' }sensor system under specific conditions.$ t0 J& u6 q# y! g5 `5 f" D Response Plan2 H# u9 b) S0 e Selection / x& u7 a8 ^& ]' [The continual comparison of the nature of the observed threat with the defense , G) y) p2 H6 ?! {3 x) i2 Wsystem capabilities and selects the best way to attack the threat in accordance % r% _7 w. k8 P wwith established priorities and specified strategy. - C3 o5 n( s: P$ mResponsive5 Z& a, I6 L: J# Y" T. z Threat |/ ~+ E3 m; _4 C$ n r" b- \/ tThe threat after taking into account modernization and countermeasures H& V# e9 e! lintroduced to offset the capabilities of the SDS.% Y9 }6 V0 I6 G2 Z Restitution The process of determining the true planimetric position of objects whose images/ k0 y. q3 L# G3 G9 A appear on photographs. 0 e" Q+ V9 s' Q$ [+ }% @# S, pRetrofit Action Action taken to modify in-service equipment.+ j6 _* G s* ]. | Retrograde Orbit An orbit having inclination of 0 to 90 degrees (See Prograde Orbit). 5 O; Y1 |" v6 p! TReverse2 ^" d# d3 W3 r$ m; g Engineering- x+ p$ o: }8 N+ i: I+ t The process of analyzing a computer system’s software to identify components ( L6 V, n% b( @0 W! I- G; Iand their interrelationships. % q& A# z' S& N& MREVIC Revised Enhanced Version of Intermediate COCOMO (Computer term).) ?. F% d; z; A8 H4 e3 [9 y/ A Revisit Interval The time that elapses between successive observations of an object from a5 O' x0 a( s, ]( M: @, {# w single sensor.

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发表于 2008-12-25 20:18:59 |只看该作者
RF (1) Radio Frequency. (2) Response Force.7 M* R, A e/ J" O RFFEL Radio Frequency Linac.8 p. U. N1 m& E6 P2 x: H RFI (1) Request for Issue. (2) Request for Information. (3) Radio Frequency7 ]- n+ b. X# n- B: k Interference.% Q9 Y0 r, f& O: K6 ^ RFL Radio Frequency Linac. X, N" L$ z3 H& k RFLINAC Radio Frequency Linear Accelerator. + e7 F6 ~9 b6 H! C5 v. l- c2 \RFOG Resonant Fiber Optic Gyro.6 C. M8 f+ \0 i0 M, i# l# f, T RFP Request for Proposal.+ e/ d* i" w$ D; ~; i+ s8 G8 N RFQ Radio Frequency Quadrupole (Accelerator).! G& M7 q. `1 h RG (1) Rail Gun. (2) Review Group. , {, T+ q8 ]/ L6 D+ k3 O9 cRGB Red, Green, Blue (Video Engineering term). c Z0 d0 r$ ?4 PRH Radiation Hardened.. s; f, {8 i, O2 ` RH Electronics Radiation Hardened Electronics. V4 V, M6 U% M1 `RHD Radiation Hardened Electronics.5 g- `' s$ v1 B6 t0 F) H3 ` MDA GLOSSARY, VER. 4.0 R5 T" u$ N& w4 x- d" a 249 " R( @* M! p8 Y& R9 [: |RHETT II (1) Russian Half Effect Thruster Technology Program.+ R: _9 }* D+ U, ~" o9 i. ~ (2) Russian Hall Electric Thruster Test.7 d, q4 x) A0 |- |* |9 D* [ Ri Inherent Reliability. K, r* j3 j+ {" B. d* m. I# aRIA Range Insensitive Axes.! A; G* f* e2 L' c s RIBIT Reverse Illuminated Blocked Impurity Transducer.) y: z0 p2 x0 T; K, @1 O RICBM Retro Intercontinental Ballistic Missile. 2 q0 K1 g1 r) _RIIA Royal Institute of International Affairs (UK). 2 c8 O4 B: A; }& o7 ?2 \RIL Repair Items List (ILS term).+ }' D, N9 X$ U9 j/ q! W RINT Unintentional Radiation Intelligence.1 P, w2 E! f9 U2 @ RIS Radar Instruction Set Computer. / A! N% w' O h% a2 K% k9 r. s/ ~5 b iRISC Reduced Instruction Set Computers.* H9 a2 u0 E* X& ~8 a( `0 x# j% K RISCAE RISC Ada Environment. , E! q. j5 I8 WRisk Approval. J' Y+ O/ q1 b) ?$ M" q1 @, `1 x Authority (RAA) 6 u( F9 K, n, J2 t+ uAn individual designated by the Director, MDA who makes risk acceptance4 \" d% {4 a, @4 W2 K% a; u- |$ N& v decisions. The RAA evaluates trade-offs between threats and such factors as ; i; t* W5 ?+ Ccost, security, survivability, and safety to achieve a functionally operational,- a% h( r* h0 _2 M( A+ w affordable, and secure system.9 p" M6 |) W. S! u1 X- A8 { Risk Assessment The process of subjectively determining the probability that a specific interplay of # a0 [/ U$ M: M% e# mperformance, schedule, and cost as an objective, will or will not be attained8 V' I/ _1 }* g+ k5 g9 k% x along the planned course of action. (Defense Systems Management College)! j+ T0 u, i9 x/ N8 m; u, b6 F) G RISTA Reconnaissance, Intelligence, Surveillance, and Target Acquisition., T, b9 l2 k9 F- @+ z& W RIU Range Interface Unit.0 Z2 W2 Y" U: L* [ Rivet Joint RC-135 reconnaissance aircraft.) y& [$ |. u8 g6 {0 b2 D RIVET JOINT Name of USAF Reconnaissance project.4 d# ~1 H/ ]6 C B4 o. C M5 T) a, { RIW Reliability Incentive Warranty.- y) _; C3 } K9 c4 K RL Rome Laboratory, Griffiss Business and Technology Park, NY. (Formerly called; \3 r5 V# q6 H/ D3 |+ e Rome Air Development Center.) ) _8 h: ]' q8 v7 k& m: B; g- z* q* \, ]RLA Repair of Level Analysis (ILS term).: O) x5 K- I/ _, p RLG Ring Laser Gyro. & ]3 I& g# ~5 W, w: ~RLRIU Routing Logic Radio Interface Unit (PATRIOT).0 J& Y( r. A) g1 M: n2 o: L9 S3 b RLRIU-U Routing Logic Radio Interface Unit – Upgrade (USA term). 8 m: p) w5 I3 ]$ W7 KRm Mission Reliability (ILS term).) d$ |8 t7 y6 n; n& ~5 { \ RM Radioman (USN term). - g& |) ` w1 D7 v6 C! oMDA GLOSSARY, VER. 4.0 R9 R9 m8 E; f$ I* J 250 . I3 Q/ c3 _9 o+ P; d+ @% \0 _; IRMA (1) Reliability, Maintainability and Availability (see RAM) (ILS term).9 \+ B4 z% V* T$ ^ (2) Revolution in Military Affairs (OSD term).; q* P$ i; n# W RMCET Resource Management Concurrent Engineering Team. : S. D' l; q3 u$ B; G, `RME (1) Relay Mirror Experiment (a satellite launched February 1990 and which ! h6 H/ K! _ ^+ V% ereentered the atmosphere in May 1993). (2) Remote Multiplexer Encoder. ! N7 \/ k( |9 q! GRMI Republic of the Marshall Islands. 2 n0 ~/ z5 \- H4 SRMO Reflectivity. ) J& i$ ?$ X7 f& E- sRMP Risk Management Plan. # A0 G# R1 }* C/ K0 k1 V5 `RMS (1) Remote Manipulator System. (2) Root Mean Square. ! M }+ A: z$ ^ B9 ]RNAS REL NAV Analytic Simulator (JTIDS term). ( M3 c2 w4 x/ k- z0 rRNLAF Royal Netherlands Air Force., x; X/ a2 k1 C Q RNLN Royal Netherlands Navy. ( i# }4 `' H- b( F, @/ qROB Remote Operating Base. - k. a/ a9 ?. D: Q8 {+ p& }ROBS Rapid Optical Beam Steering (system).4 p3 v# h. Q( C Robust Used in describing a system; indicates its ability to endure and perform its4 [! l. A* s5 ]0 ]8 I) ~ mission against a responsive threat. Also used to indicate system ability to% P1 C6 _+ O/ f1 j! v survive under direct attack. 8 ~* D1 U8 {# E0 j( K9 D( h+ NRobustness (1) The ability to produce correct results despite input errors.. K. \: I1 y* k+ p (2) The existence of coordinated, multiple capabilities that perform the same/ c# V# e! Z' A; B1 b8 r broad task/mission. Provides the BMD warfighter with sufficient flexibility * A& ^. o2 Q5 q- u" e2 D x9 F! ito negate the specified threat with application of a variable mix of ground 6 Q8 s3 M# c$ [and space-based systems. (USSPACECOM) 2 g% Q7 [! u* [8 g: F* q1 QROC (1) Regional Operations Center. (2) Required Operational Capability.9 J Q0 e! @; R# B6 E: B* Z ROCC Regional Operations Control Center.* d, G+ J4 T( N | ROD Record of Decision.& U, v( U% t1 t ROE Rules of Engagement.) X$ A6 a# Z$ v8 r8 A) }( B7 B ROF Rate of Fire% O( J$ y* S# r ROI Return on Investment.% P3 E. V i' v8 A ROK Republic of Korea.& I; o2 W: b$ w' o& m7 z9 X ROM Rough Order of Magnitude " q7 V- z! _' O- U* K' _/ BROOM Real-time Object-Oriented Methodology. 8 q1 R9 y/ w5 m( g: \; Z8 e tRORSAT Radar Ocean Reconnaissance Satellite." y9 d" E4 b2 q' x ROV Remotely Operated Vehicle.9 s/ G' l2 p& [4 f9 v1 T MDA GLOSSARY, VER. 4.0 R " a+ T5 c* r/ q251 $ o: R% r% H& Z4 aROW Rest-of-World." [' ]5 g; }( q6 c! R RP (1) Repetitive Pulse. (2) Readiness Posture.- f& ]0 {2 C4 B) f& s RP&C Resource Planning and Coordination.5 s: U5 ~/ d$ q6 C RPAC Resource Performance Analysis Center.' M8 ~+ n1 R# C. [* n( D& x+ x2 Y7 l- Y RPIE Real Property Installed Equipment.4 C; J( y. d% `. o9 Q9 w rpm Revolutions per minute.& B' T9 I, p+ E6 A3 \5 A/ \/ D( V RPV Remotely Piloted Vehicle. 5 H5 I5 R9 a* bRqmt Requirement.4 L" H! B7 ]8 G8 a: T. y RQMTS Requirements. # |: ^ g) W" }2 bRQn Review Question (AFMC term). / g- z) T& J: j0 rRRDI Range Resolved Doppler Imagining 3 q5 n8 v1 @" P9 O$ nRRFD Risk Reduction Flight Demonstration. 7 k5 M/ N* e* z" v$ ^% J WRRG Requirements Review Group. 8 N% F7 o O' e0 _$ S" j* Z @RS Radar Set (PATRIOT).

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RSA Russian Space Agency. / ^, x) m' Q- X" X. `RSI Rationalization, Standardization, and Interoperability.1 S5 q+ Z. C- M+ K9 f2 f8 C RSIP Radar System Improvement Program.# b* `' e! X1 j! c- @ RSO Resident Space Object. % d# a& K, G' I8 IRSOI Reception, Staging, Operation and force Integration (Joint Forces term). 7 g7 ^ m1 K" P1 O5 tRSRE Royal Signal and Radar Establishment (UK). $ R' k. ~6 z) f* l1 J6 L; DRST Radar System Test (THAAD-GBR) ; E7 T4 `* o& L+ h1 eRSTA Reconnaissance, Surveillance, and Target Acquisition.5 j# e! Q% X6 g! U3 ^( P2 g1 e RSTER Radar Surveillance Technology Experimental Radar (UHF).) V; R1 x% v2 ^: C0 a$ I RSU Remote Switching Unit. , E" }" q/ w# u1 c( A& n m7 }2 gRSV Re-supply vehicle. $ i# @7 {% `% ]3 i, Q6 LRT (1) Relocation Time (ILS term). (2) Repair Task Distribution (ILS term). 7 K3 G( ]- v3 }/ _- s: KRTC Report to Congress.5 N7 j, Y: e3 y: z; s: _ RTCA Real Time Casualty Assessment (US Army term).3 H0 ^( r# W7 G7 U: N6 \ RTD Radar Technology Demonstration. 9 ]- ^/ O6 |9 F! y- o' [- LMDA GLOSSARY, VER. 4.0 R& p% g# W) v4 `8 [ 252 1 q) u" }# L" A- Q; PRTF Release To Fleet (USN term). ; g8 p6 v* E" A* [' E2 qRTG Radioisotope Thermoelectric Generator.6 c9 L' f" ^" C) y8 q- X/ D RTIM Radar Technology Identification Methodology. 3 D7 K$ P/ m5 e1 R: ^RTO Responsible Test Organization. 9 [: m, F, b0 X- S! t+ cRTOV Real Time Operational Verification.* x) b& O C8 f& H3 ~( H( D" q8 o RTOVF Real Time Operational Verification Facility (US Army term). 3 r, W+ e# S! wRTS (1) Request To Send (Telecomm/Computer term). (2) Remote Tracking Station.2 [) I: k# x( ^1 S& Z+ c RTWP Real Time Wave form Processor (Advanced Technology Demonstration Radar1 m4 V' O: p2 b# i. M5 C3 X term).- m7 I7 ?* {) @# C! W7 M6 ~ Rules of$ d: }: @* q% Z7 T. k0 N Engagement0 D( j' m8 H3 _7 {8 F% z (ROE) 6 O8 G+ L+ Y' b0 A& A* fDirectives issued by competent military authority which delineate the 6 }( Z" n2 y. l7 P' A. b8 qcircumstances and limitations under which United States forces will initiate and/or5 n; `$ w0 ]1 ~: r continue combat engagement with other forces encountered.( f/ A7 q# j& u* S: @ RUPS Resource User ID and Password System. ( {" x. E/ Y% t: JRUSI Royal United Services Institute (UK). ( ]. q ?6 K4 o1 b* _: iRV See Reentry Vehicle. 3 Z& |0 E1 C* wRV Complex A reentry vehicle and its associated objects. * \/ x8 H3 ~6 V4 S! k! dRV Temperature The temperature of the heat given off by the RV that allows sensors to acquire* F1 |/ D6 U: M( O: ~3 F* ^ them. 9 E1 t; Z) x2 p$ X9 A/ fRVAO Reentry Vehicle Associated Objects. 1 T2 J( @+ v9 a) y8 H: ERvw Review.4 f. i2 O, L7 a0 f7 i RW (1) Radiological Weapon. (2) Rotary Wing. 1 Z0 b+ Y. b, T7 R( LRWPD Real Time Waveform Processing Demonstration." i6 A- Z/ ?# J/ C4 V/ F2 p. c RWR Radar Warning Receiver.4 B) [+ Y7 j$ K# r; J: I8 R RWS Remote Workstation.8 ^ G) _; h5 S5 `/ A+ T- B RX (1) Receive. (2) Receiver. . }+ T$ n# Z- Z, f) r9 P' ]& KMDA GLOSSARY, VER. 4.0 S# }/ n F3 K: C4 p ?6 i# R) P 2538 G. k3 i- B3 ]4 y. m: o S Start.; }8 J5 y- Q* e! n) J S&A Safe and Arm. 4 O z. {% z" J0 m+ iS&T Science and Technology. ; X* v* T/ N/ PS&TI Scientific and Technical Intelligence.+ l" C0 d2 S3 v S&TNF Strategic and Theater Nuclear Forces.5 `" J. A- I4 x0 o/ m' n S/N (1) Signal-to-Noise Ratio (Also called SNR). (2) Serial Number.2 ~, K' j g2 a4 `6 e' M( Y S/NF Secret/No Foreign Security Marking.7 `! Y# { X- _9 H- F- n4 S S/O Survivability/Operability. . N. [8 O* R! q( [5 ?: DS/SU/AC Systems/System Upgrade/Advanced Concept.( V; y7 [6 P6 _# K! a# v S/T Search/Track. 8 y( b+ z5 f) a: ES/V Survivability and Vulnerability. 0 d t7 \- @# r7 D+ e) e2 Q; mS/W Software.7 ~ r8 r6 l% ]2 p S2 Synchronized and Synergized. $ Q# p: K) S+ Z, DS3 E Space-Based KEW System Simulator/Emulator.6 t1 z- n/ W! K9 | r, \, R/ u$ [ SA (1) Situation Awareness; }6 W F$ r# q( y/ t& M (2) Secretary of the Army.4 F# _; l$ J: w4 U& p SA&I System Architecture and Integration.6 n9 p% d A7 e4 S SA-N Surface-to-Air, Naval.! x1 @( \, v) [/ }. E SA/BM OBSOLETE. Systems Analysis/Battle Management.! b h! Z+ ~* z# X0 G SA/PDL Strategic Defense Ada Process Description Language.% l& l7 |( e4 J SAAWC Sector Anti-Air Warfare Coordinator (USMC).- O1 b8 C6 b" F$ j7 U1 P SAAWF Sector Anti-Air Warfare Facility (USF term).% H$ h9 S5 F1 I9 L# A G0 l SABRS Space and Atmospheric Burst Reporting System. 0 \( u2 l( l6 O* V7 i- K# y$ p1 H, h# xSAC (1) OBSOLETE. Strategic Air Command (see USSTRATCOM). 6 f$ ?+ \7 x4 c9 C8 E(2) Senate Appropriations Committee (US). ) k9 q H- ?( K# a, _* M' vSACCS SAC Control System. % ~' P; Z4 \" ZSACEUR Supreme Allied Command, Europe.1 H# ?$ b2 d5 F8 b( _: p8 R SACLANT Supreme Allied Command, Atlantic.! B" r, A8 g! M- ], A SACMA Suppliers of Advanced Composite Materials Association. 2 w" [4 p, S& N l5 Y; {0 aSADA Standard Advanced Dewar Assembly. 4 H9 K8 Y" v% t7 Y/ |* ]0 f PMDA GLOSSARY, VER. 4.0 S ) z9 q9 Y. m- i+ a _1 J( Q254$ U* i* ~- l/ N7 @. T SADBU Small and Disadvantaged Business Utilization (of OSD).0 g' p( Q0 b1 n: C SADM System Acquisition Decision Memorandum (Army). 3 u1 D; a9 E4 D1 H' Q7 a9 gSADO Senior Operations Duty Officer (JFACC term).# m& h4 Q8 r) G SAE Service Acquisition Executive.( V d* U6 ~) Q; j- U- U3 |7 J SAFEGUARD A U.S. midcourse and terminal phase defense for ICBMs, deployed in 1975 and! k8 [7 g9 p& U4 ]/ _ deactivated in 1976 due to its limited cost effectiveness. - [7 i6 I! z. n# Z$ ^SAFSCOM OBSOLETE. SAFEGUARD System Command. * }5 C( K F* sSAG Senior Advisory Group. # `) V2 G, f/ l& ]: \SAGE Semi-Automatic Ground Environment {Air Defense System}. C$ J5 h$ g" S7 ?$ ~5 z4 i _, dSAH Semi-active homing. " Z2 O- W: Y1 _4 ~% U& G' r& {% aSAIC Scientific Applications International Corporation.+ F6 p: Z4 m5 ?9 H6 z( @7 C Saint A satellite inspector system designed to demonstrate the feasibility of . c, J% }$ P5 `" N$ W: h! Bintercepting, inspecting, and reporting on the characteristics of satellites in orbit.0 s5 O. }% q$ u2 N! X SAINT (1) Satellite Interceptor. (2) Shared Adaptive Internet Technology.8 O$ L2 ?8 w: H SAIP Semi-Automated Imagery Processing. $ w* r3 K7 [9 W( P% F- dSAKT System Architecture and Key Tradeoffs (SDIO term). 8 c( o% s- I, P' W5 nSAL Strategic Arms Limitation.' q9 U6 l( a' H0 ~ SALT Strategic Arms Limitation Talks. 3 ^6 {2 j2 i- L: a( ~Salvage Fusing The means by which a warhead detonates when an interceptor structurally 2 ]& n D) Q( I: V/ Kattacks it. Generally used as a device for disruption of the defense. # J/ ?% `$ m8 o: i9 c3 MSAM Surface-to-Air Missile. 8 P" n/ X% o4 Z4 dSAM-D Surface to-Air Missile, Model D (now PATRIOT).8 p3 ?, \5 y' o' `" m& S SAMD Security Assistance Management Division.) `. t3 P& A! \/ b2 v# ^; R: ? SAMM Software Acquisition Maturity Matrix.0 P; y8 ?( ]9 H" Q. {% `9 s SAMMES Space Active Modular Materials Experiment.

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SAMOPA Single Accelerator Master Oscillator-Power Amplifier.. K" S4 w0 Q3 G k5 V SAMOS Satellite and Missile Observation System.$ {, P7 Q: G1 V$ _2 [ SAMP (1) Single Acquisition Management Plan." b b9 V* {- Q5 I1 r- s- O (2) Security Accreditation Management Plan. % K2 ?* ~0 z+ ^; E) k" bSAMP/T Sol-Air Moyenne Portee/Terre (Surface-Air Medium Portable/Terrestrial – French-4 x3 i6 k7 G( x( u! W( d Italian missile).& r W/ V% y! H$ z% p7 ` MDA GLOSSARY, VER. 4.0 S 9 o" r9 [5 K" W1 V3 |6 A255 " c( l$ l, r; C# DSAMS Spacecraft Assembly, Maintenance and Servicing Study. 2 X, L8 I( H+ H: p% V2 W9 Q9 |/ b# NSAMTEC OBSOLETE. Space and Missile Systems Test Center, Vandenberg AFB, CA.5 P, @$ {& w( v4 N SAMTO OBSOLETE. Space and Missile Test Organization, Vandenberg AFB, CA.4 V9 r+ \9 Q3 D1 V0 x5 e: @/ \4 o SAO Security Assistance Organization. 4 k1 O& `" k0 P4 U. j% r' M1 E+ pSAP Special Access Program. 4 F* E9 r0 v( W9 }SAR (1) Synthetic Aperture Radar.1 @6 x4 W$ D8 t$ `0 V1 j (2) Selected Acquisition Report. / D5 f' ?: V7 t) a" d(3) Special Access Required., O5 @9 r3 g% N4 N4 e, P: F& d$ l3 l (4) Search and Rescue.8 `, q' ~& O5 z% @: k SARDA [Assistant] Secretary of the Army for Research, Development and Acquisition.. I K( [% G. v3 G% j# i SAS (1) Shoot-Assess-Shoot. (2) System Architecture Study (SDI). 0 j5 K! o: n4 U: O" p: ESASC Senate Arms Service Committee. (US). 2 p# V' L* n+ _3 [" y! GSASET Software Architecture Sizing and Estimating Tool. ) z" r% o, _- E4 TSASS Space Assets Support System. # J, B% `( x$ @8 r8 Q, f9 J, u6 `6 \SAT Surveillance, Acquisition and Tracking.. f7 T5 X2 @' w2 w3 W5 r SATAN Security Administrator’s Tool for Analyzing Networks. s; T3 Y7 r7 p5 R* }& k, F SATCOM Satellite Communications. 3 F9 S* e4 Z! K' h/ S' iSatellite and, @& r# y2 ?7 ^ h, f3 d Missile * t3 d# R$ {/ u1 Z% ~; I6 i2 DSurveillance A" Z' S5 J2 D, n The systematic observation of aerospace for the purpose of detecting, tracking,! z! |5 [4 \3 F0 _9 l and characterizing objects, events, and phenomena associated with satellites) X" p3 F+ G7 s and in-flight missiles, both friendly and enemy. 7 _4 T0 \) _ Z; h" QSatellite ) ?3 Q; F8 U* o7 s; m! FReconnaissance ' E2 L/ x$ r* M8 } Y4 f5 UIntelligence gathered through collection systems involved in assessing the 1 _) v1 K2 O8 y; }capabilities, methods of operation, signal intercept, photo reconnaissance, and 2 x$ _. ]5 L! Z. `2 Jother intelligence indications and warnings that will provide information for SDS! v8 d, h, @: F assets. " j% u' f4 O3 ~# B$ e0 E4 QSATKA Surveillance, Acquisition, Tracking, and Kill Assessment. L' d! o, d: @& g3 Z) D SATP Space Applications Technology Program.+ F: {$ |! V0 z5 B SATRAK Satellite Tracking. , X. L( C6 Z S1 B1 y# NSATURN Name of NASA rocket booster.# {) r2 w, E( d2 ]! Y SATVUL Satellite Vulnerability.$ [: P& ?& e. G4 `' h SAW (1) Surface Acoustic Wave. (2) Satellite Attack Warning.# z* D1 d# C( X0 K9 e# P+ [; j1 L SAW/V Satellite Attack Warning and Verification. 1 X# }* K; {& n2 c' U, ^6 c2 WSAWAFE Satellite Attack Warning and Assessment Flight Experiment.; n7 ]) P8 A7 `0 J" |7 I SBA (1) Space-Based Assets. (2) Small Business Administration. # W8 I, B( P: l8 i( _MDA GLOSSARY, VER. 4.0 S4 @; B: B& a- W& _9 v 256* q8 C6 I2 l7 e, ] SBAMS Space-Based Anti-Missile System. % b9 T ?$ f2 } E3 SSBAS (1) Space-Based Architecture Study. (2) Space-Based Acquisition System. 7 \" I' Y- G+ N7 JSBCL Space-Based Chemical Laser.1 K6 J+ Y6 A% m( O+ u [! Q; u0 q+ g SBD Site BMC3 Demonstration.; k# |9 ], [7 D0 W1 n7 S7 }% K SBE (1) Space Based Element. (2) Synthetic Battlefield Environment.) c! Y! E+ g; m- e" M SBES Space-Based Experimental System.9 b3 ?0 M* ]1 {7 v7 n SBEV Space-Based Experimental Version.3 P; A8 H+ y" [% g* W6 D9 E SBFEL Space-Based Free Electron Laser. O6 Y9 ^5 j* [ SBHE Space-Based Hypervelocity Gun Experiment.& Y& w& `1 a/ p+ N& w7 V6 P% @; H SBHRG Space-Based Hypervelocity Rail Gun.. Q2 S3 ?4 e: @8 V% b8 _! {5 c SBI (1) Space-Based Interceptor. (Replaced by Brilliant Pebbles (BP).) (2) Special * W' w6 T+ `5 D" IBackground Investigation." y+ I6 c" i0 } I1 e SBI-CV OBSOLETE. Space-Based Interceptor - Carrier Vehicle. / y) [5 N% B% F! _3 ?& S/ |% `: ?: NSBIR (1) Space-Based Infrared. (2) Small Business Innovative Research.) {; r3 {- a) Y) r ] SBIRS Space Based Infrared System./ R1 k3 c0 ?; I* C SBIRS GEO SBIRS Geosynchronous Earth Orbit satellites./ P/ @2 W% [ r SBIRS HEO SBIRS Infrared sensors hosted on satellites in Highly Elliptical Orbits.* j6 p( F9 u6 r0 O) }1 U! e& n SBIRS High SBIRS high altitude component consisting of four SBIRS GEO satellites and, U& W+ R, }8 k% e infrared sensors on two HEO satellites.+ C' t; ^+ [; U9 ~/ n SBIRS LEO SBIRS Low Earth Orbit Satellites. ; K: C! k. e" G1 |& Z, [. M$ q/ BSBIRS Low SBIRS low altitude component consisting of SBIRS LEO satellites. The SBIRS , Z% n* v- |1 t3 O5 c3 e& |6 ~. x6 ~Low component will be designed to provide precision midcourse tracking and( @& d% M! H& r Q- W& N discrimination data to support early interceptor commit, in-flight target updates, 6 E% I% Z9 p8 ~' B" ] I7 `and target object maps for a National Missile Defense architecture. The SBIRS' w6 v: t( A6 ?* D" s Low component will also support the other mission areas of the SBIR system. ; \, m8 i2 o3 f u8 P, F(Evolution of the Space and Missile Tracking System)./ \/ `, c# A& `. m, X: d! r/ @# g SBIS (1) Space-Based Imaging Satellite. (2) Space-Based Interceptor System. ( Q9 C' }& X! |, r4 gSBKEW Space-Based Kinetic Energy Weapon. B" k$ f: R* W6 wSBKKV OBSOLETE. Space-Based Kinetic Kill Vehicle. ) ~9 `; ^6 M) h \" I; a! W' }SBKV Space-Based Kill Vehicle., R D9 ]& O0 F9 U SBL Space-Based Laser.6 `! u' g) u3 P9 U3 u0 [" i SBLRD Space-Based Laser Readiness Demonstrator.2 |$ u' _8 a+ ?: q) E! U( T MDA GLOSSARY, VER. 4.0 S 2 q- U! n& M! l/ m6 l) I2576 ^8 ~$ u# e( p SBM (1) Space-Based Battle Manager. (2) Strategic Ballistic Missile.+ p# t Y, Z; Y* @ SBNPB Space-Based Neutral Particle Beam. 7 S# k" B# O" G1 H, T0 d- h7 c& p% RSBNPBW Space-Based Neutral Particle Beam Weapon. ; b! x4 F: }/ \1 w1 DSBPB Space-Based Particle Beam. % _7 I. S% Y+ \ @SBR Space-Based Radar. / y9 O: E& N4 J* a) N" g) N; gSBRF Space-Based Radio Frequency.

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