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发表于 2008-12-25 20:17:35 |只看该作者
Production , l' a& f9 b& p% tAcceptance Test 0 V( h3 D& @! T. r$ u2 b m2 _* o7 Aand Evaluation & a5 m. V& `: [T&E of production items to demonstrate that items procured fulfill the ( ]/ H7 o6 Q+ f) C( irequirements and specifications of the procuring contract or agreements. & ^8 t4 |+ n. @/ [6 x: tProduction and) R0 q6 T- n7 \- E9 b) A Deployment a# o: _" z. f! w, |Normally the fourth phase in the acquisition process following Milestone III.) Q/ t' Y9 h( J/ H. \: [ Systems are procured, items are manufactured, operational units are trained, 7 \" }8 @. q A3 kand the systems are deployed. 9 r# X( C1 ?- ~6 z5 q' |1 xProduction k2 A5 V( N8 [ tBaseline# ?5 q- t' q f# S The Acquisition Program Baseline (APB) approved at Milestone III, applicable to+ ?# q: `- i2 a- j5 Y! v& X the effort in Phase III, Production and Deployment. 5 A2 r$ F+ k2 O' \" ~Production5 E% R7 P' @3 ?0 L* | d Control s5 U$ a4 z6 m" K7 BThe procedure of planning, routing, scheduling, dispatching, and expediting the- I- m7 w9 u) B, z flow of materials, parts, subassemblies, and assemblies within the plant from the # z) k) _4 f3 N6 c7 \ l5 D# ]raw state to the finished product in an orderly and efficient manner.# X7 w) ^& s3 K; m, m& c+ z2 W Production 1 _6 r2 i5 P/ FFeasibility & I: x8 e/ ~; p, RThe likelihood that a system design concept can be produced using existing( I( L( M! p: q- D+ Y. C' C7 K production technology while simultaneously meeting quality, production rate, and* P8 ^$ e# `/ A3 D6 W' i! @, s8 ? cost requirements. w. ~" e0 _( f# ~+ }) Q* wProduction - g9 Z4 _, g; D( Q$ iQualification Test$ p3 I4 F! H' X- c( m0 y3 T2 Z (PQT)6 Q4 z4 T6 I3 Q3 `" ] A technical test conducted post MS III to ensure the effectiveness of the ]" S3 h- G" R" Z manufacturing process, equipment, and procedures. This testing also serves the2 H3 D/ v& R- z- K+ [ purpose of providing data for the independent evaluation required for materiel0 v& v5 w5 M! v' Q% @- a release so that the evaluator can address the adequacy of the materiel with" e- t+ l6 z! W% }) | f& x) P2 `" p respect to the stated requirements. These tests are conducted on a number of 1 d' W& {7 W* X4 O2 f) ]samples taken at random from the first production lot, and are repeated if the 8 S: H5 o; \0 W; kprocess or design is changed significantly, and when a second or alternative 5 R! K8 E$ ]% E, esource is brought on line. Program funding category -- Procurement.8 B# M# Q; f/ |/ L; Y Production# F) I- Z8 t2 `% t0 R* c+ W; I% t Readiness9 p+ T9 q' c% n The state or condition or preparedness of a system to proceed into production. ; B% F8 ?( B: Z' MA system is ready for production when the producibility of the production design0 ?9 N; c% X( ^6 ~5 L and the managerial and physical preparations necessary for initiating and + e: D4 K4 ?$ T5 c: k# R' x$ wsustaining a viable production effort have progressed to the point where a 3 k! w n% x6 Q( Mproduction commitment can be made without incurring unacceptable risks that+ m, K% N& f( V- k5 X7 V) K+ j5 L will breach thresholds of schedule, performance, cost, or other established% N& @8 `7 j4 ^# A i: W, ] criteria. ) {4 c! m ^6 C- {& C! ^0 CProduction4 U/ Z$ f$ x5 L6 Q# H: X Readiness- _7 L7 s9 Y/ W3 @/ { Review (PRR)( g1 `9 v# T: H- C6 l5 n A formal examination of a program to determine if the design is ready for / d0 h- v9 S9 ?' G6 e+ q; Dproduction, production-engineering problems have been resolved, and the 3 Q, F0 R! N1 x; nproducer has accomplished adequate planning for the production phase. # S- G: m; {( F9 w, T2 }+ HPerformed toward the end of FSD. (Defense Systems Management College) $ g' U, c' v4 L; Z, D' M# l# JPrograde Orbit An orbit having an inclination of between 0° and 90° with the object moving in an # I4 U( |$ \' S/ ]% Neasterly direction. (Retrograde Orbit.) - u5 [, D4 C2 I% Z7 `* A* ?MDA GLOSSARY, VER. 4.0 P " L2 _( R2 u0 y233 ' N" s/ \# A! i; q3 j) D" v- VProgram (1) A DoD acquisition program. t3 W& u, T8 Z$ G(2) As a verb, schedule funds to meet requirements and plans.3 Q1 S: f0 I, i2 ?" M) H (3) A major, independent part of a software system.) ?& b! x& ~- {% D: W3 z (4) A defined effort funded by RDT&E and/or procurement appropriations7 g" q, m) V& n2 P with the express objective of providing a new or improved capability in & f) h9 t3 \. s o3 C% w" u0 o) Eresponse to a stated mission need or deficiency. ) `/ w2 S. P7 O2 _Program * H0 e' t6 s) \0 h" oAcquisition Cost1 m$ n/ M& s! h; o& }1 Q+ f The estimated cost of development (RDT&E), procurement, and system specific! [% L, j6 j& r military construction (MILCON) necessary to acquire the defense system. RDT&E9 \3 |0 G6 S7 X/ t7 V6 J9 y! t costs shall be accumulated from the point in time when the DoD acquisition / U5 s: L K2 k8 |% N, b: `program is designated by title as a program element or major project within a; {& G F4 I3 t( C, s7 h program element. MILCON costs shall include only those projects that directly9 n5 O" i0 L1 `* T% i: N! G+ ~ support and uniquely identify with the system. - g3 [0 p0 d* }9 A3 t1 tProgram . f6 l$ }2 O$ e" Q( ^- E% KBaseline$ i& Z* |2 V. U! z& a Acquisition Program Baseline.3 N; R2 t" n) t7 Y( _$ v+ Z `+ Y Program Budget ! g# Z# i# D; `! B9 k) W- Z! v; q" ~Decision (PBD)8 z( h/ p; ^ s% `( u6 v! x- m6 a2 M Secretary of Defense decision documents that affirm or change dollar amounts: N( ^+ s9 [4 n2 P' {1 ` or manpower allowances in the services’ budget estimate submissions.* V9 c& }0 o4 G9 b* A, M$ B Program Change 9 Z/ F& D% c2 u/ W9 oDecision - k3 @3 k4 a; Y- v! X% A6 {( uA decision by SECDEF issued in a prescribed format that authorizes changes in * N( u/ _! u- K8 x! u6 vthe structure of the FYDP.( [: }5 ?5 m* a8 L. y Program Change+ C' ~! E; f% r5 o% a Request 8 N' m- f- V# Q* E' I5 V. uPrepared in a prescribed format, it is a proposal for out-of-cycle changes to data# v2 r0 T: r8 ~3 k3 h! @8 @3 g6 j recorded in the approved FYDP. - y' {7 |+ x* C! |5 f# mProgram Cost2 L1 e9 J! ]* ?, z Categories , E. J: p2 I$ s! |: w5 @/ fResearch, Development, Test, and Evaluation. Appropriations to fund the- |: }5 Q, A2 N7 w3 b efforts performed by contractors and government activities, including 6 q# V. h2 s2 u5 p- \" s* pprocurement of end items, weapons, materiel, components, materials and 0 V4 G9 r- d4 X3 Sservices required for the development of equipment, material, computer 3 G; X3 r9 }- @- ?( i" ]8 u" @+ Bapplication software, and its development and initial operational test and) @. _2 v% ~) l) o F" ]9 e evaluation. RDT&E also funds the operation of dedicated R&D installations 3 g+ k6 h5 [; t% ^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 been' W9 G! j. y8 }+ X' c9 Y0 e approved for production, and all costs integral and necessary to deliver a useful; h% y$ e/ Y6 B- J q+ D end item intended for operational use or inventory upon delivery. 9 B' p9 ~9 M9 r: f: |. HOperations & Maintenance. Appropriations to fund expenses such as civilian5 u( c! }& o7 b salaries, travel, minor construction projects, operating military forces, training and * S& Y' g+ l3 i. deducation, depot maintenance, stock funds, and base operations support.: Z: e/ A8 h! \ ?# V Military Personnel. Appropriations to fund costs of salaries and other+ `. I) d9 @6 Y" U4 w! Q- g compensation for active and retired military personnel and reserve forces based " d4 H; D5 @! {on end strength.8 |( r% Z8 n( k Military Construction. Appropriations to fund major projects such as bases,3 P/ ?8 D. k; A" _7 R& n5 u schools, missile storage facilities, maintenance facilities, medical/dental clinics, ! |8 W* }( j( J* q7 W) Klibraries, and military family housing. 2 J2 t; q6 Y4 JCosts budgeted in the O&M and Military Personnel appropriations are 9 E6 {7 }! |3 T! y R& N7 Aconsidered expenses. Costs budgeted in the Procurement and Military3 M, { s) d9 b( R* d9 l Construction appropriations are considered investments. Costs budgeted in the 7 K! A4 I$ m" d, B: c2 iRDT&E and Family Housing appropriations include both expenses and . m& m* C# ?) I1 P2 y. ]# rinvestments. . u- M! u$ e2 w; A7 T+ lMDA GLOSSARY, VER. 4.0 P+ ~% _& h% e* ^! C9 ` 2342 Q; p2 Q) f1 d/ H& p/ C2 e4 V Program - [% ?1 M+ K V! UDecision # z: g% q' x# n( W" ^. ~0 ZMemorandum 3 Q8 w" Y" c- U; M(PDM)8 ^% W* L: u+ E: O. g& q& T) u SECDEF’s approval of Military Department or Defense Agency POM with 3 Y9 E; @% ^/ itentative specific guidance. Issued in July every two years during biennial 6 ]4 x8 d( ~" O. D9 U, N+ RPPBS. ! Y, j; D" x B6 T+ d0 T0 J8 R5 XProgram " n. ]/ d7 P" G1 uDevelopment and! D3 @6 T" w$ M! o4 }2 E" X Risk Reduction. [/ [3 q2 t% A1 I1 v6 [8 |& n (PDRR) 8 q5 p1 \( J9 e' z$ YThe acquisition phase when major program characteristics and product designs- _: j8 Z5 P" E" b are refined through extensive study and analysis, hardware development, test, ( b4 q/ w( O! F: qand evaluation. The objective is to validate the choice of alternatives and to! f0 D2 l( p B# w3 ~% ^. u provide the basis for determining whether or not to proceed into Engineering and: [6 D) N7 q& T8 Z9 r5 V Manufacturing development (EMD).$ ?* T: H2 L+ G1 F/ K Program Element & F |' T" i9 W* ?5 G* k! U+ m(PE) % k- b6 g; S% y& j. A0 Z0 WThe 11 major force elements are subdivided into Program Elements. The ; J: @2 h/ i! B% M7 i# p& p# iprogram element is the basic building block of the FYDP. It is defined as “an6 S! t4 {' }5 s! d+ H1 b" Y8 g integrated combination of men, equipment and facilities which together & [8 X* Q: _" `constitute an identifiable military capability of support activity.” It identifies the6 J1 m5 a; w( z9 |8 g mission to be undertaken and the organizational entities to perform the mission.# W' E% v; N# g' z Elements may consist of forces, manpower, materiel, services, and/or associated ) r& C* C7 |/ B% m0 vcosts. The PE consists of seven digits ending with a letter indicating appropriate( p3 S9 G( @. K. H& c service.) W9 E. P3 b; p4 P! D, l. M Program Element ! {2 h# M+ @, B- k' Q& xMonitor (PEM) @" D9 s0 c) F) m1 }, O! n9 Y Person within HQ USAF office who is directly responsible for a given program2 K8 ^4 Y+ H( b1 u3 `" t9 h and all documentation needed to harmonize the program in the budget. ]; t" p! _4 I Program 3 z: G8 B2 N; {- h3 s7 ~Evaluation$ i! v# Y+ m4 C1 J5 ~, { Review / o' l6 }3 D& t$ Z6 a+ oTechnique ' |# j- U1 X: q/ N5 e4 G* r; Q4 K4 }: BA technique for management of a program through to completion by constructing" x; v/ V; [! U7 ~ a network model of integrated activities and events and periodically evaluating0 F8 w' i8 g) d8 S9 I2 D. s! o the time/cost implications of progress. 0 ]. o, \2 j1 r) e6 a! @Program; T# _ o, p$ I% r" o! @" `& z Executive Officer ( h+ \' @4 X6 m2 p. ]! l9 A(PEO)0 L' f$ w, _2 c5 a# B A military or civilian official who has primary responsibility for directing several . P4 n' x" L1 I" I, _acquisition category I programs and for assigned Acquisition Category II, III, and+ n B5 R- n9 @. z. C' y) u9 T IV programs. A Program Executive Officer has no other command or staff% U- A& O, }& t% l( x+ k responsibilities within the Component, and only reports to and receives guidance8 @6 |: ?5 o! Y' \ V7 M and direction from the DoD Component Acquisition Executive.2 d6 W. \& @0 | K7 w Program: z( V7 w, _# E. g Management9 @ [8 u- Z, a2 o& N+ D# A- h The process whereby a single leader and team are responsible for planning, ) O4 l9 P. }9 J; l& @- x! xorganizing, coordinating, directing, and controlling the combined efforts of$ B+ L1 Y" K/ ?. D0 E participating/assigned civilian and military personnel and organizations in 3 u+ s z7 p' Y7 w, |accomplishing program objectives. Provides centralized authority, responsibility,. b* u( ^! e( _* S6 {) u2 c0 E and point of contact for a specific acquisition program.) q% [2 h4 D* j a- C& f Program 5 d" u9 W7 m8 b+ P7 GManagement $ ]% I, b! ^# q: u! CAgreement (PMA)* b( j8 K q ^ {' q- i The guiding agreement between the BMDAE and the SAEs covering the broad ! q! W4 K% B6 b2 R& j7 o; p0 E/ qobjectives, funding, and expectations of each Service with respect to a specific : ~/ f* L& x. S) w6 k. ^! [MDA-funded activity.% h6 W+ N. O | Program ! z2 c! b, O+ h0 P% [; KManagement # [6 j" n5 ?. C5 ^, d8 PPlan% ]/ l& B+ _; [ The document developed and issued by the program manager, which shows the; A( s* L6 L8 F( @9 k% X i integrated multi-functional time-phased actions and resources required to6 Y! o$ D. n2 I% Y complete the task. : M3 s, O, K1 z" J. I6 s! hProgram/ m2 h, R9 w, c Manager (PM) 6 D. \; a* H" y5 ~+ uA military or civilian official who is responsible for managing an acquisition 6 w6 ]) A0 v/ r4 }* ?program. / I4 \5 }6 x0 z: v( LProgrammatic Pertaining to the cost, schedule, and performance characteristics of an8 \* @7 K5 Q7 @; S; X7 e8 P acquisition program.

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发表于 2008-12-25 20:18:02 |只看该作者
MDA GLOSSARY, VER. 4.0 P $ V) e( P! r2 \, R/ l. C235 2 C4 h* E* ^4 @ TProgram : b/ Q* s* o1 x3 o* TObjectives ; m3 u/ t* n% JMemorandum$ a" U0 t/ ]* E' [ (POM)1 C" z+ A$ y" M# A# c An annual memorandum in prescribed format submitted to the SECDEF in May ( I1 @0 R" G* Rby the DoD Component Head, which recommends the total resource& u# C0 A% P ]* A9 z" [: a requirements and programs within the parameters of the SECDEF's fiscal7 K# _' r k- o9 U guidance. A major document in the PPBS; it ultimately becomes the: M) `& `) o- K" l! V Component's budget. 6 N1 l' X. r0 q9 S& jProgram/Project - k) }" B; _/ d2 D1 `Integrator (PI) / v" ?# p! K, U. b5 q( [The MDA staff member assigned responsibility for integrating all tasks within a ( o$ ~( W) l7 I$ d5 T8 [4 v9 Pproject. Single point-of-contact for information and activities involving a MDA0 y& S* P- w* n technology, NMD planning, or a TMD acquisition project., ~: d7 ?, @+ |3 C$ u% b ` Programming The projection of activities to be accomplished and the resources that will be# n& Z1 H+ c# B: m required for a specified period in the future. The process of preparing a ! C9 ` R2 F2 A+ s9 bprogram, especially in terms of quantitative, physical requirements, manpower, 9 X: Y/ s$ L* }3 Q) Nmateriel, and facilities. The process of establishing and maintaining a program. , ?' [" d8 y5 h/ a5 Y. U6 cPROGRUS Program Update Studies. ; `# y8 E& l! v3 cProject (1) Synonymous with program in general usage. " J' n/ W4 w; O( S; f# @(2) Specifically, a planned undertaking having a finite beginning and . c5 P- \" K8 A; _1 ]; s% i' Qending, involving definition, development, production, and logistics' b; e3 ~6 R# L support of a major weapon or weapon support system or systems. A' M4 X2 C& Y% q, B* O" F+ H project may be the whole or a part of a program. Within the Navy, a: J ?$ N6 }, [- ]: u Designated Project is a project, which, because of its importance or 8 d) L4 v' c7 {5 qcritical nature, has been selected for intensified project management. 8 {& Y% X! T# Z* y8 q(3) A planned undertaking of something to be accomplished, produced, or( Z7 T, ^, P7 O7 R4 { constructed, having a finite beginning and a finite ending. ; R& P1 K1 O$ vProject Office The office of the program manager and the point of contact with industry,6 d. n5 S& o* i7 U n! l government agencies, and other activities participating in the system acquisition " B) [: U S( O+ `process. (USASSDC) (Note: USAF uses the term System Program Office).3 [$ d' s* E6 t! q+ N Project Planning Y3 G- \$ z7 x) ^3 ^4 y Guidance (PPG)0 l" V! k$ j# k# H" i3 l High-level summary document that defines the work to be performed by each) [; k1 o6 V5 k5 r& W! { Executing Agent in support of the BMD program./ @2 u" g5 N R. N I C1 [ Project Summary3 E! B( o) @ M w0 ]9 i" v; R6 J Work Breakdown & Y% c# A6 L4 JStructure (WBS) 6 G `. W" i7 G: }1 _, ` e0 D4 rA summary WBS tailored to a specific defense materiel item by selecting/ ~+ n) H$ J3 y. ?0 V8 i8 O! h: o applicable elements from one or more summary WBSs or by adding equivalent: X9 T0 C0 E6 Q7 l* h# k. t" i9 N elements unique to the project (MIL-STD-881A). 0 j2 |0 z- |0 i$ N. IProliferation2 s! t n8 w) q: L. Z (Nuclear 1 w g- Z D7 R! Q0 oWeapons) - f- a4 G* l- f U* V- X9 a" pThe process by which nations sequentially come into possession of, or acquire- H! b, Z% ^+ o, |4 V the right to determine the use of, nuclear weapons, thus enabling each to- p4 `1 b1 U3 g2 ^7 b* H) V2 Q4 c& S launch a nuclear attack upon another nation. 1 t- `* k( `# g, U9 ^Proof of Principle 0 G; ]+ d. x. D& h6 H* O(POP) , _1 x7 p# p5 E* B! kTechnical demonstration and troop experimentation conducted with brassboard ' T* u; a5 ~, x; ]% V' econfiguration, subsystems, or surrogate systems, using troops in a realistic field 5 J# ]& |2 o" @8 G$ r0 I$ W/ Aenvironment. The process examines the organization and operational concept,) F, v+ ~, W! B provides data to improve requirements and evaluation criteria, and provides data ! _+ r; L9 @ K$ D non which to base the decision to enter EMD (Army). 8 l8 V: @, c, l% v j4 a# \Proprietary Right A broad contractor term used to describe data belonging to the contractor. This# ?, k9 \5 l% D data could be intellectual property, financial data, etc. The Government when ; L) ^1 \/ C0 e7 V2 B, Freferencing technical data does not recognize this category. (Defense Systems 8 w# J8 J/ c+ M" i; L/ _, a- qManagement College Glossary) " H5 z6 B9 h! j# P) aProtection* u) P1 H" K/ v; l Priorities# {& m' S3 v8 `: c, R The aggregated value for each impact point prediction specifying the order of7 E* a0 c9 b: g protection. . `( {& @1 X w h1 ~) \ sProto Prototype.$ z7 b; M0 I2 v% D( d) |. C# y: | MDA GLOSSARY, VER. 4.0 P1 u: U. x. k9 ~# H' u 236 ; q- K% R, c% v* y, h! D1 d% oPRP Personnel Reliability Program (ILS term).- Q& @; j" f. h; V- P2 ? PRR Production Readiness Review. # X5 v1 R! X4 D# C0 O& w* M2 YPS (1) Physical Security. (2) Product Service. 3 }: m! [" s3 ]0 c2 z0 P: PPSA Production Shakedown Availability. $ r/ A# S) ^& _/ b& t$ |PSAC President’s Science Advisory Committee./ l0 B+ ? ^0 j1 \+ B3 B- ^ PSC Principle Subordinate Command.6 D7 W- b1 `9 Z; | PSCC Physical Security Control Center.3 Z5 D' ]# j2 U% A0 j; X4 ?: |) `- K7 { PSD Power System Demonstrator. ; z' q0 ~& @& T9 pPSE Peculiar Support Element.& z* i' b0 z z2 F2 u: e$ H. W; c9 S Psi Pounds per Square Inch. 7 z$ ~/ i, f2 w# i- ?% R F* u) bPSM Portable Space Model. 1 N: ]* Y; r$ s* s+ YPSN Packet Switching Node. * P& k' t" A3 `+ w7 \* q7 B4 _5 lPSP Program Support Plan.7 U% i: `" b3 y* z* x PSRR Preliminary System Requirements Review.) f) m4 X8 C- u1 W0 `- ]& o- o7 J8 o PSS (1) Passive Sensor System. (2) Passive Surveillance Sensor (Project 1106 term).* d5 w; e3 s9 P2 f; G PSSC Preliminary System Security Concept.3 \; v) ] Z# K% r7 X PSW Packet Switching.& ?( O+ `4 C8 [. o7 O) P PSYOP Psychological Operations. 0 ]: e& I* L$ f: c/ R. `* q* V9 iPsyOps Psychological Operations. * f7 {8 h7 S( F' d' VPTBT Partial Test Ban Treaty. , N- {& z5 ~1 l6 |6 S- t4 rPTDB Problem Tracking Data Base." |9 j1 o: G7 f3 c PTE Processor Test Environment. 7 J2 |3 W x: c. D* F3 |+ HPTI 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.) v" ^$ o8 W0 Y/ g PTPM Product Transition Procedure Manual. # t3 K% O9 B+ p: J+ CPtSi Platinum Silicide.- v" p' `* n5 x. H- A6 |& A( c PTV Propulsion Test Vehicle. . e( I. z6 [7 i/ O% ]PTWG Producible Technology Working Groups.* b& {- I! m; C, }) ~9 ], J4 D Pu Plutonium.) ~, {2 F8 x5 j MDA GLOSSARY, VER. 4.0 P9 ~( b4 m# `- F8 d+ U1 O1 z+ h, L6 [% } 237: f8 V; v, b C" h Pulse Duration In radar, measurement of pulse transmission time in microseconds, that is, the ; i% D8 h$ k, {; e+ W2 i/ r3 ~time the radar’s transmitter is energized during each cycle. 5 k: o- x! P. R b5 MPulse Repetition 8 n4 L# F% `, L: ?2 aFrequency 9 b: A& S9 u9 {6 |In radar, the number of pulses the occur each second. Not to be confused with8 n% O+ k O" ?' G z, Y transmission frequency which is determined by the rate at which cycles are9 O: T. m" i. ~5 D4 d repeated within the transmitted pulse.! _, ` i# Y- x9 x \5 \ Pulsed Power , O$ O5 E# w2 M& a( t+ K' v4 ~( u+ AEMR 9 C3 k9 }# |- qRadiated fields that have very high instantaneous peak field strengths or power& t9 s4 n- U' w9 d$ R density but significantly lower average values. ) c+ y7 A( P) L5 v7 BPumping The raising of the molecules or atoms of a lasant to an energy state above the 0 ^. M8 S& i4 H- c' \normal lowest state to produce laser light. This results when they fall back to a4 K0 d+ M8 [1 ^ lower state. Pumping may be done using electrical, chemical, or nuclear energy. 8 F6 z/ I' Y# C7 A9 v$ lPUR Program Update Review (OSD term).) h5 a( A; B& {" r0 q! d- K$ q$ x0 S8 m Purchase Order6 `, |9 T; S: ]* _) U (PO) / K1 e9 s5 p) D, C! [A contractual procurement document used primarily to procure supplies and nonpersonal services when the aggregate amount involved in any one transaction is% p8 U6 e- r$ u, ] relatively small (e.g., not exceeding $10,000).! |9 t/ o1 \2 ]8 N2 s PV HCT Photovoltaic Mercury Cadmium Telluride., c# ]) P6 n9 Z! G- z PVB Project Validation Board (MILCON term). ( G& i+ e- A# K, W7 OPVO (PVO2 g4 q) [% F" n$ O' M4 i, T4 r s Strany) / { b/ I1 Q, n* T: G+ M5 QRussian organization formerly responsible for the air and space defense of their4 i6 R8 j. I; m* b( t% I homeland.9 D9 T x$ V4 h0 J! S& {/ |. v I# I! E PVT Payload Verification Test. & @6 A6 m$ [! `1 p4 x IpW Picowatt. ; x$ y( [# n; i) K( ^0 VPWBS Program Work Breakdown Structure. 3 Y! E) R2 t; I8 G0 i7 a# {) I$ mPWG Product Working Group. - i. a7 a. d6 _6 Y I7 _( rPWR Pressurized Water Reactor. ) F) P" o* T/ Z) N- {. _PY Prior Year.8 }8 Z8 u6 R; [- \/ m0 A1 p Pyrotechnic A mixture of chemicals which, when ignited, is capable of reacting exothermically: y% p9 v' y: D5 y2 R4 J to produce light, heat, smoke, sound, or gas, and may be also used to introduce : u1 V2 X( R5 k2 F% n: C3 D; H+ ?a delay into an explosive train because of its known burning time. The term5 E; H: y' b' j excludes propellants and explosives. 3 g: t7 ~9 E. m# P7 i1 ]MDA GLOSSARY, VER. 4.0 Q 5 s$ U' R& o$ R- s* |238, ~# U: c" u- n# G- \ Q Quarter [of year]. ( N3 A. d* B0 J3 b8 `5 A# G( p% d( ZQ&R Qualification and Reliability. H3 T5 k1 s6 z$ h2 ]- [+ XQ/FY (number) Quarter/Fiscal Year (number), e.g., 4Q/FY98+ P9 j0 c: S: D7 m QA Quality Assurance.; g: K$ M4 v9 z z" u2 L QAE Quality Assurance Evaluator. + q+ a6 ?2 J& x7 sQAMSP Quality Assurance Master Surveillance Plan. ' Y8 |' _/ Y/ V' T* C6 tQC Quality Control. 2 I2 Q) i) `- VQDR Quadrennial Defense Review (US Congress/DoD term). # b! i' t9 P5 ]: j8 a+ n/ gQFR Question for Record. 5 Q6 x4 j; J! b3 oQIP Quality Improvement Prototype.: }! ]5 F3 o( {/ Q& r+ |% v! ~6 S+ X QLD Quick Look Display.) X) @' x7 w0 p$ G3 V- R- R QM (1) Queen Match. (2) Quartermaster.# H! p( G1 Q( U QM/DX Queen Match/Discrimination Experiment./ Q# r6 S; t2 C! T5 O& F y) ` QMB Quality Management Board.& @& }& f& ^' g! ~ QPP Quality Program Plan.+ Q1 X: |4 V4 [. m3 d3 L QPR Quality Program Review. 0 r" p6 S L+ i. M" |4 XQPSR Quarterly Program Status Review.9 M9 _3 _2 J5 ~& V2 \. i$ j3 |; u QQPRI Qualitative and Quantitative Personnel Requirements Information.! [# h8 k% L; T9 } QRA (1) Quartz Resonant Accelerometer * v9 k$ }& R5 Z* M* a0 _, h$ h5 Q(2) Quick Reaction Alert. 1 H3 ^+ a+ A! e! w2 J(3) Quick Reaction Aircraft (US)." o. N7 @% j: ~4 V2 G3 v QRC Quick Reaction Capability. 2 s7 R$ d9 i6 G& M. f8 iQRG Quick Reference Guide." b+ V5 L$ \7 _+ x QRM Quick Response Missile.+ t* K: A3 `% @1 u7 l) S QRP Quick Response Program (PATRIOT). # `+ j8 G, N: n# K e, T' v) yQRP Radar Quick Response Program Radar.. S0 s c0 O, u& j& H# i6 q' [, _& g QRS (1) Quartz Resonant Sensor. (2) Quick Reaction Software.2 W5 x' i+ P: c7 _9 P QSR Quadrennial Strategy Review. , F- d8 [3 R9 e" _) w8 y7 `* y5 D8 kQtrly Quarterly. , c& |% R2 Y5 A# |. ?3 y- _, NQuad-D/ADI Quad-D/Advanced Discriminating Interceptor.6 V/ U1 P; g/ E MDA GLOSSARY, VER. 4.0 Q 2 t7 H' H- y, f) b# u239) L( ~ b, u9 u9 G' [, ~: \ Qualification Test This test simulates defined environmental conditions with a predetermined safety1 {# n* x; s9 r8 ?; h$ I2 O factor, the results indicating whether a given design can perform its function. i3 I! s+ j9 X. f6 v9 g, W within the simulated environment of a system. The test usually is not conducted8 W/ ~2 D! i& m1 V" }3 T9 A on models using production tooling and processes.3 x, e, u& p* T: N Query A request for identification of a set of assets, expressed in terms of a set of4 t g& S! R+ ` g criteria, which the identified item must satisfy.' O0 m* A9 n/ {. F Queue ; e1 B' A" K: }: t! kQuick Reaction # @; K/ t. Y: l+ ^; d: S5 ], |Launch Vehicle; ]6 I$ z( @1 { A store for a sequence of packets, or messages, which are waiting to be / C- l; g4 F& A, y8 aprocessed. A transmit queue for instance is a store of packets waiting to be & D- r- L9 l) ~% k5 T( Utransmitted. 0 b( k4 e4 X2 ]2 H; NA Congressionally mandated program to provide surrogate launch vehicles in X N8 z: F( K" b( _" Z Esupport of the Northern Edge exercise in 2001 and 2002. In addition the QRLV ( K9 I" J3 h7 X! z) r. K5 Fhas participated in several experiments for various users.1 g% f. C4 S4 [# x8 t& I' t QWIP Quantum Well Infrared Photodetector. r0 {7 q3 X3 U/ i9 R) o MDA GLOSSARY, VER. 4.0 R ]8 _7 ^/ c3 @2 t- J6 b' p/ r+ q241' i9 H ^8 j) d( \! M7 h" R. X' p R&A Reliability and Availability.

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R&D Research and Development. ! S- Q7 E) f0 w7 _, {$ sR&M Reliability and Maintainability. 9 G0 O! c/ i2 m4 ^# aR-T Real Time.1 [% P& a- \& i3 W7 W$ q# d S R/ASR Review as Required. ) m' Z; H, w) \3 A7 g+ T! iR/W Read/Write.; p+ B; Q: Q: J* | R2 (1) Recovery and Reconstitution. (2) Reporting Responsibility. : ^! j/ i3 h6 D1 x. T; Z# O! \/ \R2 P2 Rapid-Retargeting/Precision Pointing (simulator). / D4 g5 q6 b0 d8 f& C4 kR ) d- {# m+ I0 h- E5 ?* A/ K3 " O0 f6 ]+ k1 J3 p+ A) LRotary Reciprocating Refrigerator.9 t0 _- q0 ^% Q+ B2 X: w) Z2 Y% ~ RAA Risk Approval Authority./ C( A! ~+ V, X' B4 [) o/ c8 `( o, | RAAF Royal Australian Air Force./ M3 M4 @7 B+ u: g- Y) o RACE Research in Advanced Communications in Europe. * N; D$ t c$ d3 u% F! _RAD (1) Radiation Absorbed Dose. (2) Radiation Accumulated Dose. , X# v' c% `/ I; D+ q8 ORad Hard Radiation Hardened. 6 P* T/ `5 n9 x; _9 l8 k cRadar (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.,4 K# a$ p; u% V8 p& g* A microwaves) and sensing the waves reflected by objects. The reflected waves) Y" W V8 w9 X0 H6 f$ E8 v) f3 b (called "returns" or "echoes") provide information on the distance to the target6 O+ W: z- Z. [5 _! R3 v and the velocity of the target, and also may provide information about the shape% _+ K3 R' x7 M3 l. r0 o; a! h of the target. B: A& Q& }2 GRadar Beacon A receiver-transmitter combination which sends out a coded signal when4 j8 ?; l2 q) x6 X# V triggered by the proper type of pulse, enabling determination of range and ! p0 d4 w$ d/ Q( T7 V- @: a1 c4 ]bearing information by the interrogating station or aircraft. 2 D( d0 T( O% o& Y0 M' CRadar Cross # h) t6 i5 l4 L2 g) t y9 NSection (RCS); h, a- L% s% e; z6 ^$ ?% T$ a Area of an object as scanned by radar; measured in square meters.; |" b0 S4 O' X7 g Radar Netting The linking of several radars to a single center to provide integrated target . U! H0 d6 H+ s' h. B zinformation.0 | Z6 L X% H1 }5 V* y9 T RADC (1) Region Air Defense Commander. (2) OBSOLETE. Rome Air Development+ z0 [3 }- i8 K( U0 m) R Center. (Now called Rome Laboratory.) B7 f) ]) u3 U$ Y RADEC Radiation Detection Capability.1 a! F2 M+ Z) E& X RADHAZ (1) Electromagnetic Radiation Hazard. (2) Hazards form electromagnetic' y) x/ y/ f5 d/ A* A radiation.& ~$ w9 U0 @ g% ^6 S Radiant 8 {: @2 Y9 B1 HExposure' |; L. E! A8 W2 s: T+ a The total amount of thermal radiation energy received per unit area of exposed% I* Z$ T$ f9 j. N surface; it is usually expressed in calories per square centimeter.' Y0 e6 t8 O2 z# w4 f3 y MDA GLOSSARY, VER. 4.0 R 9 _* x5 a9 T/ b( i1 L5 [242 1 L" c9 N3 f& SRadiation (1) The emission and propagation of waves transmitting energy through: F- K) t& B' ^- R" X space or through some medium; for example, the emission and 3 p% S- U; N4 Kpropagation of electromagnetic, sound, or elastic waves. : ~# }8 n' x8 G; L(2) The energy transmitted by waves through space or some medium; when! p! y0 A/ Y5 |6 k, a# G+ e5 [8 W4 R unqualified, usually refers to electromagnetic radiation. Also known as, Z `/ ?4 h: o2 z; ` radiant energy. 1 J& N. m5 s! J* ~(3) A stream of particles, such as electrons, neutrons, protons, alpha) ^9 z: _* ^4 Y particles, or high-energy photons, or a mixture of these. (See Ionizing3 E4 C2 O, N6 p$ r3 W( x P Radiation, Nuclear Radiation, and Thermal Radiation.) 3 q5 g! C5 Z/ ]% y8 {Radiation $ i6 S) r; w( Y4 r$ z$ m; BHardening1 ]& Z1 d$ w( f# d; U1 R Protection of a particular system, subsystem, or component from functional 3 [( o5 N9 y/ f" j; `5 Q; J d3 bdamage due to the effects of nuclear (or other) radiation by shielding the ( I) r# }/ n! b1 Svulnerable components from the radiation, or using other passive techniques in 6 p; E0 G$ a0 d2 {manufacturing effects of nuclear (or other) radiation.7 _" h/ ~" D- ~ RADIC System Rapidly Deployable Integrated Command and Control System. , L3 F# r7 a/ g$ d2 V* r" D2 g$ PRADINT Radar Intelligence. 2 G+ U# N% Z! e: qRadio Blackout 6 @/ W m- O5 Q* @, R(RBO)# _. `0 k% H) @) W3 X$ \8 z; e" T The complete disruption of radio (or radar) signal over large areas caused by the 6 Z- ^. }9 |; @9 {; Aionization accompanying a high altitude nuclear explosion, especially above 4 f- @! Z9 O9 |3 F2 P( Tabout 40 miles. ; g# b4 H) C2 r0 ORadioactive (or5 g2 m( f; s0 W1 t' o Nuclear) Cloud * z" h4 L2 a4 x4 k6 { xAn all-inclusive term for the volume of hot gases, smoke, dust, and other 4 f( X2 {7 m2 N6 T8 Z9 V+ F) Pparticulate matter from the nuclear weapon itself and from its environment, that is 2 |" Y3 K9 V! q/ E$ X! mcarried aloft in conjunction with the rising fireball produced by the detonation of a8 W1 }1 t; T8 c% U; j nuclear weapon. 6 W3 S6 j4 n( E% n1 c# r5 f# xRadioactivity The spontaneous emission of radiation, generally alpha or beta particles, often 9 m. o9 C6 Y$ V. ?; L3 n! n, \accompanied by gamma rays, from the nuclei or an unstable isotope. 8 X; n; X* H) d4 ~' p' g6 [- z8 N3 mRADOT Recording Automatic Digital Optical Tracker. ; E5 R$ ]) B) q& x8 NRAG Red-Amber-Green (MDA/POC assessment term).& o; [1 U' p- ^5 n$ _1 U* W8 l5 j$ V Rail Gun (RG) A weapon using metallic rails and electromagnetic energy to fire hypervelocity' \1 a3 u8 G1 }7 I projectiles. , \0 ^7 v9 T" m! O0 G! |# h( LRAM (1) Reliability, Availability, and Maintainability. (2) Random Access Memory 6 {3 r/ A( y$ qRAMA (1) Reliability, Availability, and Maintainability. ' c/ A* P# ~1 b9 {- _/ q; K' _(2) Random Access Memory. # \: h" B% d; q' U1 d7 P8 y h0 b(3) Radar Absorption Material. ; ^; i7 u+ g p2 O+ Y# URAMOS (1) Russian-American Observation Satellite.+ B# C9 ` Z5 b" _ (2) Reliability, availability, maintainability, operations, and support. 7 I6 p% {9 r5 y/ j3 z# Q, N. Y7 ARAMS Resource Management Accounting System. 8 _. F* d, f* V$ G/ DRandom Defense Engagement of RVs uniformly without any reference to type or destination. This . ~6 D! t9 L% |; s9 himplies taking the best shot possible in terms of increasing probability to kill. n0 _0 [; d% [* @% [& PRange Resolution The difference between the true distance (from sensor) to target and the3 V O$ }$ _2 ?" v+ u: ]) u+ [ calculated distance to target based on sensor data, at maximum sensor range. : P1 A" `5 L2 V3 |, F$ k, xRAP Remote Access Panel. ; _4 ?3 J' j5 {0 X6 s) eMDA GLOSSARY, VER. 4.0 R ( l3 c" J+ S! _2 K9 X243 ) R9 ~" t S* z$ ?9 u( m, jRAPIER Rapid Emergency Relocation Team.; N b( [4 r b/ K RAPTOR Responsive Aircraft Program for Theater Operations. A high-altitude, long3 t; c- W' }: p# L endurance airborne sensor platform.% v d/ r+ B, M& {' s- @. b" K RAPTOR/TALON A technology demonstration program to demonstrate critical technologies for an . V0 j9 x* a9 k5 ]! ~. b& runmanned airborne weapons system providing a boost phase intercept) Z! P( e1 l- j3 ~' x4 P capability. 9 o6 e# z: K! b% H9 _: C4 mRARSAT Radar Ocean Reconnaissance Satellite. . s( e1 w/ [9 ~7 _RAS (1) Requirements Allocation Sheet. (2) Remote Access Set. 3 C% I: U5 g( B8 U$ W( @RASA Remote Command Safety System." Q3 w& \6 u+ q" I Rationalization Any action that increases the effectiveness of allied forces through more efficient1 G9 R# F* C: J9 F" ]$ d or effective use of defense resources committed to the alliance. Rationalization1 E* G& m+ {+ [/ g9 o includes consolidation, reassignment of national priorities to higher alliance3 l0 B% \: T& W) R needs, standardization, specialization, mutual support or improved 5 o" {0 k+ T. Einteroperability, and greater cooperation. Rationalization applies to both % l1 r. x! s* u& j4 Uweapons/materiel resources and non-weapons military matters. 6 W( Y1 c* m6 W4 ?3 n s+ }) tRB Reentry Body. ) \# d" W0 r% x) g2 m7 x& K1 LRBECS Revised Battlefield Electronic CEOI System (US Army-sponsored). $ @: M7 n# R& y4 ^- IRBO Radio Blackout.9 ]1 y* H* Q8 e) R RC/CC Responsibility Center/Cost Center.$ w, d! m: B+ z' D RCF Radar Correlation Function.

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RCM (1) Reliability Centered Maintenance. ) M3 z: D" `8 @: u) h. ~# x. |' y(2) Requirements Correlation Matrix (AF).- H1 U# V$ X- _6 H: L: s( V$ j7 e8 R4 l (3) Resource Consumption Model. : `- m& P0 t% d+ uRCR Rate Capability Review (USA term).6 e: w& l5 M- P+ F5 x7 Y RCS Radar Cross-Section. 4 l; U* z, [# E' rRCSR Radar Cross-Section Reduction.; n* Q7 I7 [; T9 I2 L: v" r' _ RCSS Range Command Safety System.9 Y0 G+ S/ ` D- ^: P8 E8 t, J RCU (1) Rate Changes Unit. (2) Remote Control Unit. (3) Reactor Control Unit.- j1 D$ |# G; O- k" c4 |& n2 B/ U RCVR Receiver.3 S+ ?9 A* E! e: V7 l4 f$ b; N RD Readiness Demonstrator (SBL Program term). ' ^" @- E! Q+ C% B: B, VRDA Research, Development and Acquisition.1 Y! `* i# _5 l; D" C5 `, z RDBMS Relational Database Management System (Computer term). % h, u7 Z2 C$ J. lRDC Research and Development Contract.2 b0 {& p. g* q9 C8 w" Y RDD Requirements Driven Design.- L9 z+ D) A' @1 c# I& Z2 Q2 K6 B MDA GLOSSARY, VER. 4.0 R. N0 \/ R8 W, s( g8 E9 R 2447 \5 }% w. H% U4 k RDD-100 Requirements Driven Development 5 x* ~! E: H! Y! O. G- J# U- J( qRDG Random Data Generator. & `2 ]! t. c5 q3 R! xRDS Regional Defense System. / i8 |- B# j9 D5 FRDT&E Research, Development, Test, and Evaluation. $ M& ~5 U' c8 P' `( t. l+ q9 lRDT&E Program ! z8 s/ M& f, rCategories }0 ]& ~9 p9 v S! W2 @: v, z The five divisions the comprise Major Force Program 06 (R&D) in the FYDP. ) y8 k' j; \- L1 s* |; cThey are: % y1 l6 [8 w) m% T5 {•6.1 Basic Research6 r- s- O: s0 ~6 b9 N3 C. m •6.2 Exploratory Development4 E* D7 x# g) _; U •6.3 Advanced Development+ k! x$ a/ g; `3 c1 @, Y •6.4 Engineering Development# T% t. Y+ J5 F' @" u) F5 Q •6.5 Management and Support.( ` Z- r3 t h# t4 O) \7 @' e: `5 m$ Z Operational System development, not a designated category, is funded in + h Z) ?/ w0 |8 P aRDT&E appropriations but not in Major Force Program 06. 0 M5 _6 v% D+ V" [* TRE Radar Enhancement (USA term). J, q' [. M: k: n2 P Re Targeting The ability of the system to recomputed the direction of sensors and/or weapons- e. i7 c( W: _9 v* ^4 f5 Q to intercept a target that was missed on the first attempt, or that was superseded, } D" v/ b" w6 ?" I& s by a higher priority target. : E; Q! j; P: J: ?8 o! x( i5 ?REACT Rapid Execution and Combat Targeting. # A% Y* q1 \- iReaction Decoy A decoy deployed only upon warning or suspicion of imminent attack.. y5 F+ b& n$ S9 G8 s+ I* Z Readiness 2 E1 s5 X8 e" v' \6 ?8 E' K( sPostures . i) J; P/ n' U+ EA specific status defining the relative responsiveness of BMD assets and ! \4 W8 n8 K" Npersonnel to perform a USSPACECOM BMD mission.- |% n2 r) s& t4 F5 @/ S Real Time (1) Pertaining to the processing of data by computer in connection with4 T7 b3 G7 O' ?; B9 \ another process outside the computer according to time requirements : L# @' T- t! R& N. \improved by the outside process. This term is used to describe systems 0 i) z6 L" F2 y5 soperating in conversational mode, and processes that can be influenced ! G2 E; G3 N' y. o Z/ b) V8 lby human intervention, while they are in progress. ( [: o; y1 g* f' T& Z, q! n(2) Pertaining to the actual time during which a physical process transpires,! o9 {- P/ @0 Z for example, the performance of a computation during the actual time) U* ?. A. H; p( E! c" N that the related physical process transpires, in order that results of the - [# i* L- P3 }, R4 ^computation can be used in guiding the physical process. " R7 W& h+ h- y- R0 \4 HReal World Data Data derived from physical experimentation concerning phenomenology 1 C, Y( u9 R/ T+ I. Z, massociated with technical functioning of SDS, particularly regarding target! L" v8 M9 `# r- O) o signatures, background observables, sensor functions, weapon functions, and2 X6 k9 w- n/ C survivability.: i) }) _, L" ~! D' W1 D Real World Data" G% }& L/ p" ] Collection ! I' S% a" Z/ J oThe provision, to SEIC users, of access to real world data, in fashion timely and {/ c) Y4 M/ p otherwise suitable to meet users’ needs (e.g. for validation of a test bed). # E& n2 M+ j2 r# r/ X n, JREC Radio-Electronic Combat. 0 P" x$ Q4 i% R8 P2 o& |RECCE Reconnaissance.: O. C( o# N$ W$ U& f O- q Reclama A formal appeal to the service comptroller of SECDEF’s tentative budget decision ! a. I" I; I( N8 P7 f1 Y4 P- F+ ion the service budget estimates.: B7 [2 A( U+ I9 p$ y: B0 N$ f! [ MDA GLOSSARY, VER. 4.0 R 4 q9 c, H3 `, s( p' b245( C: @, \5 T8 ~& W; k RECON Reconnaissance.' Y5 D) b9 W8 M2 F* w+ y& F Reconciliation Directives to standing committees contained in congressional budget resolutions ( q3 _3 J( i; @! rcalling for certain dollar savings and a deadline for reporting legislation to " S3 F/ z% N7 H) [% J6 Eachieve the savings. Omnibus reconciliation bill incorporating these changes is. M2 h, ^) `/ r7 {' R: F introduced and acted on in both houses. * j M" Z4 l# W: H5 f; X& GReconstitute To restore, during periods of hostile engagements or during peacetime, military9 D# f U; J, `4 z3 j6 l, C, g forces or elements as closely as possible to a desired state of readiness for 7 O. y+ ~' e" ?0 ocombat. % G0 B1 v, E7 F. a; m @: bRed/Blue5 k7 n' H5 J, y4 \ Exchange % ?) v7 @) j+ m r! nA process to identify and define potential countermeasures that would degrade( P% E2 A( ~* i5 F7 X1 M f aspects of ballistic missile defense. The process – akin to a wargame – pits a+ J( n# W4 Q! \/ p# z Red team fielded by DSIM and a Blue team fielded by AQ. A senior review3 G+ x6 z$ C5 F: t% Y: J panel acts as the referee.3 s0 n" }' d; Z4 P REDCAP Real-time Electromagnetic Digitally Controlled Analyzer and Processor (USAF r5 C- W) k" q! t. _term). " W$ t2 v1 d \1 t3 LRedout The degradation of infrared sensor resolution due to high-altitude nuclear bursts. 2 V6 |+ ^+ z3 Z+ F+ |Radiation from these bursts causes fluorescence-emission of light from air5 U! c) C) l( r, I' i" } molecules. The emitted light lies within the long-wave IR spectrum so the) \* A7 K" c p atmosphere below appears to the sensor to glow more brightly than usual.: r0 e; [( [, _; { Redundancy The inclusion of duplicate or alternate system elements to improve operational ; e" i5 D: e& c2 b% B0 H% Ureliability by ensuring continued operation in the event that a primary element X+ q8 |3 w2 a6 B0 B: ^fails.% T! X7 W6 @! ]5 j+ T( d Reengineering The process of examining, altering, and re-implementing an existing computer # G0 o0 ?) [) c3 C( B+ D5 ^+ gsystem to reconstitute it in a new form.) l3 k% U2 Y) l, @( N$ G Reentry The return of objects originally launched from earth, into the atmosphere. 4 `9 o! h1 H: e& Y. _) U1 w' Q+ n5 F+ d& dReentry Angle Elevation angle of velocity vector relative to local horizontal plane when& v' \& P/ _- R; a9 ^6 }/ ~8 L reentering object reaches 92km.# u& c/ I" k" E) u( m: E3 E* q: l Reentry Phase That portion of the trajectory of a ballistic missile or space vehicle where there is 3 |6 P& p5 B; x% N9 Ka significant interaction of the vehicle and the earth’s atmosphere.9 p0 W- ]# q" h: N6 @ Reentry Vehicle : x, O* h- M0 |& i' Y(RV)$ V7 _: b1 Z: K- K4 j+ t" N6 @+ |% |3 L (1) Reentry vehicles are objects containing nuclear warheads. They are ( t( d3 C% I7 H O+ T H6 @8 greleased from the last stage of a booster rocket or from a post-boost: g" `; n R8 u# `. Q vehicle early in the ballistic trajectory. They are thermally insulated to* j' u# l; ?& b7 Z+ G+ Q8 g survive rapid heating during the high velocities of reentry into the) k2 T. {9 U* f1 I! Y E$ L atmosphere, and are designed to protect their contents until detonation ; w n4 [( U# h' o) |& _! g6 k5 Gat their targets.8 b- n5 x9 s4 Z! i$ D (2) That part of a space vehicle designed to re-enter the Earth’s atmosphere+ Z1 K' `$ n X3 e n the terminal portion of its trajectory. # A) O" X! I7 Q. u3 R; YRegional Defense/ M7 {' h8 K% e9 P System (RDS)6 a) @# h9 ]# y" w, ~) Y* e That portion of the SDS that provides defense for a specific geographic region,& E: Q4 c; e9 ^0 w/ O+ M such as the European Theater. 8 C |; X* V( k7 ERegional" X# U0 F8 q, |0 |: H# t4 q Operations 8 | X' Q H2 jCenter (ROC) ( C: B8 d& G. g) ]: LA group of fixed and/or mobile centers with OPCON over allocated ground based ( m) U0 u3 S3 |' nsensors and weapons.# t* _) E r( Q) N) P R MDA GLOSSARY, VER. 4.0 R 5 I; S& M% L2 }246- W0 i1 ]- h2 J7 p! z. y Regional ; U, G/ n8 F; {, K3 y; r6 `Operations# I' U' f* ~3 }: ]5 m Control Center; ~8 d$ N, B8 H4 H5 f# P/ N% z! G/ T (ROCC) & ?- k' ?( M! V- Q6 K7 E) o$ YThe command function for CONUS, Canadian and Alaska NORAD Regions,9 O# G" F1 l9 W! L# B. B referred to as “regions.” In the Alaska NORAD region, the ROCC is also the " ~( b8 {1 X, ocentral intelligence, communications and operations control center established( p+ b2 l( N, l6 x4 E5 f for the purpose of supervising and coordinating the combat effort of all air" D/ O6 N8 ^ C- h5 c+ l defense forces made available to the Alaska NORAD region commander. Under% H; g- a- a3 D4 M. Y+ n1 d normal operating conditions (not degraded), the ROCC is responsible for the) o; C- P u. l- b8 k identification function and for air and ballistic missile defense of North America. $ u" u. {3 ^9 ]6 eRegrade To determine that certain classified information requires, in the interests of e0 }6 C$ c; [1 W% ?# c& G national security, a higher or lower degree of protection against unauthorized4 }0 U' B1 ]6 v+ v% t disclosure than currently provided, coupled with a changing of the classification 1 w, f) X$ S) D9 `designation to reflect such higher or lower degree.5 P- S6 B4 v( b- x: V; g REL NAV Relative Navigation (JTIDS term). , c) s3 u2 e+ ^Relay Mirror Part of a ground-based laser system.

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发表于 2008-12-25 20:18:49 |只看该作者
Reliability and # M( G! m5 D) B) e! K& N$ b# |/ o, vMaintainability ' @8 l! v) n9 Z) y9 k4 [0 D(R&M); m- s/ c( C' ^ Reliability and maintainability design parameters are key factors in the design of1 c- p) z$ _3 y' o8 F! f! I% e affordable and supportable systems. R&M parameters provide inputs into the# S1 C. j* h9 \% I% p2 M design and LSA processes that quantitatively link system readiness to the ILS" K" ^) D8 i7 @$ R* r" [! q* k elements. One of the principal elements of ILS.3 ~# [3 ?3 V% E% {% i Reliability, & c) p: }8 j9 l/ U, q. FAvailability, and3 q2 d( u4 e, s; X Maintainability " R9 n, R: @. j; ]4 G7 L" @(RAM)* N! v) e# k( x( n+ q Those requirements imposed on acquisition systems to ensure they are1 _: i: b" r9 a. E: q# d operationally ready for use when needed, will successfully perform assigned, T8 E4 n( U4 n functions, and can be economically operated and maintained within the scope of ' ?. B* h' j! Clogistics concepts and policies. RAM programs are applicable to materiel 6 h& R$ B5 {8 ^( g. |2 Ksystems, test measurement and diagnostic equipment, training devices, and ( Y% c2 p$ C& wfacilities developed, produced, maintained, procured, or modified for use. (See; w. r$ V5 x$ o1 e3 ~8 O/ I individual definitions for Reliability, Availability, and Maintainability.) 8 _5 S: y: U2 s' ~" VREM Roentgen Equivalent Man. ) F6 j: r7 j" A* y& `; KRemotely Piloted 6 T# w4 a: l. HVehicle (RPV) k( |7 g1 |; L7 b+ V( ` An unmanned vehicle capable of being controlled from a distant location through/ f. j# Q. s+ R/ N% s3 F0 K5 x a communication link. It is normally designed to be recoverable. See also4 m5 K5 w" h1 _( R" f3 c; |! K8 } Drone.9 u" \7 a" K" p! l+ v Repairability The probability that a failed system will be restored to operable condition within a : y L3 B+ U3 y, b. a2 _* E. }specified active repair time. / D; L! @) \( S b! J$ uRepeater- % A0 V; @6 z9 \6 r" D8 J% i6 I; oJammer 6 q! s$ r! k7 e! h8 IA receiver transmitter device that amplifies, multiplies and retransmits the signals3 }! N5 \+ y# r; A6 F: b received, for purposes of deception or jamming. A5 W# M: y9 M# d Report Back Information returned from system elements that verify that directions have been 8 }) i" [2 ^, S8 E8 l- R$ \/ H) [received and carried out. Also includes information regarding system$ m: w8 z: O! A) Q6 ^3 r' Z/ P; ]) d effectiveness. * P: Q% i3 x% |4 A% l4 Z' F, c) ZReprogrammable ! h# W$ W, \, P ?Time8 c c6 _4 w- w0 h) ]! \# K1 f' C Time required to re-target an alert missile. . q- ?; S8 w: q# g. r! M/ |' SReprogramming The transfer of funds between program element and line items within an: _/ G4 ^+ s) [( k7 p: M appropriation for purposes other than those contemplated at the time of6 ?* [- M/ E/ k0 p- Y' f G4 C appropriation. Appropriate congressional committees generally accomplish9 c8 `) l) W S- j6 [, E. ^ reprogramming pursuant to consultation with and approval. , f3 `. R6 i. \Request for! z7 n+ {+ h% T7 D* ~& h# i1 l Proposal (RFP)( L: B. p6 P; p% V- E A solicitation used in negotiated acquisition to communicate government7 T( u5 f: g6 {* t% h requirements to prospective contractors and to solicit proposals. 8 r% j; g+ M! r0 O, k$ FMDA GLOSSARY, VER. 4.0 R' M0 r5 u! r, y! V2 F0 V 247$ C# v) T, f2 n; j Request for 2 y4 V. h( w6 ?* m5 Q1 |Quotation8 U( R! w: R" s A solicitation used in negotiated acquisition to communicate government 2 n) [( s0 u6 k. E4 i4 O( k; Crequirements to prospective contractors and to solicit a quotation. A response to7 ^% }" Y) e4 K an RFQ is not an offer. It is informational in character.# I& v3 ~% b- w' I4 [ Required / {8 i7 B# ^- z2 `# z% ^Operational: Q0 [5 D( _# ~6 y8 ?# L Capability (ROC) ! u, R* I" T$ `! U& h( Y7 Y4 xOBSOLETE. A document stating need and specific operational capability.4 @' F( U; ~4 d$ i+ @3 D+ i Replaced by the Operational Requirements Document (Army, USMC). % A! O- w- e: YOperational Requirements Document. 3 q4 Q" l4 u4 r3 p9 @' F9 S7 WRequired. v. q6 m2 o, R" u, \ Operational 1 ^. j; g! l9 ?6 L' MCharacteristics4 |3 S0 ^( ^7 Y& @7 W System parameters that are primary indicators of the system’s capability to be y) Y+ V I* w6 t- b6 R2 p employed to perform the required mission functions, and to be supported. % i; u' c. X- CRequired ! V* z$ L1 F- y/ UTechnical $ M8 l" ~& }' T& X- V* T) w* ^Characteristics : n+ q+ C( ~0 k1 ]3 W' a! JQuantitative system performance parameters, approved by the DoD Component,$ L- t- w/ G, v# R/ } that are selected as primary indicators of technical achievement of engineering ; i* B# U+ h r1 i: W' lthresholds. These might not be direct measures of, but should always relate to, ) g/ Z1 l" ?* }4 ^2 r* {a system's capability to perform its required mission function and to be 7 h8 v9 b2 \8 o: ]" ~% |( Msupported. Required technical characteristics are usually tested and evaluated 2 `, Y2 O; K, O p% Xby developmental testing and evaluation (DT&E) to ascertain achievement of% \0 i; Z1 I; q; v) m/ _, t6 s5 ~ approved goals and thresholds for these characteristics. Critical technical' y8 L" T G( J# A characteristics selected for a DAB program baseline are reviewed and further : k, z, ^; y! X" Lapproved through the DAB process. + K" p. J% ~5 [7 {Requirements 2 ?2 }( f3 X' p7 i6 E4 P; j0 ^9 }! DAnalysis 6 g0 m# y6 w8 E6 s8 P0 ~. l. U8 ^! IAn analysis to determine and document the need for resources to perform the & j: v: m- K* ]% B8 l+ T) @agency’s mission. 6 G/ M5 V: V5 |) i2 C" J: eRequirements * Z& M' i, w3 C& zDocument " g; a" E- a4 l; JA document that sets forth the requirements for a system or system component;5 U7 I$ L4 g: n' C+ ]8 |: i for example, a software configuration item. Typically included are functional 2 H: }! p$ ~. Z. k8 M4 M9 Grequirements, performance requirements, interface requirements, design 9 b; J+ p# g7 [% R0 T6 s1 Arequirements, and development standards.: x2 w8 \( [ N# O$ i) N5 } RES (1) Remote Engagement Section (HAWK TBM weapons system term). % F: x& s$ `5 k5 L(2) Resolution.4 E G# I6 ]" _4 Y* W5 e RESA Research, Evaluation, and Systems Analysis simulation facility (USN), San Diego,# r/ y6 B2 |7 C4 t: p1 z CA. * Y" J* O' S: O- TRescission An action by the President canceling budget authority previously appropriated 1 L3 i$ d! ^: d0 ibut not yet obligated or spent. If both Houses of Congress do not approve the 0 \; B) s! y- y( |+ tproposed rescission within 45 days, the President must obligate the BA as( L) Y, M! I( W7 m intended by Congress.) B* Y; l# k$ C" F, `# g3 {2 ` Research and5 K1 c* d6 O& H& A/ Q: x Development. x. x' q5 C) G ], V Costs0 d! d0 T0 k& f* g7 ], o- ~ Those program costs primarily associated with R&D efforts including the+ _+ B2 S. E! X3 b) Y# R development of a new or improved capability to the point where it is ready for5 g5 _8 b9 h$ c. C/ q3 @ use. They include equipment costs funded under RDT&E appropriations and- m* A- ^( P3 X1 f8 u# x% ` related military construction appropriation costs. They exclude costs that appear ) K0 ~0 l* g+ M! H9 I2 jin the military personnel, operation and maintenance, and procurement( }9 e- t3 r2 m l( g3 f N g appropriations./ q# q3 m2 k% z+ g3 g1 h Research, 8 y1 ^9 U( _, W- p0 iDevelopment,) J: h! f N, J. u( u: S+ N Test, and 4 x* }1 p5 E6 S& {4 ~/ nEvaluation : ]; T( o% s- Y: {/ F(RDT&E) 2 e8 u' T: ^) F% U6 X# mActivities for the development of a new system that include basic and exploratory6 V$ Z5 S. V9 n research, advanced and engineering development, development and . J: P3 I$ y% w+ \( l% _* Xoperational testing and the evaluation of test results. Also, an appropriation 6 E* x+ v, r' }/ |6 j$ q- y$ E' gcategory that includes funds allocated to the FYDP major force program 6.7 X9 w. Y* L' C9 v' R( l! K x' k$ G (Defense Systems Management College)" P6 U5 n) O, C6 w$ Y8 [8 ~ Resident Space3 O0 h4 }5 M: O Object (RSO) 7 j( v+ D) `8 M. W# a6 |The Cheyenne Mountain Complex maintains object, which is currently on-orbit * |0 e5 }# g4 F6 oand whose element set parameters." j6 v2 h$ s. R! E2 V0 a MDA GLOSSARY, VER. 4.0 R7 s2 w, ]1 |/ ~* J: q N- p 248 : K- k7 ~; b3 e0 A x1 DRESOL Resolution. e$ R1 ^- L( b Resolution (1) The ability of a sensor to measure the separation of an image into its6 y( W8 {7 l* c. T8 @ constituent objects so that single objects are visible and distinguishable. 4 i0 |3 p5 [9 ~(2) A measurement of the smallest detail that can be distinguished by a( C9 n2 B7 R4 m sensor system under specific conditions.* h6 h4 d' t$ x8 _9 L5 k. B5 ?& w Response Plan% d& X4 ^$ A0 r2 { Selection ; a+ A0 Q& h: U4 m4 E. rThe continual comparison of the nature of the observed threat with the defense, o; l. p6 `7 y system capabilities and selects the best way to attack the threat in accordance; l7 C* W4 r8 @/ Y* h with established priorities and specified strategy. / W v A3 f) z0 M" B6 I9 a- U# VResponsive* \& x. j( v5 S+ k' p$ \; o" T* P Threat9 S/ `6 c8 T* W( t) a/ B( F The threat after taking into account modernization and countermeasures # \ O5 u( r- S' n3 xintroduced to offset the capabilities of the SDS. + s/ s9 X" J9 @8 fRestitution The process of determining the true planimetric position of objects whose images , t# S7 Q) G1 i: l$ ?appear on photographs.. K& e6 P# x! X! E% X, T$ ? Retrofit Action Action taken to modify in-service equipment.5 P2 h0 }( O: n g; y3 b Retrograde Orbit An orbit having inclination of 0 to 90 degrees (See Prograde Orbit).. L. \+ x! C* T Reverse ; u; E( X" S6 I4 [+ t0 h' NEngineering 5 h2 g4 e, f8 r1 G4 l$ Z4 Q3 \/ bThe process of analyzing a computer system’s software to identify components 6 q9 b1 f/ b) k# ^. j, ^and their interrelationships. ' T, ]7 n. [1 \3 R& QREVIC Revised Enhanced Version of Intermediate COCOMO (Computer term).. H; x/ x( ~2 h7 p Revisit Interval The time that elapses between successive observations of an object from a 8 Y; _" M n4 w9 n+ [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. 1 V6 j0 Z1 p+ Q3 p8 s# R3 |) FRFFEL Radio Frequency Linac.- ^: E5 m+ P6 F; E4 I+ F RFI (1) Request for Issue. (2) Request for Information. (3) Radio Frequency) L- t9 i: a( t0 F. o Interference. / n$ ]+ \! } F1 R& N- Y4 D* Z8 KRFL Radio Frequency Linac. ; v/ }/ M0 n3 D9 B0 v2 SRFLINAC Radio Frequency Linear Accelerator. X0 w9 [8 F, O" Q/ p( N, l RFOG Resonant Fiber Optic Gyro. 2 g' L9 t% E9 P0 A S+ {# C4 vRFP Request for Proposal. + t7 r2 B2 E: ^* p) L- Y% |' Z dRFQ Radio Frequency Quadrupole (Accelerator).- k Z. J, \4 J/ Z* C RG (1) Rail Gun. (2) Review Group. 7 A2 @4 \/ T* u; b+ {RGB Red, Green, Blue (Video Engineering term). 0 E; H7 `& ?; wRH Radiation Hardened. " X- J' Y6 A6 w: g zRH Electronics Radiation Hardened Electronics.2 x& P c+ d4 c6 r( B! y, y- r RHD Radiation Hardened Electronics. , K5 Y; D4 |' b: ^MDA GLOSSARY, VER. 4.0 R7 C* `6 q8 q- d9 r5 V 249 4 w4 f: Q* _, W2 n6 _RHETT II (1) Russian Half Effect Thruster Technology Program. + G: [1 E# ]; c$ N& K! ](2) Russian Hall Electric Thruster Test. : i G0 M \3 S8 H3 kRi Inherent Reliability.7 x0 W4 J) x. n- |! j0 I RIA Range Insensitive Axes.6 G# D* i( D9 w; ?/ [ RIBIT Reverse Illuminated Blocked Impurity Transducer. % E* _$ z9 O/ Z+ h) Z, YRICBM Retro Intercontinental Ballistic Missile. " ^4 z8 k: ^' V6 g& {RIIA Royal Institute of International Affairs (UK).' x) @; x$ \- ]' b RIL Repair Items List (ILS term).! W% W, } Z5 _8 n' z RINT Unintentional Radiation Intelligence. * M3 O0 j8 f R8 N- B. ^RIS Radar Instruction Set Computer.5 J+ \4 }( U% c( B/ p RISC Reduced Instruction Set Computers. 1 f# Q8 W" ?% U' @" X. H% gRISCAE RISC Ada Environment. 4 X% W$ R: A; C6 C RRisk Approval5 V, o* R* ~% ?# R" ~0 q Authority (RAA)8 ~$ U% q$ h$ S3 I An individual designated by the Director, MDA who makes risk acceptance , q; I) H4 \( l0 F( s0 pdecisions. The RAA evaluates trade-offs between threats and such factors as) z3 I$ E, m* Z( {$ s7 I9 ] cost, security, survivability, and safety to achieve a functionally operational,, N+ n0 ]7 D+ a5 t4 C/ g. [ affordable, and secure system. , {3 U8 ~* F1 X8 }0 pRisk Assessment The process of subjectively determining the probability that a specific interplay of % W! N1 v+ _: Z" i* [( ?0 fperformance, schedule, and cost as an objective, will or will not be attained & y, y, ^- K( N9 D7 O( L Malong the planned course of action. (Defense Systems Management College) : R, w# }) ]. J7 i' }# {0 w: ~5 wRISTA Reconnaissance, Intelligence, Surveillance, and Target Acquisition.8 w# M" S3 g0 z3 N RIU Range Interface Unit./ F+ W$ k0 Y+ H' } B2 m- f Rivet Joint RC-135 reconnaissance aircraft.* M! g. H: [& O6 e1 U: ~9 K RIVET JOINT Name of USAF Reconnaissance project. , z4 s" W% B, P; y% I9 B9 a5 R! jRIW Reliability Incentive Warranty.0 G9 \/ @' [0 C RL Rome Laboratory, Griffiss Business and Technology Park, NY. (Formerly called/ ^2 `, ~: W/ q/ u Rome Air Development Center.)3 r5 B1 M; R* y, w5 [ RLA Repair of Level Analysis (ILS term).6 s' ^ W' v# w0 r) i, h RLG Ring Laser Gyro.& s. e$ A! G: i. V+ X RLRIU Routing Logic Radio Interface Unit (PATRIOT). & C* ?3 v; A- G- C2 Y+ p: i, sRLRIU-U Routing Logic Radio Interface Unit – Upgrade (USA term). & O5 @5 n9 \. Q4 {/ N3 Q5 J) O. oRm Mission Reliability (ILS term). 6 s ]9 H5 W; g! ]6 uRM Radioman (USN term). ) e% \. A' O5 w- J. mMDA GLOSSARY, VER. 4.0 R/ \. d( P7 n+ z* t, R* ^% r) ?, i# x 250( w: c* ~- [* K& D3 P- [ RMA (1) Reliability, Maintainability and Availability (see RAM) (ILS term). T5 X; j" e6 k; H- v% O( B (2) Revolution in Military Affairs (OSD term). $ {9 J z9 F% WRMCET Resource Management Concurrent Engineering Team. $ x. e% @; v$ U- q; p( G6 IRME (1) Relay Mirror Experiment (a satellite launched February 1990 and which# ? p; l/ r: y- t reentered the atmosphere in May 1993). (2) Remote Multiplexer Encoder. 5 \5 g. X7 T$ `RMI Republic of the Marshall Islands.% `' F& x1 C: I! ^4 e RMO Reflectivity.0 ^: O: t4 l# B2 I7 |& ~. Q o RMP Risk Management Plan.1 u' u* R$ R* L0 v1 C6 \ RMS (1) Remote Manipulator System. (2) Root Mean Square. # r, M5 d# R$ { V) u1 ORNAS REL NAV Analytic Simulator (JTIDS term). 0 v/ _! L9 o) I! eRNLAF Royal Netherlands Air Force. . J; a% Y5 S+ {% s; nRNLN Royal Netherlands Navy. 4 Z+ ]" E6 t+ `. W# {$ TROB Remote Operating Base. 7 r0 w. E w! Y, G" g& QROBS Rapid Optical Beam Steering (system). s6 V7 }" T# |. i, e" j$ _ Z- B9 e Robust Used in describing a system; indicates its ability to endure and perform its( @" k# d/ ?$ D mission against a responsive threat. Also used to indicate system ability to( S& s! q1 h, x; p4 v6 f4 E survive under direct attack. + z5 E x/ U, q+ @- v( X' t+ GRobustness (1) The ability to produce correct results despite input errors. ; d# D( c: u3 n# o(2) The existence of coordinated, multiple capabilities that perform the same & Y! }$ G+ D; p. ?7 e9 p: qbroad task/mission. Provides the BMD warfighter with sufficient flexibility5 n) x- {8 k! ]; H to negate the specified threat with application of a variable mix of ground4 U6 c' p1 ]. l( l# U3 ~# g and space-based systems. (USSPACECOM) " |9 \% ]" G& X" u. {+ ^2 QROC (1) Regional Operations Center. (2) Required Operational Capability. ) F" }# F- q. H+ c, \) fROCC Regional Operations Control Center. + s, I+ J0 @7 w( f( _ROD Record of Decision. & l$ N$ W" N8 ~$ g( e0 @2 DROE Rules of Engagement.) n/ M$ R! D, v$ p( c& f( G ROF Rate of Fire . u, U2 t b( u: R4 D2 z' a- c. Q$ N; hROI Return on Investment. & ~, D3 R/ l5 r; h( OROK Republic of Korea. + i9 }# f; B1 v. n0 C. gROM Rough Order of Magnitude: N+ {9 K9 K" a# B* n" H+ b6 Z ROOM Real-time Object-Oriented Methodology. + {( M+ c# B H0 VRORSAT Radar Ocean Reconnaissance Satellite.: |6 y! U# X3 y; H6 T- w ROV Remotely Operated Vehicle. 3 J0 e' I7 O8 b+ h6 w2 J6 yMDA GLOSSARY, VER. 4.0 R% A" t& G3 B' t7 b' l 251, c" I4 N' v* M* J8 ~+ j* s ROW Rest-of-World.% h s+ D; j8 }( T RP (1) Repetitive Pulse. (2) Readiness Posture. : m+ q+ l9 r+ nRP&C Resource Planning and Coordination. 3 I, w( b: G2 c2 e3 cRPAC Resource Performance Analysis Center. & `: d, W; ^3 ^* g. C4 yRPIE Real Property Installed Equipment. : ~& Z, v0 b5 j) @rpm Revolutions per minute.3 H8 O" X: Z6 K: k& o RPV Remotely Piloted Vehicle. % l' g& u C$ gRqmt Requirement.- u$ l9 I6 |0 C4 ]! `6 F: _2 M- I RQMTS Requirements.# z& y" y' M. C' o- Z! ]' c6 O RQn Review Question (AFMC term).5 u* f& O- b: y3 g RRDI Range Resolved Doppler Imagining- |6 y" Q, u0 P! B1 c7 Y RRFD Risk Reduction Flight Demonstration. " w7 D' d( f2 ~" d) N+ K* ~" T+ T, l3 vRRG Requirements Review Group.6 Y9 A8 e. b/ X+ c! \" ^ RS Radar Set (PATRIOT).

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发表于 2008-12-25 20:19:09 |只看该作者
RSA Russian Space Agency.% R/ u3 t" W w9 ?! Y7 A RSI Rationalization, Standardization, and Interoperability. 5 l* O3 D- B3 pRSIP Radar System Improvement Program. ) A" G! j, {4 n, k0 N- z# ^+ s8 M: QRSO Resident Space Object.% k( G% V2 L X RSOI Reception, Staging, Operation and force Integration (Joint Forces term). 4 r" d3 l: X [4 e, n6 _7 nRSRE Royal Signal and Radar Establishment (UK).5 ]3 J8 w: q- R# I7 S3 k RST Radar System Test (THAAD-GBR)* C! n6 i, G! b$ ^$ a% P; D% T RSTA Reconnaissance, Surveillance, and Target Acquisition. 8 I# [: ^8 W% z% PRSTER Radar Surveillance Technology Experimental Radar (UHF).+ X/ Q) s6 V, O$ L4 G6 U RSU Remote Switching Unit. , Q( ^/ C y* M+ \1 I! o# h8 e6 nRSV Re-supply vehicle.& h+ \; q$ l5 t6 A2 G8 z RT (1) Relocation Time (ILS term). (2) Repair Task Distribution (ILS term). " G( V1 |3 q9 d7 a" n) Z. |RTC Report to Congress. 7 J1 T; E0 u& v# ]/ S1 vRTCA Real Time Casualty Assessment (US Army term). 6 K7 l7 i8 K4 P W' h! w4 O6 j4 R3 ]RTD Radar Technology Demonstration. Y8 `7 U% H4 p3 K8 zMDA GLOSSARY, VER. 4.0 R + G+ g. [2 [9 V# _* |4 x/ t252 0 m7 n9 T1 |8 |& ]) RRTF Release To Fleet (USN term).6 n3 [4 F P3 [5 u1 y* n RTG Radioisotope Thermoelectric Generator.- w6 u6 e4 T3 Z* N5 i% {, H* Y RTIM Radar Technology Identification Methodology. ) f( C# m& {8 }$ N0 S) d1 O9 K' [RTO Responsible Test Organization.2 U- e |- v. h' p RTOV Real Time Operational Verification. ! c$ |- ?# g. n8 z5 J! \0 HRTOVF Real Time Operational Verification Facility (US Army term).& b0 w$ H" i& N RTS (1) Request To Send (Telecomm/Computer term). (2) Remote Tracking Station. , ^& ~2 t3 L" b' U$ nRTWP Real Time Wave form Processor (Advanced Technology Demonstration Radar8 h' L P, {+ |3 i7 E4 B5 v) f term). x; n6 w# M9 {0 t' O- s Rules of0 k. D: O1 ^) `# x. Y. N Engagement 2 Q5 K; @3 |9 r- z: N u* l(ROE)+ m5 N' j9 X( G' ~, W Directives issued by competent military authority which delineate the# }' b. V P3 G! q5 x% y+ a% ? circumstances and limitations under which United States forces will initiate and/or 3 S4 O! L! O7 z6 ]continue combat engagement with other forces encountered. - z0 u' C! t, L0 bRUPS Resource User ID and Password System. 2 |( L& T7 g% y* E% J% ]/ T' ARUSI Royal United Services Institute (UK). t' U& Y4 l' h- i [RV See Reentry Vehicle. 7 Y$ m8 }5 b% @( JRV Complex A reentry vehicle and its associated objects.$ M3 J# }' N$ k3 F6 v; Q RV Temperature The temperature of the heat given off by the RV that allows sensors to acquire ( I% I: \: E5 N7 Pthem. % A/ K7 W( U# |$ N% g: z zRVAO Reentry Vehicle Associated Objects. : J" ~5 ^( Q" r3 O7 Y6 n+ ^( XRvw Review. + X2 l4 {7 i- T2 x; lRW (1) Radiological Weapon. (2) Rotary Wing. 9 z( O' ]( y+ P' W! M- {7 LRWPD Real Time Waveform Processing Demonstration.# F6 V% ]+ H* p/ M) m8 H RWR Radar Warning Receiver. / f6 n8 G; o' s( HRWS Remote Workstation.) i& B! l8 @6 `9 _5 Q RX (1) Receive. (2) Receiver. 9 S1 A8 I3 G0 `4 R# qMDA GLOSSARY, VER. 4.0 S9 i+ ]( ~9 M3 g 253# x. d% S% E/ \) v) `3 v$ | S Start.: o$ [& ?' ~* F S&A Safe and Arm.- _# c- d; a: Q S&T Science and Technology.. `) K, p& H% N% j2 `: v9 U S&TI Scientific and Technical Intelligence.1 @8 j4 G* N4 V6 J S&TNF Strategic and Theater Nuclear Forces.4 R' N$ ]! E U, @( O# @ S/N (1) Signal-to-Noise Ratio (Also called SNR). (2) Serial Number. ) z4 U6 e$ g1 s+ H" uS/NF Secret/No Foreign Security Marking. 2 ^# D" y! X+ u P* l! B* E3 ^S/O Survivability/Operability. 1 A) \/ m1 P1 u* H3 pS/SU/AC Systems/System Upgrade/Advanced Concept. 8 \# L8 }9 n4 aS/T Search/Track.5 \2 t4 S) F o9 ~ S/V Survivability and Vulnerability.- _0 H4 _: P- t0 f# s7 L& N( { C S/W Software.( u8 s5 _4 r- a S2 Synchronized and Synergized.6 w6 N+ _. T% P S3 E Space-Based KEW System Simulator/Emulator.; Z2 z" e% n d) X* X0 P( H* J SA (1) Situation Awareness \* |) X3 t4 V' N(2) Secretary of the Army.* |1 i# `7 J* q1 A' X SA&I System Architecture and Integration.9 {! o) i: }7 M9 s/ ?9 h! x0 ~ SA-N Surface-to-Air, Naval. ) O2 G! v# _$ A+ d: Z7 }% o/ nSA/BM OBSOLETE. Systems Analysis/Battle Management. r1 B1 }- y# g- A7 B* ISA/PDL Strategic Defense Ada Process Description Language. 7 |6 t4 `6 V. F9 [4 ]7 M; ]( @0 vSAAWC Sector Anti-Air Warfare Coordinator (USMC). ! Z' u2 e. }! [" F) NSAAWF Sector Anti-Air Warfare Facility (USF term).4 W* h; s, U! T) f SABRS Space and Atmospheric Burst Reporting System. ~: e: C( L+ v5 K6 P SAC (1) OBSOLETE. Strategic Air Command (see USSTRATCOM).$ M6 M" r/ o" c' ?, v6 P+ R) { (2) Senate Appropriations Committee (US). 5 x" f; ?4 N# l! y# _6 xSACCS SAC Control System. 5 M/ d ~* w4 t$ C5 f @8 `% aSACEUR Supreme Allied Command, Europe. 3 i" t! y8 ^$ e/ R. x* OSACLANT Supreme Allied Command, Atlantic. : |: K0 p9 ?+ I) PSACMA Suppliers of Advanced Composite Materials Association., Y6 K: K; C0 E/ a SADA Standard Advanced Dewar Assembly.6 B1 T* b& G, F% [. o3 C2 b MDA GLOSSARY, VER. 4.0 S' i y7 ^& q4 s8 y9 X$ R, V& G 2543 L2 K0 t' d1 D3 l' Y SADBU Small and Disadvantaged Business Utilization (of OSD).' [: _& p1 T/ D. D SADM System Acquisition Decision Memorandum (Army). ' v; h- U, p# C8 N5 dSADO Senior Operations Duty Officer (JFACC term). Q: W( } `, r# B, b0 [SAE Service Acquisition Executive. & u- U( B# A5 T5 u4 ^3 ?1 ?" y% `SAFEGUARD A U.S. midcourse and terminal phase defense for ICBMs, deployed in 1975 and, F5 w" k0 C' e0 ]/ P deactivated in 1976 due to its limited cost effectiveness." l" m0 M+ s2 \- u1 f SAFSCOM OBSOLETE. SAFEGUARD System Command." _4 ?5 @* I+ O& u! f! \& Z( V: k SAG Senior Advisory Group.5 u3 ^) |0 F# E* C3 ^' R. ~% m SAGE Semi-Automatic Ground Environment {Air Defense System}. ( V" V; E$ A+ [* x) z$ z2 B2 xSAH Semi-active homing. . ?- S* @) M& R9 K2 D$ {SAIC Scientific Applications International Corporation.: k R y; l6 X @$ `" S0 W Saint A satellite inspector system designed to demonstrate the feasibility of0 ]( {0 [5 M' |" `" n! b0 \9 a intercepting, inspecting, and reporting on the characteristics of satellites in orbit. 9 m- d5 `- ?( b( p/ ?SAINT (1) Satellite Interceptor. (2) Shared Adaptive Internet Technology.: C! n' x8 z; ?5 k SAIP Semi-Automated Imagery Processing. % q% q' n* p- M1 Y( MSAKT System Architecture and Key Tradeoffs (SDIO term). - A6 u; i- Q1 u! p, } FSAL Strategic Arms Limitation.5 t4 m9 _& U0 [, I+ V9 C3 p SALT Strategic Arms Limitation Talks.9 v' _6 N) j" G! z0 S, H Salvage Fusing The means by which a warhead detonates when an interceptor structurally* y2 I+ n0 w6 p3 H6 b attacks it. Generally used as a device for disruption of the defense. @# G1 `# @* }/ r2 P9 Z4 VSAM Surface-to-Air Missile. 5 ^1 ]) C% l5 v( @, gSAM-D Surface to-Air Missile, Model D (now PATRIOT). 1 y6 p3 {* _: v" a+ w: a% YSAMD Security Assistance Management Division. ( d2 C" @5 W3 A1 G* i; L+ z" oSAMM Software Acquisition Maturity Matrix. \! ^. R7 g0 ~# OSAMMES Space Active Modular Materials Experiment.

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SAMOPA Single Accelerator Master Oscillator-Power Amplifier.+ E$ a* y: p! I5 i, @: m. z: `, M SAMOS Satellite and Missile Observation System.$ ~7 l. q* P/ @& F0 K; }1 a5 v SAMP (1) Single Acquisition Management Plan.5 |9 t# l' P/ I% {9 Y, \ (2) Security Accreditation Management Plan.( q/ s2 q& X4 ~9 R' S$ U/ l SAMP/T Sol-Air Moyenne Portee/Terre (Surface-Air Medium Portable/Terrestrial – French- " S+ ^$ l1 m7 W( C0 [$ Z% p- f. hItalian missile).1 |/ ^' x: K' q; S$ j; X MDA GLOSSARY, VER. 4.0 S$ n: w' K& U$ Y2 ]1 W 255 1 q* W. E4 m- ^" m/ }6 RSAMS Spacecraft Assembly, Maintenance and Servicing Study.1 j5 F! {3 \2 @. c7 k* j SAMTEC OBSOLETE. Space and Missile Systems Test Center, Vandenberg AFB, CA." [ l7 I1 b9 G2 v( v# y L( f SAMTO OBSOLETE. Space and Missile Test Organization, Vandenberg AFB, CA.1 r4 j, N5 z$ I" S SAO Security Assistance Organization.: F- u! o% z9 V8 e. b' L# u+ d. q4 k1 u SAP Special Access Program. 4 l8 ~- v \. \SAR (1) Synthetic Aperture Radar.% ^, m8 E& E. k3 ~, ^ (2) Selected Acquisition Report. 4 F& k/ o- X5 N3 ](3) Special Access Required. 2 |0 R4 m1 R! n) c(4) Search and Rescue.1 V" v# x0 a2 F& }1 K. C SARDA [Assistant] Secretary of the Army for Research, Development and Acquisition. / p) K( h: \' K' N( ASAS (1) Shoot-Assess-Shoot. (2) System Architecture Study (SDI).- X/ n$ R& Z; q1 A) c3 ~ SASC Senate Arms Service Committee. (US). 8 c4 ^6 B' h; a* hSASET Software Architecture Sizing and Estimating Tool. 7 d2 ^( q- l4 t: E& T4 aSASS Space Assets Support System.4 H1 v$ {! ^/ |7 W9 W7 o1 V5 f7 L) D SAT Surveillance, Acquisition and Tracking. 9 H/ k3 J6 n1 m! [: ]1 CSATAN Security Administrator’s Tool for Analyzing Networks.+ l* z( ^! \2 i, S/ i" i# d3 s SATCOM Satellite Communications.1 l8 ?& _5 f# C; K. N; s Satellite and 1 U. q% x5 |+ T9 xMissile 8 F; D4 _5 p5 p. \4 J' W2 h; j- tSurveillance! ?* u4 }) M3 U0 y The systematic observation of aerospace for the purpose of detecting, tracking,9 R; ~; o# r& X and characterizing objects, events, and phenomena associated with satellites , Q8 u$ M& k) y1 `4 _and in-flight missiles, both friendly and enemy.0 f/ Q( y( r1 b! X$ C1 l( u) { Satellite( `" e; F9 U- d; R Reconnaissance , _! G' M6 g9 K/ {5 @Intelligence gathered through collection systems involved in assessing the 1 W6 p' ^% q1 s* P3 W. icapabilities, methods of operation, signal intercept, photo reconnaissance, and' G* B, X0 q8 G( B other intelligence indications and warnings that will provide information for SDS 8 m9 g% l+ E; c0 c6 k2 f( K3 oassets.2 r* `& o+ j6 q$ e. {1 r4 d( p: q( e SATKA Surveillance, Acquisition, Tracking, and Kill Assessment. - U0 p- G5 {) O9 J% H$ H5 }SATP Space Applications Technology Program. p. @: ]* [+ h3 U7 U: RSATRAK Satellite Tracking.; D2 a6 A8 ]& T& I) Y SATURN Name of NASA rocket booster.+ G, M+ a8 ]& ^$ R$ H L SATVUL Satellite Vulnerability. a/ Q4 N* O) l, W4 l2 G$ D$ OSAW (1) Surface Acoustic Wave. (2) Satellite Attack Warning. # Q/ y9 m8 c/ J7 n; v {$ USAW/V Satellite Attack Warning and Verification. 0 y7 E9 z; q y4 A& P3 t/ ]SAWAFE Satellite Attack Warning and Assessment Flight Experiment.* s4 z8 N0 O' U SBA (1) Space-Based Assets. (2) Small Business Administration.1 L% x# Y3 A" ^+ h: v5 \$ p MDA GLOSSARY, VER. 4.0 S " ]" t* {- Y2 x8 h# J. @256 4 r1 X$ K7 ?) C b* c& ^6 e9 a/ R- aSBAMS Space-Based Anti-Missile System.$ h3 s5 A" z/ b0 Q) C1 F SBAS (1) Space-Based Architecture Study. (2) Space-Based Acquisition System. 3 n, \% B! ^+ a2 a9 e, PSBCL Space-Based Chemical Laser. * u+ ^" U7 T) c' n' a3 ySBD Site BMC3 Demonstration. i, \4 D- f! }7 |/ bSBE (1) Space Based Element. (2) Synthetic Battlefield Environment. ! B' r# Y! T* E2 {. {SBES Space-Based Experimental System.1 x5 @3 `4 L! B3 Z8 R! J0 E7 f SBEV Space-Based Experimental Version.* Y' T; [: F( b! T+ G SBFEL Space-Based Free Electron Laser. 4 o! L; v/ f h7 s2 G+ r6 o* @9 qSBHE Space-Based Hypervelocity Gun Experiment.* _1 ~! V& p: u1 j% d SBHRG Space-Based Hypervelocity Rail Gun. ' p2 N1 r) U+ L$ W9 V9 J, x' wSBI (1) Space-Based Interceptor. (Replaced by Brilliant Pebbles (BP).) (2) Special + W8 `7 L& B; J7 W5 A P. |Background Investigation.' b9 R+ H" V1 c& p SBI-CV OBSOLETE. Space-Based Interceptor - Carrier Vehicle.! N- U5 z( ~! K% E3 w4 A: c. m SBIR (1) Space-Based Infrared. (2) Small Business Innovative Research. + j8 C6 f9 V3 B9 [SBIRS Space Based Infrared System.1 ?- n( i3 b P# g9 W SBIRS GEO SBIRS Geosynchronous Earth Orbit satellites. 9 a& Z! \7 d! _% L9 b1 PSBIRS HEO SBIRS Infrared sensors hosted on satellites in Highly Elliptical Orbits.! X% r: |0 y7 r- q SBIRS High SBIRS high altitude component consisting of four SBIRS GEO satellites and 5 y) Y6 b- U- j# E- n; s# T5 ninfrared sensors on two HEO satellites. / l1 l: |; K" s; X6 ASBIRS LEO SBIRS Low Earth Orbit Satellites. , G. ~5 N5 m9 ]( k1 ` zSBIRS Low SBIRS low altitude component consisting of SBIRS LEO satellites. The SBIRS ' n1 {/ u0 Y) RLow component will be designed to provide precision midcourse tracking and 9 |" |% W3 ^/ ]7 d! {& W! Adiscrimination data to support early interceptor commit, in-flight target updates,3 S" C, p' Z9 \- m/ B: ~ and target object maps for a National Missile Defense architecture. The SBIRS3 X9 w, N5 A8 C Low component will also support the other mission areas of the SBIR system.2 ]6 N+ ?$ R+ S b( O (Evolution of the Space and Missile Tracking System). & e/ Z% {/ f2 b' m- ` S# {SBIS (1) Space-Based Imaging Satellite. (2) Space-Based Interceptor System.! s1 z# s4 D5 q9 s8 f& m SBKEW Space-Based Kinetic Energy Weapon.9 X7 v5 S9 i( o- J/ v- { SBKKV OBSOLETE. Space-Based Kinetic Kill Vehicle. % P; v7 N4 l! H l) {) @0 TSBKV Space-Based Kill Vehicle. - u5 ^6 {, _9 ^/ c TSBL Space-Based Laser.# k' ?+ D1 {9 X9 H SBLRD Space-Based Laser Readiness Demonstrator.+ w, a" B5 ?2 `9 U) R MDA GLOSSARY, VER. 4.0 S+ j. _" l7 G" W1 e 257 V, K6 T3 D2 X& c SBM (1) Space-Based Battle Manager. (2) Strategic Ballistic Missile.% D6 W. b" D+ i& z S SBNPB Space-Based Neutral Particle Beam. ) k$ `4 Y/ W% _SBNPBW Space-Based Neutral Particle Beam Weapon. 8 P7 g+ z6 }$ c- l$ d$ C5 rSBPB Space-Based Particle Beam. + d- M6 {9 S) `, Q9 A6 wSBR Space-Based Radar.% B$ f7 I$ S) t C- @' W. S SBRF Space-Based Radio Frequency.

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