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发表于 2008-12-25 20:12:22 |只看该作者
Military/ Y' ?$ @" W) W Operational 0 n0 ^8 r0 n; M4 h1 F' {# Q, O G2 yRequirements ) O8 I9 J' _. F0 `. I" e2 }The formal expression of a military need, the response to which results in 8 j7 i# u: Z1 K( I2 Z" U& Mdevelopment or acquisition of items, equipment, or systems. 6 g& J: d3 F9 y' R: l. }! AMilitary 2 R9 z2 F5 x' }0 e1 FRequirement ! E4 B1 g1 ^6 j T7 _& y0 SAn established need justifying the timely allocation of resources to achieve a + M3 J, z, _. I: ycapability to accomplish approved military objectives, missions, or tasks.& V0 {3 V6 y. N3 G' J1 R Military Satellite , I+ I6 G- _4 Q2 r- W3 W(MILSAT), @5 O: q T; S! W' }! G3 D A satellite used for military purposes, such as navigation or intelligence! u& H. g# M6 c gathering.+ {! s0 B8 K- m* ~ MDA GLOSSARY, VER. 4.0 M $ \7 V( U3 B) ^183 , p& m: v- B( d. ~/ qMilitary Strategy + M8 s( A# b' a) ySelection % Z! G" U* C: |' O ]4 WThe determination of: (1) what targets to defend and their priorities in order to 5 }7 I) m) M9 R! H# b% zachieve the selected national strategy, and (2) the type of attackers (and/or their" ^2 y, S' A) L corridors) to be intercepted.7 L5 Q% T7 P4 ^7 m5 s4 R; A0 x Military Utility The military worth of a system performing its mission in a competitive, u6 b, u& W7 t% i4 t4 a environment, including versatility (or potential) of the system. It is measured 5 x- f, l3 O- P2 qagainst the operational concept, operational effectiveness, safety, security, and : Z* E O2 v3 P! Scost/worth. Military utility estimates form a rational basis for making management% M1 ^* x. }; ]1 y- |4 u decisions.. _! i5 K, b% `6 P6 l j8 W MILOGS Marine Integrated Logistics System (USMC term). 9 s0 w$ w: U4 D$ d, bMILSAT Military Satellite.$ p' u( a. ^% T# R" D MILSATCOM Military Satellite Communications.8 `7 ?1 O7 l3 U; x" v" Q& B MILSPACE Military Space . U3 O' Z. g- F/ ]; [MILSPEC Military Specification. . K- F: H; M5 l! F" _. X% [8 _1 yMILSTAR Military Strategic and Tactical Relay (satellite system). / ]; T8 S$ u1 K$ nMILSTRIP Military Standard Requisitioning and Issue Procedures.5 a1 A" w! L& r& Q$ R5 E MIME Multipurpose Internet Mail Extension. ! x: R1 U0 |. r) @1 wMIN Minimum5 n- m+ v: |' L# h8 @4 Z min Minute. # ?1 ]8 M& _/ O. _, M. yMini-DAMA Miniature Demand Assigned Multiple Access.2 _1 v9 a3 a: s0 J5 ` Miniature Homing$ H$ p+ Q5 b! H' |9 R4 d Vehicle (MHV)/ 2 Z1 I* q* f# Q( D% H2 W; A. _Miniature Vehicle z9 x" v4 ]: m(MV) , X1 L# V4 m( M! ]4 MAn air-launched direct-ascent ("pop-up") kinetic energy anti-satellite weapon. 8 i+ h& N, \0 O VMinimum4 a! ^$ U* r1 p1 ^( m. Y Acceptable0 F7 I; L) {. m3 {! \. b Operational 5 S, o& [, q" fRequirement 9 H& K: e+ {* d, `. F/ a! HThe value for a particular parameter that is required to provide a system1 p/ r% X0 a! a, k+ C capability that will satisfy the validated mission need. Also known as the7 [. l. w% s% ^0 C9 y$ y6 k0 [ performance threshold.( q4 J1 |9 Q% J8 g+ A" ^6 r3 j. L Minimum Energy) W- Z e( F, ~) ^& v* T, _ Trajectory 5 L: ~, I7 S- j) }* t( d) RThe trajectory that produces maximum range for a given amount of energy. 8 F1 O* t2 I* eMinimum! r" q# r) }( u; d8 w% r) T) E Required 3 s0 \& y6 n% C: dAccomplishment ; l, c6 w# Q& R6 p7 ]s 8 M. |9 M9 V7 x4 PNecessary tasks that must be completed during an acquisition phase prior to the6 G/ j9 X" ]$ {, f' V: U. T1 z; O next milestone decision review. Applies to all acquisition categories and highly) M" M, |6 Q I sensitive classified programs. ! s9 M& b4 t% \+ D. [$ L( a6 GMinuteman US ICBM.+ z: L# I* _% |7 ]6 Y MIP Maintenance Index Page (Navy ILS term). $ e# C, h% Z; O' ^, a+ OMIPA Missile Procurement Army (Appropriation). 7 t; r% V' q5 rMIPR Military Interdepartmental Purchase Request. : Z" m5 e( n' ?2 k f7 mMDA GLOSSARY, VER. 4.0 M 3 D* f0 r# t9 m* S( {4 p8 r7 F184 ! C5 K. Z. t0 |, N8 `1 A: A6 L: wMIPS (1) Marine Integrated Personnel System (USMC term). 9 F; N" G( ]+ G9 P- h(2) Master Integrated Program Schedule." M& j8 B' l9 r1 i+ ~9 T) R& Y" h5 } (3) Million Instructions Per Second (ADP term). * _4 Y) x; @3 [$ u; y5 A6 FMIPT Management IPT. $ J- O/ V/ K$ V5 H5 u+ ZMIRACL Mid Infrared Advanced Chemical Laser.4 Q( a% r( V+ G$ I1 r/ @" ]" x MIRS Management Information and Reporting System. 4 h n& T/ o. j* p; j5 I, zMIRV Multiple Independently Targetable Reentry Vehicle.- T5 a- w& Q: g MIS Management Information System.5 k s3 z6 H! e) P9 [8 | MISREP Mission Report (JFACC term).7 b, C4 G3 b7 n2 ~% f% ` p9 f: j MISSI Multilevel Information Systems Security Initiative. 9 V. `6 M+ ~# j- VMissile Defense" T6 b: s: m6 C6 H( O/ V National Team 9 w) m3 c) q9 w(MDNT) w+ Z* R" z5 x- ]5 ^& H, f# P; t A collaborative enterprise of the missile defense community that is focused on( X7 t0 S& T5 [+ ^3 L, Q- G executing a single program of research and development work to develop a 0 B v- O! n9 [0 p! S* ZBallistic Missile Defense System (BMDS). It is comprised of personnel from 3 ^) `; k& Q$ z' {) G1 @8 dGovernment, Federally Funded Research and Development Centers (FFRDCs),( G5 C7 Z; V# |+ d/ R3 M University Affiliated Research Centers (UARCs), Scientific, Engineering and 2 k; e7 ~+ h! O$ c) cTechnical Assistance (SETA) providers and major industry contractors. ' u# q5 \, A# x4 V) _Missile Defense 0 u4 x Z( H8 F4 C$ [8 X! Z/ FNational Team,+ T! L9 f t' U4 E( Z4 L: F Battle( M) k% w M- w7 N \8 K/ K2 L Management, + l. |! L6 r; |2 U9 y& rCommand and 4 V& p3 C, v$ H7 g, g- }1 GControl, and * c( R( Z6 p5 g# H9 g- L8 rCommunications ( F+ f, V: ]* @9 S# N P M8 G9 E(MDNTB) 1 } ?, ]8 D8 DThe component of the MDNT led by MDA/BC that is focused on Battle % N4 `4 t* E; x: I' \Management, Command and Control, and Communications (BM/C2/C). The X6 W5 J3 | V% r( }/ H9 ^, T3 fMDNTB industry contribution is composed of a single team of major defense : c! [5 d5 T, R) S( J! B+ Pcontractors (Boeing, General Dynamics, Lockheed Martin [Team Lead], Northrop - l6 x) T. j) jGrumman, Raytheon, and TRW). This industry team is referred to as the MDNTB 3 p- d% O, f1 h8 j9 |- s(I) and is a unique sub-group of personnel from the industry companies that: c- k/ j8 X8 ~) i1 i4 A1 Q, O provides a confidential consolidation of experience in the development,2 F0 q8 C$ s0 r) U W9 V$ e integration, and production of missile defense systems. % p0 \6 S6 v& l# MMissile Defense T, @0 j. |% t. Q" Y/ z, `2 pNational Team, ) x& n4 x2 {6 GSystems o% t( k3 Q( S& }0 V; VEngineering &+ V2 B# J4 k* |5 u/ L1 h8 g Integration" u, ]3 H+ B5 b+ w- c (MDNTS) B1 J+ X/ p+ K+ I The component of the MDNT led by MDA/SE that is focused on Systems 4 Y, ^. n4 o# ^ W E; yEngineering and Integration (SE&I). The MDNTS industry contribution is& M) U& f* M4 o2 @' H4 e: i composed of a single team of major defense contractors (Boeing [Team Lead], 4 ^' j- H8 N6 G) |General Dynamics, Lockheed Martin, Northrop Grumman, Raytheon, and TRW). $ k9 k* M, G$ R- M$ eThis industry team is referred to as the MDNTS (I) and is a unique sub-group of6 q/ d0 w) m+ T" {& y2 Y personnel from the industry companies that provides a confidential consolidation 5 t* I; m+ R6 C- l. A3 T9 h% Sof experience in the development, integration, and production of missile defense" j! a1 b7 O* k( e* S- e# s+ E4 m systems. 1 ]/ Z) C% d |; }" W% `: SMissile Defense % p& Y& _6 W- O0 t( H- F/ ?# |Warning . o, L0 Z# K6 b8 q2 G0 `' ZCondition ! C+ ^, A4 z& jA situation of peril declared by the competent military commander, that a ballistic7 S" V. s& [% z' A d [) C& v missile attack is probable (Missile Defense Warning Yellow), imminent or in. a! I" }, d( E+ ^# J# Y. W$ e progress (Missile Defense Warning Red), or improbable (Missile Defense Warning 0 K) a1 M( S+ u/ e3 o9 H, _White). % }, V- o- W. v0 @( G, g7 y9 c# pMissile Destruct Intentional destruction of a missile or similar vehicle for safety or other reasons.

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发表于 2008-12-25 20:12:37 |只看该作者
Missile Guidance, h$ }$ c/ `4 x# u! l: U System3 R% F0 S, f: @" @; v. C( Y G* x A system that evaluates flight information, correlates it with target data, $ W2 r- I5 P5 R; ndetermines the desired flight path of a missile, and communicates the necessary6 Q& C1 n! N4 U& u- C; L+ n+ w commands to the missile flight control system.( [, x9 l# _8 C, { MDA GLOSSARY, VER. 4.0 M 1 s9 [6 @- d' U1853 d) R p* W5 t8 l& ? Missile Intercept + Q+ i+ U4 j4 Z4 iZone , Y) l1 ]! i' Z) k# |: a6 JThat geographical division of the destruction area where surface-to-air missiles, i: }4 s5 P3 P* A* ?5 `/ e have primary responsibility for destruction of airborne objects. 8 ~+ e3 D/ V, rMissile Release$ f9 W0 H* \: I3 w7 x- X! ^! q Line. b" s7 s9 C# U. B$ ~# a The line at which an attacking aircraft could launch an air-to-surface missile9 `, h4 I7 P1 H; T% c5 x against a specific target.- q9 D H: m- \ ^) P! I/ E Missile Warning8 o2 c& L' S* R- x8 Y Center (MWC) / ~9 \) M+ r) W- bLocated in CMAFB, the MWC is operated by USSPACECOM to fulfill ballistic; D& X& a# j9 E4 a* A k! ]6 [" W missile TW/AA responsibilities of USCINCSPACE to external users to whom there! n2 x: u* |* m. u8 D are commitments. The MWC manages the ballistic missile sensors and reporting/ ]* {0 V; M' O# Q system in support of timely, accurate, and unambiguous warning of missile attack % P3 ?; R" F2 G) }worldwide. MWC personnel, in coordination with other centers, validate and+ p$ p! A7 s+ z0 b( S- Q confirm report events. The Launch Correlation Unit (LCU) of the MWC ensures # C# K- ^4 {, Z. W z* eall domestic and cooperative launches are coordinated and reported so that they/ Y8 k P4 S3 B' X8 g are not construed as hostile in accordance with the “Agreement on Measures to9 k! n( w: b2 n Reduce the Risk of Outbreak of Nuclear War” between the US and USSR. 3 f! m! I! r! ~Mission (1) The task, together with the purpose, which clearly indicates the action to 4 l6 n+ h: E3 a ]1 M6 p+ }( f# ~be taken and the reason therefore.( Y& ~) X1 n! b: b: P( C (2) In common usage, especially when applied to lower military units, a duty * C7 [5 j7 U/ L; K, bassigned to an individual or unit; a task. 6 v8 v8 O8 A4 I0 t6 i+ q$ k- ?(3) Missions are statements of the objective to be accomplished for a given ) t: Z9 }0 p- }! i7 esituation. Missions will describe the situation and will include who, what, / A% Q% [' w5 l6 n! l, zwhen, where, why, and how the BMD system will perform. They contain . H% n& r) ^: h; @0 }: ~ iemployment direction and procedures to BMD forces for a given situation' G- \6 N* T7 Q to achieve specific defense objectives. (USSPACECOM)! U/ J- Y+ h1 m0 _2 p0 s a; G+ ^ Mission Area A segment of the defense mission as established by the Secretary of Defense. 0 U6 ^# o8 Z0 V( K/ p5 W' cEach DoD component has a mission area (i.e. Navy - sea control) for which it % P: K$ a9 |( N5 ?; a7 ^% n: A- Dmust equip its forces. 2 p- z0 V( K* BMission Area3 s/ y, [) S0 U7 r7 A2 x/ n Analysis (MAA) 8 r6 d; _2 p3 e9 t2 xContinuous analysis of assigned mission responsibilities in the several mission3 }8 [2 a. C' z areas to identify deficiencies in the current and projected capabilities to meet 4 ~6 c$ O; W0 c1 a$ Qessential mission needs, and to identify opportunities for the enhancement of K6 T9 s* R1 \: k/ M; Ccapability through more effective systems and less costly methods. 0 q, u2 v5 Q9 y8 f/ _Mission Capable" p/ M( R Y4 q% ` |8 } H (MC)3 N" X5 E$ ?, i( ]7 h+ m5 Q7 y: H Material condition of an aircraft indicating it can perform at least one and , P8 \6 z( j- R) ^+ gpotentially all of its designated missions. Mission capable is further defined as * R7 @2 d' s+ D) k$ Xthe sum of full mission capable and partial mission capable. Also called MC. x4 Z# X/ d1 E Mission Critical' ]& t* H5 W( t' p' j Computer0 H4 M5 b$ }; b+ J Resources ) W3 U2 p4 p. n; s7 x+ WAutomated data processing equipment or services if the function, operation, or* |* N' c! l) Y! _2 L# o, J use: (1) involves intelligence activities; (2) involves cryptologic activities related to ; s, t6 l8 V- [3 Ynational security; (3) involves command and control of military forces; (4) involves4 D! j) a4 V, E6 v+ v equipment which is an integral part of a weapon or weapons system; or (5) is ! o. M$ v4 a% z. T( s( W. x+ Lcritical to direct fulfillment of military or intelligence missions. 1 M( W$ e5 ~ k* X2 O: }4 `Mission Critical4 W7 Q3 ]. t. d6 c, R I# M: |7 p System0 E& s; p- o& G4 Q/ B7 K A system whose operational effectiveness and operational suitability are : f) L0 E/ k9 zessential to successful completion or to aggregate residual combat capability. If9 ?* W, L3 h; H$ D- d- @ this system fails, the mission likely will not be completed. Such a system can be' n! L! z3 q/ {0 [ an auxiliary or supporting system, as well as a primary mission system. + g1 q% @9 r! M; O9 p- cMission Element A segment of a mission area critical to the accomplishment of the mission area# X m& g8 ]6 F8 q objectives and corresponding to a recommendation for a major system capability. x: z* O z7 x0 r$ _. [ as determined by the DoD Component. + Q: x8 m, p7 m9 c( w4 @6 T" xMDA GLOSSARY, VER. 4.0 M ) ]/ |% L; i8 E, B; N' J: R }, k1864 _5 n- n) ^* b, r0 A Mission Need $ c }8 s* T0 u3 \& F3 BAnalysis6 P! e! O" ~! j" ~2 L4 P. i4 i, U Assesses alternatives in an operational context, identifying what force & q8 y, z {0 S' gcapabilities would be gained by pursuing any of a designated set of alternatives. 5 q- a( e/ z c* M2 ~! EAssesses the strengths and weaknesses of a military force when confronting a q4 w- i. m! I( n. ppostulated threat in a specified scenario or set of circumstances.6 j& t3 z/ O/ D" V: E. B' P Mission Need$ H8 K' s: T! R5 X! P# ` Statement (MNS)- x( l& g- q; A) t% _% d (1) A non-system specific statement of operational capability needs, 6 Q% B8 Z" t' d" N1 @prepared IAW format in DoD 5000.2-M. Developed by DoD components, h+ i# N" f8 [2 I; W and forwarded to the Joint Requirements Oversight Council (JROC) for O6 Y7 b; `' s5 r6 }' e7 l validation and approval (major efforts), or just notification (minor efforts).. D; ^- Y& X% V4 @( L6 Z The JROC also assesses all MNSs for joint service potential. MNSs go to % R r$ Q+ I. n2 z/ j5 zthe milestone decision authority for a determination on whether or not to 8 D- i; u* h8 c& o4 y$ t$ {convene a Milestone 0 review.% I3 c* j I/ K. r3 \ (2) A statement of operational capability required to perform an assigned ) v1 S' e% M# K7 Pmission or to correct a deficiency in existing capability to perform the : S+ T; _1 V( gmission. 2 {$ g6 N$ }( U% g- e4 u4 S" CMission - M# M, m) o$ Q) G3 e5 u& L2 G WReliability 8 ]8 q9 Z8 `1 D7 CThe probability that the system will perform mission essential functions for a( }. d2 z0 y. u: r period of time under the conditions stated in the mission profile.; h0 n: c+ ~' r6 U: _$ K4 J MIST Mosaic Infrared Sensor Technology. % S+ x' q0 y. A& _+ c8 fMIT Massachusetts Institute of Technology.6 ^8 O7 z6 |1 z1 \6 u6 k5 p MIT/LL Massachusetts Institute of Technology / Lincoln Laboratory, Bedford, MA. ! T1 g! Q+ `; s, t. E7 o5 JMIW Mine Warfare.' @" M4 }" R0 ?5 y) W3 E( m3 W MK Mark (version). 6 P" \: Z# R: X; W0 nMKV (1) Miniature Kill Vehicle. (2) Multiple Kill Vehicles. : p1 \* g: e6 [) E* [6 W2 l9 nMLCP Mission Launch Control Processor.! c& V9 u" O W. [6 B4 N MLDT (1) Mean Logistics Delay Time (ILS term).1 ]. Z' E1 u2 M, e; R2 B (2) Missile Downlink Transmitter (USA term). % y' J1 `; Z+ k! g L' rMLF Multi-Lateral Force. $ R" X9 m' p* I. q; |MLI Multi-layer Insulation.

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发表于 2008-12-25 20:12:49 |只看该作者
MLRS Multiple Launch Rocket System. $ m% ]. j3 T- z) g4 B' ? u% Y$ ^MLS (1) Microwave Landing System (FAA airways term).8 K: l$ A, _+ \. \ (2) Multi-Level Security (COMSEC term). ) H4 }- u6 S) `4 {1 a$ Y" SMLV (1) Missile Launch Vehicle. (2) Medium Life Vehicle.& k# k6 R' P6 C: {1 H1 a( u MLWIR Medium-Long Wavelength Infrared. & p* e& x3 q. X* T, c/ s9 [3 }; c, SMm Millimeter. " S6 d! Q6 H8 r3 x0 h2 {MM Maintenance Manual., ?# X4 y6 o& Y* m9 g8 \% f MM III Minuteman III ICBM.+ w* q4 a1 t& v, A MMH Maintenance Man-hours (ILS term).( h1 ^2 |5 v+ F MDA GLOSSARY, VER. 4.0 M ' M9 U" W1 C' l) ^6 o; C' O187 ' _" P0 I3 _7 t8 @MMI Man-Machine Interface. ' c6 }- E% E0 q( sMMIC Monolithic Microwave Integrated Circuit. z6 ~# g7 d ?7 _, u R MMIPT Milestone Management IPT (THAAD Program term).2 x2 m5 N2 W& T0 @: }# a MMKV Multiple Miniature Kill Vehicles$ V. ]8 O0 h5 r+ g* u) } MMM Multi-Mode Missile.$ F$ n6 u4 a# B0 @" b MMPM MEECN Message Processing Mode. 8 h5 A' I8 V# @MMR Monthly Management Review. 4 c5 G0 o1 ?7 x4 {; b6 N1 FMMS Multi-Mode Seeker. ! u8 Z" S1 O. T0 k, p2 f$ XMMS-CP Missile Management Station – Control Panel (US Army term). 3 {0 |# J9 \& I/ G9 T/ GMMU Man Maneuvering Unit.5 y( _. q1 U0 t1 O MMW Millimeter Wave.2 i# _- E/ m# D# K' n7 o MN-ED Materiel Need – Engineering Development (US Army term). 0 c! ]3 o( I/ d V5 {+ _MNS Mission Need Statement.+ A6 _" b2 O" P6 v+ J. R: x MOA (1) Memorandum of Agreement. (2) Military Operating Area.9 U0 O, W: {4 ?. | MOA/U Memorandum of Agreement/Understanding.+ o! J7 K% V; n MOAB Missile Optimized Anti-Ballistic.( _0 k& {! a/ w* C( W; G4 W# y/ W MOB Main Operations Base. ( r, e/ x( v) O2 A+ I1 f- L9 EMobile Ground 0 ?8 ^, o& o) F% b" b; GEntry Point & `: j( C" c2 V2 C7 f8 z(MGEP)7 ]. `/ z& A* b* D6 X7 l The subset of GEPs, which are transportable. GEPs provide the communications 6 g, o" K+ @; b! k, |interfaces between the SDS space orbital/sub-orbital elements and the C2E.' j) L7 r1 b( n) ]+ P) l. o MOC Mobile Operations Center. 4 }' {; \0 H: ^8 v: P+ Q8 K; gMOCVD Metal Organic Chemical Vapor Deposition.% V8 d) b7 H4 x7 o3 W Z5 }+ N7 m* C Mock-up A model, built to scale, of a machine, apparatus, or weapon. It is used in 6 M2 F6 q8 y) v7 C0 D# @2 ?* fexamining the construction of critical clearances, in testing a new development,, @5 K2 U' O: R. s or in teaching personnel how to operate or maintain the actual item.7 P; }1 X( b' N, a3 B" H MOD (1) Ministry of Defense. (2) Modification.; O6 w$ H' m% z Modem Modulator-Demodulator (Telecomm/Computer term). 0 K6 Q. Y& B+ n9 h# }7 CModes Situational conditions or categories under which selective Rules of Engagement8 z7 `! E& N0 F( D( b' {; B8 S apply. Examples include: Peacetime: Day to day operation when training, . B1 Q, U) e$ I" l3 L2 y5 ^9 {% k) fexercises, and routine maintenance and operations occur. Prior to crisis or war.! }0 r& y! p# B! {* _% S Crisis: The transition state between peacetime and war. War: Self-explanatory.4 F2 p: J% |# G% J7 y3 M5 ` MODIL See Manufacturing Operations, Development, and Integration Laboratory.2 A9 e7 v0 d X. r1 |% k: O* m MDA GLOSSARY, VER. 4.0 M / P: `7 ^7 Y5 v$ I! n188 ( O( j. D( `' T" W7 ^: JModularity The degree to which a system, computer program (or component) is composed2 {7 ]- |* k+ A4 ^/ {# g of discrete components such that a change to one component has minimal 8 z% q8 G/ `: G" A) S/ uimpact on other components.: j6 y* M/ ~6 b" k5 [4 P8 y- Q# B MOE See Measure of Effectiveness. / X% I: Q7 O. [* M/ v3 xMOL Minimum Operating Level. B6 x" b8 P' p& LMOLNIYA Orbit This is a highly eccentric orbit with high apogee (.71 to .74) in the northern 7 T( y# N. s8 y# Ohemisphere and low perigee in the southern hemisphere. For a specific set of / L) {! V! |( g5 ]' U% D% T2 Uorbital parameters, this orbit has a changing velocity and altitude, which, when8 e) c5 ]7 V8 D+ |9 l1 s( I combined with the earth’s rotation, keeps the orbiting satellite within view for very, X7 q( v7 Z, h- N+ B4 l5 H long periods (96 percent) above a designated point on earth.+ J9 m/ K& k# D, B7 ]; z, p9 m MOM Measure of Merit.* T/ n4 x# L6 l) h" i$ Q Mono Track Data on the location and movement of an object in space that can be derived by 0 d% P8 Z6 U9 E* P# Z8 T3 Ea single sensor. ( S4 r0 ~, W5 [" w9 f! UMonostatic Radar A radar system in which the receiver and transmitter are collocated.* p4 z+ K5 H q& @4 K' K MOP Memorandum of Policy./ |( c% A; B. y MOPA Master Oscillator Power Amplifier. % ?+ _+ b) ?, U! _2 _MOPP Mission-Oriented Protective Posture.9 A' j9 i- K& W: {8 k MOR Memorandum of Record.: N9 R9 K7 A6 e, r- `" L# h2 V. O MORA MILSTAR Operator Requirements Analyst.. W% j; P/ |! d3 v5 i. X, } MOS Metal Oxide Semiconductor. 9 d; t5 D6 [9 C( b8 uMoscow BMD; M4 q- `3 h6 @" `, G3 y2 O- [ System% O: E5 E1 g+ M8 R The Soviet exoatmospheric system using the Dog House and Cat House * M6 z+ f3 J6 o1 Mphased-array radars for long-range acquisition. The system might also use the , p2 Y* l2 k7 i9 E- m3 ?, w' ]Hen House early warning radars for long-range acquisition. Target and U/ P/ u) w8 R6 [3 I( N8 V0 L6 | interceptor tracking is performed by mechanically steered dish antennas. v& O, J3 s! ^! [4 D4 T7 x2 o MOSHED Multi-planar Organic Scintillator High Energy Detector.% D9 t+ \$ z" k% o+ N MOSTT Mosaic Optical Sensor Technology Testbed.$ p/ k2 q# |# N4 D4 Y: { MOTIF Maui Optical Tracking and Identification Facility, HI.1 u) e" P! y; I( Z1 `' d8 q: i. G3 e MOTR Multiple Object Tracking Radar.2 n4 Y ~# j! |8 p# s MOTS Military Off the Shelf. % b7 j! t8 L8 y9 ~3 fMOU Memorandum of Understanding. 0 G* r/ z# j7 U) x" S0 sMPA (1) Main Political Administration (USSR term). ]" H! R" S2 [* F; R( ~+ O4 P: V (2) Maintenance Planning Analysis (ILS term).2 Z" r/ e% m# y% F4 V( v) ~5 Y mph Miles per hour. - Z9 s# \7 [% X$ }/ T9 WMPL Multiple Pulse Laser.+ p/ ]) M2 k4 o& C% P k4 g. j MDA GLOSSARY, VER. 4.0 M2 \5 o2 L7 ~& i4 U" _/ _! I 1896 q" N2 O1 Q! s% o MPOS Million Operations Per Second.2 q$ Z: F/ s$ L* g7 O2 M. Q MPP Massively Parallel Processor. 8 c& k7 i$ N- h/ x! P/ b. rMPRS Mission Planning Rehearsal System. : D4 d, H/ B6 v1 m" sMPS (1) Multiple Protective Shelters (once to be used for basing MX).# V# }8 @8 I; }. O (2) Main Propulsion System. % M2 o8 H; [& D8 EMPT Manpower, Personnel, and Training. ) i! }1 C' H8 x5 b( eMPTS Manpower, Personnel, Training, and Safety." j& D# O7 G5 d! S+ T MR (1) Milliradian. (2) Mobile Reserve. (3) Maintenance Ratio (ILS term) (4) Missile: R2 X; f# d, e+ f6 y6 r* W- t Round (US Army term)' b* T' a* P0 t* o/ ` MRB Material Review Board. 4 y4 @, P9 w2 u( ^MRBM Medium Range Ballistic Missile. 6 z" e/ x2 d9 X% s* L# ? gMRC (1) Maintenance Requirements Card (Navy ILS term). - V8 f- v" M' |3 f. N(2) Major Regional Conflict/Contingency.; d b: E: ]) Y3 k MRCTS Missile Round Cable Test Set. ) T* k4 C2 g) F9 Z: oMRD Mission Requirements Document.4 n/ B, I. Y5 ?& @ MRDA Mission Requirements and Definition Analysis.: P' o7 y2 l9 k* p" _" u( I3 e" G: D MRJ A specific SETA contractor.1 d8 W$ Q! i- p2 C! C MRL Multiple Rocket Launcher.& t- @; G) |3 ~" x0 \ MROC (1) Mobile Regional Operations Center./ y. _6 |5 a9 S, {6 h4 ^ (2) Multiple Required Operational Capabilities.' J# m; ?$ n5 n+ c# i5 { MRP Missile Round Pallet.8 @* Q- M4 \2 P; s: J MRR Mission Readiness Review (AFMC term). - F- G4 T5 A+ U; qMRSA Material Readiness Support Agency (US. Army).

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MRSS Mobile Range Safety System. ( s) o q% s, K4 e: b2 C/ l; h dMRTFB Major Range and Test Facility Base. 1 p! G& Y$ u Q, pMRV Maneuverable Reentry Vehicle.4 f" l5 }2 E1 p! \/ y5 l7 e MRVIS Mid-Apogee Reentry Vehicle Intercept System.8 q! N- w# F& N ms Milliseconds. 5 S( t, i- w, A* P$ jMS Milestones. 2 K7 d2 z3 w4 z. q6 }7 HMS I Milestone I (DD 5000 term).$ m. c- t g7 [1 M3 A, u( J0 f5 [ MS II Milestone Two (DD 5000 term).2 K9 Z% `0 {4 C/ R( m! Q MDA GLOSSARY, VER. 4.0 M+ }# a5 W- E0 A, u- _ 190 8 \) V3 ^( [( f! K. ZMS III Milestone Three (DD 5000 term).6 y6 e" J$ p9 n' p6 H( W5 X7 H MS IV Milestone Four (DD 5000 term). - Z3 I; R( S$ \2 p: l: b5 F; xMS-DOS Microsoft Disk Operating System.8 M! O! L: p( L0 k) \5 T MSAG Multi-functional Self-Aligned Gate. - C% h% Z( x# _8 O5 H8 T3 O" WMSC (1) Military Sealift Command. (2) Mission Support Configuration. (3) Major - k+ {& \, E* z; jSubordinate Command.) f3 X) f- w+ O M1 o* N* {6 S MSD Modular Security Device.& m/ ~ p6 d8 l) w' X+ O MSE (1) Mobile Subscriber Equipment (PATRIOT).% n/ v) _. B$ u' Z (2) Multiple Simultaneous Engagements. ! l9 O3 L# o8 L: E+ \, e* O4 kMSEL Master Scenario Events List. 3 N) l _3 i- tMSFC Marshall Space Flight Center, Huntsville, AL. ! N! @4 p/ \0 U' n, I4 FMSG Message. ! h x' H/ y, ~! h. `/ C( O, cMSGDB Message Database. % M+ A, ]) `: P4 N. N3 n& LMSI Multi-Spectral Imagery.3 p. H# E9 w* }8 h. @1 g# `/ w9 q MSIC Missile and Space Intelligence Center (DIA), Redstone Arsenal, AL. # d1 g/ }7 F8 [* c' g# DMSL (1) Mean Sea Level. (2) Master Station Log. 7 u' L* @* ], Q) Y3 F' \1 J/ d3 eMSLS Multi-Service Launch System (Minuteman).. \5 t8 N( V; `) d8 d- i MSPS Mega Sample Per Second.% L: p+ [1 n, |" ^8 W# F MSR Missile Site Radar. 3 Q3 t% Y2 Y% l$ H! k2 tMSS (1) Midcourse Surveillance System./ _3 U) V% f) A (2) Multi-Satellite System. (ARPA).4 p+ G1 Z/ x& Q2 L8 D' [: m5 N (3) Management Support System.* L$ `0 @% u$ L2 D1 ~ n W4 ~5 X (4) Modeling and Simulation Support. 9 f) n6 V8 r4 t/ h( KMSSS Maui Space Surveillance Site.) l g' x6 @3 v% u& t MSTI Miniature Sensor Technology Integration satellite. ' \, T" K8 R* K7 jMSTS (1) Midcourse Surveillance and Tracking System. 6 u* f" B; ~9 s% n( c' M$ D6 a(2) Multi Source Tactical System.% l! s# c! }8 u0 M+ M0 h MSU Mass Storage Unit (TelComm/Computer term). . g. q2 {6 L8 I3 V0 k. @; ZMSWG Milestone Working Group. . W: b# G# o6 ^7 `: t" OMSX Midcourse Space Experiment.4 G0 a$ W) y" _' S) J E/ _. C Mt. Megaton. # ?, Z9 J, Z5 i5 n3 x* P0 g# ?! @MT Metric Ton.+ g- H: @4 @7 G6 P- ~: ^( e, b; E MDA GLOSSARY, VER. 4.0 M % ]$ l0 r+ `5 U0 J1917 K( ^7 j: E" C6 |0 q3 ? MTACCS Marine Tactical Air Command and Control System.9 a/ [; e ]: U5 _( y MTB(EME) Mean Time Between (Equipment Malfunction Event). ) \ j3 _3 [, E' ^MTBCF Mean Time Between Critical Failures ((ILS term).: l" M1 G% \: }5 q+ {% p2 v9 r MTBF Mean Time Between Failures. & o7 w* g) \ E: Y* {1 zMTBFS MTBF Software (ILS term). 6 K) M; O0 k: L# ?' H( `MTBM Mean Time Between Maintenance (ILS term). * Z* {, Y0 o- `8 Y# K/ ~: DMTBMA Mean Time Between Maintenance Actions (ILS term).! ]" ^6 {% b: j# b MTBR Mean Time Between Removals (ILS term).) y) @* M; |8 m/ H! M MTCR Missile Technology Control Regime.) ~- I- C- p3 `& _6 w, G3 H3 v; m# F MTD (1) Maintenance Task Distribution (ILS term). (2) Material Test Directorate. 1 Q2 o; T q# o(3) Missile Technology Demonstration (USAF program). + L$ o( h2 _% S& [MTDS Minimum Technical Data Set (ACDP term). 6 @3 Y7 k( X& j0 i1 g$ n9 v4 n8 x; dMtg Meeting. 1 L& z, w8 X8 y8 ?5 V7 p' L( TMTI Moving Target Indicator. 4 E: q, G4 j8 K+ l4 v0 S" JMTM Maneuvering Tactical Missile.$ ?5 t+ r4 W9 ]* D* X- S; j MTMC Military Traffic Management Control.! ?8 L+ L x( Q Mtn Mountain. i% O' ?0 E5 JMTOE Modified Table of Organization and Equipment. " ~! x$ m- a m0 y0 WMTOP Management Task Order Plan.5 ~/ ^- d7 a6 S. u6 {2 K1 K7 Q2 Q2 L MTS Missile Tracking Sensor. $ ?& t, r# {6 @& x/ P. qMTTR Mean Time To Repair.. r) N5 l# Q5 a& u. t3 o: [8 j MTTRS Mean Time to Restore System.+ H) W; H9 _$ q& ~ MTTV Maneuvering Tactical Target Vehicle. 6 B) B3 |" x9 ]; EMTU Military Training Unit (ILS term). |6 p! ^$ q ?/ X5 k( S/ ^MTV Maneuvering Target Vehicle. A Hera target booster with a Pershing II reentry9 D5 [' b- |6 r$ X7 N4 M vehicle." \0 J* n% V) i) O$ l) T; V. Y MTWS MAGTF Tactical Warfare Simulation.* F, d8 }0 M+ m" z MUE Mission Unique Equipment. 4 F; C8 W2 Q4 i$ k/ Y; W2 sMDA GLOSSARY, VER. 4.0 M# _3 o" N; A6 [5 Q1 W. g. R' _7 T1 y 192, a9 S/ W. D# [. T# \4 X Multi-Service 7 v4 ~; ]- k# x+ T. f$ g2 O0 g- d+ }1 pDoctrine) r( p% h2 t2 ?* V Fundamental principals that guide the employment of forces of two or more" Q2 v! O ^1 Y- m/ a! o Services in coordinated action toward a common objective. It is ratified by the* a" B: r' z" k) N7 _; x: _ two or more Services, and is promulgated in multi-Service publications that ! {; W7 ^/ X( ~) p( T L% q+ g' }0 ? \identify the participating Services. See also Joint Doctrine. 9 s! l: i3 H2 H5 }5 h9 A4 pMulti-Spectral $ n; E; V1 _: j9 jImagery9 L% E8 A% N& Q/ g! ?, J; \7 u The image of an object obtained simultaneously in a number of discrete spectral5 e* z$ _5 }* z" A. x bands.' b9 B/ f( M+ c Multi-Year ; R- U$ f+ b- A3 x3 g/ X, NAppropriation ' d* A7 M, Y# d' b4 a, [- VCongressional appropriation available for incurring obligations for a definite6 C9 a7 F' }) J0 O% ^ period in excess of one fiscal year; i.e., for two or more years. (See Multi-Year8 f0 s1 {+ M m2 s Procurement.). A7 m8 x( ~; t. F: }& C, Q Multi-Year$ Q9 _" E* I& V4 }( _6 O Procurement3 o3 x6 M( S% ]* }' n (MYP)7 e$ N. n5 x! D% W! W A procurement of more units than the current year requirement. The total- h: e6 \' W, u% O# e9 L$ b0 K purchase is divided into segments, which are annually budgeted and funded;1 k) W' j( K% P% V, `' g; I% U however, the contractor is protected from cancellations through clauses in: }7 n9 s+ G; d' s" \ contracts. 4 i* I9 r0 S+ c4 n" f* sMultilateration A type of multi-static radar usually employing one transmitter and several ) s( K2 m7 |. B, w+ f# breceivers for target detection and tracking. ! S! }' f( X+ T, FMultilevel Device A device that is used in a manner that it simultaneously permits access by users+ M; i$ v: ^6 Q with different security clearances and needs-to-know, but prevents users from( O- m- Y6 F% a5 Q" C obtaining access to information for which they lack authorization. + n) ?: ^ n* Z+ tMultilevel Secure A class of system containing information with different classifications that . V' n& r9 C7 ?0 v5 B* a5 Nsimultaneously permits access by users with different security clearances and6 i/ u- H6 ?/ S0 p/ H3 r needs-to-know, but prevents users from obtaining access to information for which * w( m4 H7 R8 J2 l4 u5 kthey lack authorization. 4 D M9 A3 t! o, d& gMultilevel2 ]" `6 x# ]! V) o6 v7 X Security Mode ( l' k' P% P! h/ y8 c. O(ADP Security) A mode of operation using an operating system, which provides a2 ?* [9 V- r! [' O9 L capability, that permits various levels and categories or compartments of material 2 {( X' o) Y5 I; Z6 w! wto be concurrently stored and processed in an ADP system.; J; @2 u$ j% `6 M P* j Multiple . \' P, c3 d D# wIndependently ! ?4 B, Q3 L+ [: BTargetable8 z( K; q' _7 y/ N$ Y Reentry Vehicle 6 E$ p0 ^6 h7 U7 ~- O" Z8 a' N(MIRV)% P, x/ s' \; B: }0 [+ v" m1 p A reentry vehicle carried by a delivery system that can place one or more reentry ! ?, ]. ?7 c/ `' ]. Fvehicles over each of several separate targets.

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Multiple Intercept s; H& ]) l$ m' e( ^0 O Defense : n1 Z$ G8 R! x. o# x+ o YCapability to make two or more intercepts per target or targets defended. : S9 B/ S- M/ C- h$ M9 V. vMultiple- C+ w- D( O" w$ C Phenomenology& s- Z' l- h0 I5 f& p9 R Observations of potential targets by means of different physical principles and 4 d" d# x, e: l( J5 D3 W5 jdifferent sensor systems. In the case of sensor systems, the use of multiple 7 |8 A! H8 M! u) H( Y+ Uphenomenologies makes it more difficult for an adversary to deceive them. ! w& W+ t' p3 P5 w, b4 b DMultiple Reentry / |4 i' x: k! E! \; tVehicle" c* s. e! O5 w/ ?$ k* z& q7 S* o) f A reentry vehicle of a delivery system, which places more than one reentry# \9 @2 q% D6 m1 ^* N* W; w* A vehicle over an individual target.; L2 c$ w' [. Q$ u1 N7 z- Z) V Multiple Silo & s2 X( k" r2 ~+ K- ~Defense , |' Z; s- W0 l' Z' GCapability to defend two or more silos.+ y" z! \- O& Y' G0 h9 G Multi-service T&E T&E conducted by two or more DoD Components for systems to be acquired by : n7 f( |! k4 d$ `/ H: lmore than one DoD Component, or for a DoD Component's systems that have+ [' w9 ?4 z' ?: t+ ?+ K interfaces with equipment of another DoD Component.6 U4 x! a; K3 m: v) ]. l5 k MDA GLOSSARY, VER. 4.0 M8 M1 M9 U# H5 v& H; H D 193, @- r W8 F8 ]/ R Multi-static Radar A radar system with a transmitter and several receivers all separated. A special * q" f7 [ A: K& ucase is bi-static radar. An advantage of multi-static radar over mono-static radar7 ^# v0 s0 g+ h2 D% ~/ m' M9 u is that even if transmitters, which might be detected by the enemy when! `8 u+ |/ K2 Z9 D& u operating, are attacked, receivers in other locations might not be noticed and4 R4 _0 n" L* H0 ]* F# s# C might thereby escape attack. $ u3 e4 L+ s) ?1 x1 h. C+ `MULTS Mobile Universal Link Translator System (NATO term). + v; H* R$ I7 i$ z: S7 t* v8 \MUS Mission Unique Software. q0 |7 E. s1 x2 x" C% ]MUX Multiplex. + Z' s8 J, B% rmV Millivolt. - f' a- p. |/ s# V7 p. F7 RMV Miniature Vehicle.2 d: ?. O, c0 @2 |4 M @6 j- U MW (1) Mega-Watt (millions of watts). (2) Microwave. (3) Missile Warning. 1 w+ w9 S' S: C) {. G* KMWC Missile Warning Center. 2 Q7 H) [: h: N$ e3 o! tMwe Megawatt (electrical energy). 2 R6 |1 o1 w9 ?4 A# E1 J, U' @MWIR Medium Wavelength Infrared. @. s7 P) u5 D MWS Modular Workstation (ADP term). 6 H4 R0 t$ P4 b, o. ~9 W. ?Mwt Megawatt (thermal energy). . V. i% v, g8 x5 a3 z( UMX Formerly an experimental missile; newest addition to U.S. ICBM arsenal; also 5 h3 l# i) ]2 o0 R- F' C+ lcalled "Peacekeeper.”1 o/ F j9 S2 g MY Man Year. 9 h- M. @* `8 y' m- a7 v }# {+ x5 k9 [MDA GLOSSARY, VER. 4.0 N: \$ T6 _/ i5 G% _2 u) U 194& Y" a9 M; Z1 e' L a Q: E J N (1) Neutron. (2) North. & v% i g& O H; Q+ w$ p; cN/A (1) Not Applicable. (2) Not Available. ; f6 I( ~/ Y# Y9 @4 FN/SP CC NORAD/US SPACECOM Commander. . `" o B" C3 @% N4 v8 \" c {' yNAAF Neutral Airframe Adaptive Flare. 4 c8 T3 Q1 d) a5 fNACMA NATO ACCS Management Agency.$ {9 u4 `- Q; n+ v& M3 Z, n NACSEM National Communications Security Emanations Memoranda. 1 n! B6 O8 y- UNACSI National Communications Security Instruction. ; z6 j- r1 z. W' ]. U5 _& _/ iNACSIM National Communications Security Information Memoranda. ' D7 { F( z; D: e' y% N9 tNAD Navy Area Defense (lower tier).8 c2 d6 O$ \/ ^$ B NADC Naval Air Development Center. / J& t9 k/ F$ r9 b+ v9 Y& n) K# I# X% _0 @% MNADGE NATO Air Defense Ground Environment.$ }) ?4 ~1 I9 ]& U' F% ] NADIR Network Anomaly Detection Intrusion Reported. 9 z E9 w/ |0 u. T; i# U7 DNAE Navy Acquisition Executive.! A3 f- C6 D5 z. s NAF (1) Non-appropriated Fund. 2. Naval Air Facility. ! x4 X6 ]8 @" T; E2 iNAI Named Areas of Interest. 7 i! {! c& r# ONAIC National Air Intelligence Center (DIA), Wright-Patterson AFB, OH. ) }( w/ s+ P# h) |! H. l6 [. |/ HNAM Non-aligned Movement. 6 J6 l$ L- K3 Y4 [% gNAMEADSMA NATO MEADS Management Agency. " |0 b% r( R8 b( DNAOC National Airborne Operations Center (formerly NEACP)., O/ T& x2 T7 e' f NAP NDS Augmentation Package.! `3 D; b0 z6 j8 i( u NAS (1) National Academy of Sciences, Washington, DC. (2) Naval Air Station. - l8 K4 \" `* `5 ^2 s m5 }, oNASA National Aeronautics and Space Administration, Washington, DC." l- @4 j5 y! A NASDA National Space Development Agency (Japan).. _4 x3 {/ B' M5 ]+ q$ G0 F NASP National Aerospace Plane.: l$ H* W7 e5 R2 [* t0 i* L7 K NATINAD NATO Integrated Air Defense. 7 m8 ^3 \+ a$ p9 INational Airborne $ q- z+ g, y: U5 G% |# hOperations ) k7 a4 E8 p* j- o* ~" Y5 jCenter (NAOC)+ N, a8 B% E- T; O( n" s One of four specially equipped Boeing 747s that during a national emergency . s- v3 j2 H/ e+ W# owould allow the President and top military leaders to stay airborne for up to 12, o& z4 S. k$ I7 ~4 M& I! y hours while linked to ground and space forces. Formerly NEACP. 2 m* B8 w) E3 x6 {National 9 U- j# Z- ^2 d% hCommand% p, A0 G( K* {! Y0 @ Authorities (NCA) ) z5 L7 T6 l6 R. |, IThe President and the Secretary of Defense or their duly deputized alternates or # A8 O& n- {0 Jsuccessors. / l3 i) n) E$ m! X) L* O5 t5 q: rMDA GLOSSARY, VER. 4.0 N + W! p+ M5 S, L/ B5 V( L4 s0 |; E195 + D. ~+ W7 S! Z1 [. xNational Military 4 ^- }5 Q9 p }; h* l$ f" n$ o" ZCommand Center* w, `6 q7 F/ ~: h& k. k$ v- A {$ [ (NMCC) + _6 s7 |4 \" f; `% r( YThe primary location for JCS command and control of all U.S. and Combined - ]7 D+ \) p" ?8 D) T/ `Forces. Located at the Pentagon, Arlington, VA. % E& S' s5 D. p" ONational Military9 G' `4 w% I. E+ Q; z0 l/ H3 w( N Command ' Y. ^ q2 @" e3 [8 c4 y; zSystem (NMCS) & I) Y( I) J( b" i% ~3 B2 FThe priority component of the Worldwide Military Command and Control System " ^& J- s& j! |5 O+ f! k# C(WWMCCS) designed to support the National Command Authorities and Joint 1 O/ |. u6 J/ lChiefs of Staff in the exercise of their responsibilities. The NMC provides the : p4 {8 n5 g* P) V( i% X. wmeans by which the President and the Secretary of Defense can receive warning& P: D; U* |( C+ L- |5 F }: i and intelligence upon which accurate and timely decisions can be made, the 4 O6 K% G' @# q- n- Rresources of the Military Departments applied, military mission assigned, and by , ^3 Y/ q# P( Pwhich direction can be given to the combatant command commanders or- z9 \7 X0 S; S, q4 O! `6 d commanders of commands established by the NCA. The NMCS must be . s1 ~" T, h. Q* C( g0 \capable of providing information so that appropriate and timely responses can( G# g; U( Y, {+ g1 k; R/ N; ~8 e be selected and directed by the NCA and implemented. In addition, the NMCS* |$ n4 ?, L3 ]0 I; `! N supports the Joint Chiefs of Staff in carrying out their responsibilities. - Y- n2 H2 s2 X$ F) }National Missile 6 H' F% H2 x0 A$ fDefense (NMD) " _: `) m, f* U5 k7 y; @8 WSystem - |2 O) z2 t3 }+ Y& Y; GOBSOLETE. A ground-based anti-ballistic missile system designed to protect the" s3 K& r) n2 x9 v- l7 }; L U.S. against limited ballistic missile threats. It consists of four elements: groundbased interceptors (GBI); a ground-based radar (GBR); a battle management 2 T. i$ F' ]- A0 Kcommand, control, and communications (BM/C3) system; and a constellation of( b3 ~# K; `. T/ b" x- \% P Space and Missile Tracking System (SMTS) (a.k.a. Brilliant Eyes) satellites. : K7 @+ q" A v7 V3 cNational e. H. o) E' ]7 K' O Reconnaissance + }1 I* m7 R/ j8 Y: O" C9 w& j& p9 sOffice (NRO)7 @+ B; B8 k1 G1 h4 Y% G2 l+ d! k A Department of Defense Agency tasked to ensure that the United States has : ?; V- ~; C, w7 ^5 @7 Z5 `the technology, spaceborne, and airborne assets needed to acquire intelligence& c2 y& Z; x0 l( d worldwide, including support to such functions as monitoring arms control/ s+ z- w& C" b9 u# N% D( E3 K# p agreements, indications and warning, and the planning and conducting of; i3 f) i/ K+ u8 X military operations. This mission is accomplished through research and 5 K: C {; |. G3 ]0 `development, acquisition, and operation of spaceborne and airborne intelligence2 Y p9 L5 {5 u/ R" T1 l% { data collection systems.

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National Strategy & m0 `' d X! z# w4 M: e1 LSelection+ ?0 K, F. F! i) N) ]- I The determination of when it is in the national interest to activate and employ# |( z9 a. o6 x2 c" E3 b8 M defense resources (i.e., the balance between responsiveness and crisis control), # E' J* J2 P6 t" land given an activation/employment decision, what should be the basic objective, {8 p1 W! e) i+ O" U5 n& [ (e.g., force survival, survival of selected population centers, etc.). 2 A' K0 z: z4 `3 J. a3 RNational Test Bed. Q! _" m0 Y2 V4 ^1 _6 c (NTB)7 Q0 \2 S- f" O/ U5 j, z A number of geographically separated simulation and test facilities that are+ J2 h$ }1 ?! z$ Y5 p linked through communications to simulate various portions of the ballistic missile 1 L2 ^! H& I& A8 j( f% Qdefense (BMD) system for testing and validating operational and technical% f/ b: }: `$ l) L4 j concepts and technologies. ) ^) K! I0 {; G Y: w D) Q% P. {& rNational Test Bed! u# f) b5 p7 O/ p) ? Joint Program+ r/ W! P8 [/ {* s! h Office (NTBJPO) ( a# ~1 X" Y& S$ R(OBSOLETE) A Joint Service organization established to manage the NTF and 5 n* c- V; y7 vexecute the NTB program for MDA." K: W4 @! Z+ @+ U( \ National Test - U K- q2 U' a9 k' a6 w4 @" CFacility (NTF)( B' m* W- y+ l* S* N A large, modeling, simulation and test facility located on Falcon AFB in Colorado # ^- w p4 e+ v' t& G% M! x( kwhich serves as the central control, coordinating, and computing center for the0 r" M4 L; a3 |5 j3 w. v NTB and as the primary integration and test facility of the BMD SE&I contractor. % S9 }3 ]4 u- U8 |: c3 ~National Warning ' \- L0 E% M0 [, D! X. jCenter (NWC); S$ h7 C; \6 h" }* M b Center in CMAFB, which activates the radio, TV, and sirens that warn the U.S.6 h7 @- s* N0 q population of impending ballistic missile attack. Also assists with national 4 }* b- F0 \' E, cdisaster relief, forest fires, and other events assigned.3 _9 t( ]& t: t+ o' M5 N NATO North Atlantic Treaty Organization. : R1 e1 E% H' b* A. PNATOPS Naval Air Training and Operating Procedures Standardization. * W: C* J5 |0 V; OMDA GLOSSARY, VER. 4.0 N2 G- F& z' y7 S4 h, z- w 196" W; D' M1 ?, C; e1 h Natural Ground @. E8 O. |9 P5 [! b; iand Atmospheric, u6 d; C1 r) C$ J: Y' z9 g Environments+ p5 e9 H- o2 K# I5 a- N The environments, which exist in the sensible atmosphere and on the surface of - `* e, t' U+ N Y! D6 Hthe earth. These include meteorological, seismic, biological and related natural 8 o' o" b' u$ a/ \5 F" \+ Gconditions. This environment is applicable to ground-based assets and groundlaunched interceptors in the atmospheric portions of flight, and it effects the4 l0 e- x ]( P0 t# d2 ^ propagation of radar and communications signals. i" L% C3 y. | Natural Space; h- r+ F( E1 e) }7 H; ] Environment 5 M! ?/ c% I3 m" p' P: uThe natural environment, which exists above the sensible atmosphere. Space ) X, }8 j: p" n" k- p9 }8 W3 G6 V% Nbegins approximately 100 km and above. This environment is applicable to , T& H; L9 i) _. u: yorbiting spacecraft, to interceptors in the exoatmospheric portions of flight, and it. U& A9 r0 S" s0 i$ N- c affects the propagation of radar and communications signals. - r! n( g* G' a# v* {1 W8 yNAVAIDS Navigational Aids.2 X! A" {# [$ x9 M Naval Space . M. T+ }7 q; U1 m, R: b' Y# P4 c1 ZCommand' c+ p/ H( f, M7 B! T (NAVSPACE-/ b& Y% `) U2 X7 a COM) ! q1 u2 W( A. F! U, nThe naval component of USSPACECOM. Responsible for day-to-day operation+ T z" {' d5 w of FLTSATCOM, NAVSPASUR, etc. Responsible for BMD elements that may be 7 D9 `: X8 ]! Noperated by the Navy. Located in Dahlgren, VA.5 Q0 v0 }& ~# a5 Z: O Naval Space 0 @% S; I9 m0 \" F) D2 G0 Y9 yOperations 5 Q. R0 W6 a) m! V; BCenter 8 j. G i+ I( U(NAVSPOC) - q/ @, W! U6 sExisting Navy component command center at Dahlgren, VA, responsible for ' g( k: n( p1 |) f# `logistical and administrative support of forces assigned to them. - W! i1 t/ w- @+ g+ I" q: HNAVDSOC Navy Defense System Operations Center. o- t. g$ q$ v7 F3 kNAVFAC Navy Facilities Engineering Command.5 E9 d4 `3 ^5 p t' Z/ o0 F) w, w NAVFOR Navy Forces.+ K4 r( Y; G* i1 r NAVMACS Navy Modular Automated Communications System (USN term).9 V+ U2 e0 F2 M NAVMIC Naval Maritime Intelligence Center, Suitland, MD. 2 E+ w& D2 z2 }; b }NAVOSH Navy Occupational Safety and Health.8 r! K7 t3 h ?3 L; g3 q; A NAVSAT Navigation Satellite. " S. A8 z* `% v% j; T: d: s+ BNAVSPACE Naval Space Command. % m/ x( ?$ T$ [7 B8 Q9 s. ?NAVSPACECOM Naval Space Command.& I5 l) |: q p NAVSPASUR Naval Position of SPASUR. $ C9 P1 J$ B( a- o7 v: x: PNAVSPOC Naval Space Operations Center./ Q4 P6 |! J! u! I5 O/ h X% Y NAVSTAR Navigational satellite, part of the Global Positioning System (GPS).: Z+ u% I9 K- E9 ^- ?/ m3 y Navy FAAWC Navy Force Anti-Air Warfare Commander.7 f& g- y2 t- K NAWC Naval Air Warfare Center.1 A8 |) m! ?& t+ i NAWC WPNS Naval Air Warfare Center, Weapons Division, China Lake, CA. 0 L) I5 x. h: t5 X# S' MNBC Nuclear, Biological, Chemical.2 r, _+ C2 P! A. w" w# G NBS National Bureau of Standards.

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MDA GLOSSARY, VER. 4.0 N ) ?- s* e- a2 z$ J1971 i# @, V# ~- N, w, r NBTS Neutral Beam Test Stand. m. c: m% Z4 f. h2 i# VNC Numerically Controlled (CAM computer term).) v, \) X* G* C: W L! H" X* Y NCA National Command Authorities.9 Z V, r# h! j6 q8 l' | NCC NORAD Command Center, Colorado Springs, CO. + h9 e- Z0 p5 m, }; |" jNCCOSC Naval Command, Control, and Ocean Surveillance Center, San Diego, CA. 2 P( ?$ V; R4 e& F, mNCCS Navy Command and Control System. 1 m5 ^. O: f8 ^: ?! eNCDCS Narrow Band Coherent Data Collection System.; f' s1 A2 j) c- h: ` NCDD New Customer Development Database. . |6 T/ d: S+ A8 t/ \( T. RNCO Non-Commissioned Officer (USA/USAF/USMC term). 2 `8 F; h/ ?( bNCP NORAD Command Post.% I5 S3 ^& V6 l' { NCS (1) National Communications System. (2) Net Control Station. (3) Naval Control3 t* i4 ?5 R: } of Shipping. ( U4 O) g2 U) t( SNCSC National Computer Security Center.9 y9 N, i7 y) A5 ]1 f7 i NDC Naval Doctrine Command./ K$ v7 ~- y* k( [7 u NDD NMD System Development Director.4 Z$ l6 W+ J0 G: r NDE Non-Destructive Evaluation.* ?: u$ G$ Y; [ NDEW Nuclear Directed Energy Weapon. 8 x$ Q* n% }* b1 ]; s0 N! d# mNDEWG Nuclear Directed Energy Weapon - Ground-Based. j; \0 y7 L; }NDI (1) Non-Developmental Item.7 n" r9 I: Y* W4 W' c, h" H$ n+ | (2) Non-Destructive Inspection. ! m( [2 D f/ W1 N) _" E' oNDP National Disclosure Policy.% Y0 l! n0 ?4 D6 L0 y1 T+ R NDS (1) National Defense Stockpile (2) National Defense System. 2 o) x" K6 a8 R+ W) [NDT Non-Destructive Test. ( X# k9 {% p+ U" u* ~8 vNDU National Defense University, Washington, DC. ) R' z0 a( J2 t- wNEA (1) Northeast Asia.5 _7 ], H/ G! t% P& z+ [ (2) Northeast Asia campaign scenario.6 p& y( n8 N. p( j4 d NEACP National Emergency Alternate Command Post (E-4 aircraft).' y4 u3 ?+ t t1 N t2 d Near Real Time Pertaining to the timeliness of data or information that has been delayed by the 0 q! V# t+ h2 C0 E8 {% R& N! Rtime required for electronic communication and automatic data processing. This# K0 D0 h# r0 L7 a implies that there are no significant delays. * E- `8 T# @8 U( _NEC (1) National Economics Council. (2) Navy Enlisted Code. `9 e8 f. R0 {, UNECC Navy EHF Communications Controller.- z- {- C* M4 F; {* K2 `7 s: `1 t MDA GLOSSARY, VER. 4.0 N% y1 N6 r" D* @) k$ W+ g 198 9 g- t+ |% y2 m! g( GNegate Early % K u5 x$ ^6 p0 G# r3 SWarning, x3 S" D0 M+ C( X. z The use of any technique that precludes the use of, renders useless, or' M. T& B/ G7 V' m ?/ H6 j3 B! P3 H degrades an early warning capability. : s2 C. U" R- _. o% N/ NNegation RV destruction or other actions, which prevent damage to the defended area1 G3 J! x; n( H, e% T6 \5 j from conventional, nuclear, chemical, or biological effects. / |* j2 [- K* Y7 r6 GNEMP Nuclear Electromagnetic Pulse. # I h) n I1 J0 L# `) R, K% Y& U0 [NEP (1) Nuclear Electric Propulsion. (2) Nuclear Environment Protection.- J/ y. E, e& t4 o9 N" {8 t NEPA National Environmental Policy Act. ; ~4 Y V5 X3 ~4 J: j3 f: g# }- nNEPSTP Nuclear Electric Propulsion Space flight Test Program.; R% h" |& ?1 r NERF Naval Emitter Reference File (USN term).. G( R3 n* B1 c NESEAD Naval Electronic Systems Engineering Activity Detachment (USN term). 0 h# I5 u/ p! d& G0 q/ SNeutral Particle $ x4 V( d) p0 L" wBeam (NPB) + _# h( b2 A8 u i( cAn energetic beam of neutral particles that is generally used to damage 5 H3 X/ U0 c+ e( K8 y9 |+ R9 relectronics. 4 V# p' R6 \! f; z. G1 @, H2 \NEV Network Experimental Version.1 ~+ N' [/ o3 ? NEW Net Explosive Weight., T' ?/ J0 T" A9 ?6 u NFL New Foreign Launch. ' M9 R# g) A% \* V: B% n2 XNG National Guard. 6 r5 N6 R8 y& s! Z' D, C6 a% TNH&S Nuclear Hardening and Survivability." Z! f4 |" p s. x/ [( h, Q) ] NHA Next-Higher Assembly.2 l2 u4 G' Z Z NHMT Nuclear-Hardened Mosaic Technology.6 X% g9 }' Q+ n; T NHTF National Hover Test Facility, Edwards AFB, CA. ( U' c/ M- y) I; x7 D% d1 GNIAG NATO Industrial Advisory Group.0 V3 ]! v9 a% p NIC National Intelligence Council. $ c, q; q1 F1 M' ~NID Naval Intelligence Database (USN term).+ h& Y/ V$ K$ s NIE National Intelligence Estimate. 2 x* V! N) A9 [. i, V/ H) }: Y* nNIH National Institute of Health. . }& `2 V- q' S, B! V: vNII National Information Infrastructure. 9 m/ s! S2 O* A% N# ?' dNIITF National Information Infrastructure Task Force.# h- Q0 L$ e, N% i NILE NATO Improved Link Eleven.' h2 |8 G2 g: a# q) k6 q! L* c NILES NATO Improved Link Eleven System. * U# ~ l- Z+ a+ uNIMA National Imagery and Mapping Agency, Fairfax, VA. + W. x8 Z/ y2 T: G4 qMDA GLOSSARY, VER. 4.0 N% m" ~* _5 N2 Y0 ?$ i* {) u 199* J- {1 ^0 {' Q# \# {+ z& z NIPS NTCS Intelligence Processing Service (USN term).6 V; F/ a, ?# x' B1 A& j NISC OBSOLETE. Naval Intelligence Support Center. (Now Naval Maritime `4 V- C# \! q$ [' H+ B# \; }2 f( \5 V. qIntelligence Center (NAVMIC).- r1 \( ] Z( t7 Y0 | NISP National Industrial Security Program.6 t. Y( u2 o. B/ Q4 j, V. Q NISPOM NISP Operating Manual. 5 ?2 y, A7 `/ YNIST National Institute of Standards and Technology, Gaithersburg, MD. (Formerly% A' a3 d- p' W1 D/ j2 ]- ]0 S: @, s1 \ NBS (National Bureau of Standards).5 T( m# y( q% t/ r2 W NITES Naval Integrated Tactical Environmental Subsystem (USN term).1 F( |: Y- N- [- }% W7 i Nitze Criteria A reference to Paul Nitze, the Reagan Administration’s chief arms control4 ?" h# c( v0 H3 a8 g0 I negotiator, and his vocalization of the goal of the SDS as the achievement of 5 k; p% Q" s. t" W7 a, {& hraising the attack price where the defense cost is measured at the margin, not3 @0 K9 a" U- i) C the total cost. Congress established the Nitze criteria as conditions of deploying5 O* K( m7 k+ ]2 P3 e' \, g" ` an SDS in Section 222 of the National Defense Authorization Act for FY 1986. * s8 \5 r' c; q* r" X7 [- U( VNIU NATO Interface Unit. 5 l- y; l9 W$ |. LNIWA Naval Information Warfare Activity.3 K8 c; G$ M+ g* B+ A2 ~$ `- A NK North Korea.. ^. K, g- W6 d/ l% z6 g! ~ NKEW Nuclear Kinetic Energy Weapon.& L; E/ E+ [8 U5 k/ \ NL The Netherlands. 6 `+ }( W3 U: H! _4 K% R; LNLO Nonlinear Optical. * [2 |* c5 Z( n2 |& L/ u# WNLOS (1) Non-Line of Sight. (2) Nonlinear Optical System. ' H4 k4 u8 \! z* p7 V+ r) {% h, r QNLT (1) Navy Lower Tier (Missile Defense). (2) Not Later Than.) x, g3 c0 O6 m; _ nm (1) Nautical Mile (6,080 feet). (2) Nanometer. + M& m3 p" B0 G- R! G5 tNMA NATO Military Authority./ P# i% U) M! o# ~ NMC Not Mission Capable.# d' h- Y, Z4 y2 r% y6 p! c. |# D NMCC National Military Command Center. , y6 ^5 {+ y2 E7 h& h% @NMCS National Military Command System. / x- v* F. `0 XNMD OBSOLETE. National Missile Defense.2 f) u% a$ v( c* E. A. d. z NMD 3+3 OBSOLETE. National Missile Defense Three Plus Three (program).% e( X8 F" _; B. g8 u0 D NMD GBR OBSOLETE. National Missile Defense Ground-Based Radar.$ x$ y, l$ m, r! @( z2 ~3 \ NMD IIPT OBSOLETE. NMD Integration Integrated Product Team (NMD Program term)., d( H& j* R# i% t9 r- K) ^ NMD JPO OBSOLETE. National Missile Defense Joint Program Office.+ J* p$ ]1 m% S/ L; N& G8 e) x% u NMD/TRP OBSOLETE. National Missile Defense Technology Readiness Program.

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MDA GLOSSARY, VER. 4.0 N) n# |* @3 @) e6 O5 p' A: { 2003 Y, S' z5 K7 z" `! Y NMDPO OBSOLETE. National Missile Defense Program Office (US Army term). 9 ^* I$ R6 k F1 P! _: XNMM NMD Maturity Matrix.' p, Y" b) W4 R5 Z NMSD National Military Strategy Document.. {7 Z3 e7 K Z2 y% w$ O, A NNAG NATO Naval Armaments Group.1 h; z% x! i6 t; Z$ V K NNK Non-Nuclear Kill. 8 }! `7 }5 J( ?; T- MNNPA Nuclear Non-Proliferation Act./ ]7 U% H& Q* v" q# e# F S3 w NNWS Non-Nuclear Weapon States.8 v- p! k1 U7 x NOAA National Oceanic and Atmospheric Administration, Washington, DC.! |1 s. l5 g: {# [' c: w0 M. H Node A set of equipment and processes, which performs the communications functions 3 K5 e. W9 A2 ^5 wat the end of the data links which interconnect those elements, which are: y$ K+ s# N) l0 D e( i resident on the network." Y% _& p0 ^$ s) { NOI Notice of Intent (environmental term).6 V, u0 k% o. T) Q5 D0 b9 U5 u8 P7 ]$ H NOIC Naval Operational Intelligence Center.5 Y) [+ |3 h$ {/ w Noise In the most general terms, noise is the undesired part of the process being 5 w" M3 @( e% ?; N5 X7 Aobserved or measured. Its complement, the desired part, is usually referred to ) c& x- {! g9 _as the signal. $ _# g# F1 g6 q; _( Y UNon-& J5 N: M/ E- I0 t6 y Developmental # q5 J" @. M1 b+ l8 RItem (NDI)! y2 E6 Q& ^# C3 B8 x (1) Any item of supply that is available in the commercial marketplace; or% B% p# |5 q9 l' L3 [; a (2) Any previously developed item of supply that is in use by a department 9 L# E" o$ {1 C" Q$ j' @1 p( M n1 Uor agency of the United States, a state or local government, or a foreign/ r* p- _, P6 v) L: L government with which the United States has a mutual defense% z7 a6 r, p8 j8 H0 @8 e cooperation agreement; or + w* I5 ]$ d5 f(3) Any item of supply described in definition 1 or 2, above, that requires " w) g" c+ n0 S6 w3 Konly minor modification in order to meet the requirements of the procuring8 x/ F: s" ~4 H; E agency; or : W( t5 ?/ b. S% ^(4) Any item of supply that is currently being produced that does not meet: r4 |$ w8 Q6 F2 E, h9 a the requirements of definition 1, 2, or 3, above, solely because the item8 r" m4 W" ~4 x is not yet in use or is not yet available in the commercial marketplace.2 f3 c, p& u( u) B1 P! v Non Material " ]. |4 r$ x& z) z& @8 D! Y! e$ O$ ISolution 0 w7 @: f, s; b! ?' U; ]7 kSolutions to mission needs (warfighting, deficiencies) that can be satisfied by! p) Q0 M E* J7 L3 p! i% f, [ changes in doctrine, tactics, operational concepts, training, or organization. 4 v5 J) o; r9 m0 K1 o" qNon-Nuclear Kill ; O I6 L. b5 p# f(NNK) 2 Y/ {! I3 o3 O y- Y3 O( B$ ~* oA kill that does not involve a nuclear detonation. 6 e5 ^6 R1 r5 t, s6 T! m" PNONAP Non-linear Adaptive Processor (Navy term).+ T- N% B+ O# n9 V6 e6 r2 w Nonrecurring 6 g$ B$ l, `5 I/ L v _Costs8 s2 V @& B9 T# }+ v: X (1) Costs that are not proportional to the number of units produced. , ~1 n4 r* ~, Q8 s& X(2) A one time cost that will occur on a periodic basis for the same - T& g% A+ j( L: o( n& v1 Morganization. Nonrecurring costs include preliminary design effort; design 5 K( a/ y4 I1 W, Pengineering; and all partially completed reporting elements manufactures 4 i" N1 |; d9 j) l" S7 m" Vfor tests. % N( Z8 L3 d4 o- G1 X(3) Training of service instructor personnel. / m. v t& {1 SNOP Nuclear Operations.6 E" h" q- c2 z& Y6 I MDA GLOSSARY, VER. 4.0 N / I6 i x$ E" I$ V( T* D8 V201& N7 _; K* \, r, u$ V N3 {5 Z" r NOR Notice of Revision.3 k2 f' f( ~5 Y NORAD See North American Aerospace Defense Command. , N/ Y, t1 o% D- [NORAD ( Z- X; O9 R$ d7 l3 t* A dCommand Post , H0 H6 H: v0 O(NCP)% o+ f% b8 @0 t4 K2 p A center in CMAFB responsible for controlling ACC, Canadian, and other6 M; V% S# W9 s; m# w- t2 E7 h assigned forces for designated atmospheric missions in defense of North1 G* s; X* @/ H: b2 }- V# O7 Z% E America. ! p2 c; f9 ~* bNORSAR Norwegian Seismic Array. 1 P0 l7 ^5 m' b' Z& r) DNorth American& T. b; f: g3 o Aerospace 6 W7 F# U; C- |7 ^Defense 0 i0 `" t, {9 K" Y- xCommand ; ~# L! W: l# R" ^* @(NORAD) 4 o$ t) q6 \; o U7 zA binational command of Canadian and U.S. forces responsible for defense of x& b& M4 A; @! FNorth America from bomber and ALCM/SLCM attack. Located in Colorado$ j( g1 q0 p! u0 N9 \# X Springs, CO. 3 n3 R/ Q, G2 T1 x6 I4 bNORTHCOM Northern Command, Offut AFB, NE % y) ~7 |- g4 L' S, |) m* a7 ` ZNORTHAG Northern Army Group (NATO).0 [4 k) T2 g0 z- [/ z8 e g, H NOS Network Operating System. 9 F/ F+ ~5 c. q8 g! L( f6 V6 V% [NOSC OBSOLETE. Naval Ocean Systems Center, San Diego, CA. See NCCOSC. & G, M$ l- A" e. B% Z! u/ BNPB Neutral Particle Beam. # x W! V. h# GNPBSE NPB Space Experiment. 5 Z* \- j. _0 Q7 z% z8 C. V8 ZNPG Nuclear Planning Group. / Q" L: y z7 Q, d; p7 M7 CNPI New Program Integration.3 i- @) t4 {* Z NPR National Performance Review.& K' E8 O9 G7 k- c; y# r NPT Non-Proliferation Treaty. 0 i) ~3 A% j2 B4 N9 g( q# rNRaD Naval Research and Development Division (NCCOSC), San Diego, CA. ) C+ h2 h1 `" ~1 |# j9 A. m9 G- `/ G' FNRC (1) National Research Council. (2) Network Reliability Council. ' B% ?6 S7 ^% g- r(3) Nuclear Regulatory Commission. (4) Nichols Research Corporation.* U6 S) |! F( v) l NREN National Research and Education Network.: _/ w4 \" J% X- R. f NRL (1) Nuclear Referral List. (2) Naval Research Laboratory, Washington, DC. ! Q7 D2 m+ Y8 x* a% h q0 XNRLA Network Repair-Level Analysis. 7 g/ p( x. d0 B1 O. ^5 D0 fNRO National Reconnaissance Office. 9 s1 F; h+ M$ Z( N, gNRSC Network Reliability Steering Committee./ x6 J8 M% \, d7 y$ S* C3 j NRT Near Real Time.1 U4 }- ^# e$ M* `/ s$ I$ x NS/EP National Security/Emergency Preparedness.' x4 t- i" H' i+ V2 ]1 Q! N R MDA GLOSSARY, VER. 4.0 N . {8 s9 T+ A; [6 T. _4 k- m8 D5 V202 . [- d' B- Z" y# K8 B& M2 m7 g& B; A: wNSA National Security Agency. $ u. w" r+ [# U, b' _NSA/CSS NSA Central Security Service.- K; f' N" ~9 \ NSC (1) National Security Council. (2) National Security Center. 1 G7 W1 Q+ ~% U! W; z$ ]2 RNSCID National Security Council Intelligence Directive. ) ]4 U1 u& e! o0 s0 v# tNSD National Security Directive. T! d! y! C3 r- r5 N$ R, q NSDD OBSOLETE. National Security Decision Directive. Replaced by National ; H& C2 ^4 R, |( _% U- ?8 i/ DSecurity Directive (NSD). ( _/ h* [2 n) a9 c5 sNSDM National Security Decision Memorandum. % y, e( P0 l& }) uNSEN NMD System Engineering Notebook.

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NSF National Science Foundation.0 w' A. `" y0 o6 k1 U5 \: Z5 t NSFS Naval Surface Fire Support. 5 }$ S7 {! S$ f5 F `, _; J8 o# s) tNSG Naval Security Group.4 J: u( N1 Z2 H* f NSIA National Security Industrial Association, Washington, DC., E- L( y, A1 W0 W2 e( I NSIE Network Security Information Exchange.0 T$ o4 a2 ^$ @6 f+ S/ V- m U NSN National Stock Number (ILS term). % X2 e, g7 g- \ |NSNF Non-Strategic Nuclear Forces.+ F( O# V( X8 ?- q# y NSOC (1) National Signals Intelligence Operations Center. (2) Navy Satellite + k5 [4 `; v, M; J) LOperations Center. % u. @1 d+ d- ~1 T3 k/ eNSP Not Separately Priced. 8 b* A" N0 A; a3 INSSC National Space Surveillance Center, CMAFB. 9 U8 J ?: H x) q0 \0 nNSSD National Security Study Directive. 4 ]) k2 H3 m& }9 ?NSTAC National Security Telecommunications and Information System Security1 j7 X1 S5 C5 B1 j# f Committee. ' u2 w% H& }. @! |7 s* [3 Z! hNSTC National Science and Technology Council (EOP term).7 p- c3 H( K3 ^; W9 g NSWC Naval Surface Warfare Center, Dahlgren, VA. 9 x4 R0 y9 P6 Z5 HNSWC/DD Naval Surface Warfare Center, Dahlgren, VA.4 _( h, x/ D- o) h8 F1 n# y3 D NSWC/PHL Naval Surface Weapons Center, Port Hueneme Division. j. Q* x1 x+ X1 n% f: Q% VNTACS Navy Tactical Air Control System. ! c! k) S# K6 Z. Z9 yNTB National Test Bed. . l& i! i$ N( qNTB/WAN OBSOLETE. National Test Bed/Wide Area Network.% |$ W& S: c& W MDA GLOSSARY, VER. 4.0 N % t8 w. o) e3 t8 `; \7 }203& S, ]" W( M% K% A! a& ~3 V NTBI OBSOLETE. National Test Bed Integration. . I9 r2 x7 X2 g6 fNTBIC OBSOLETE. National Test Bed Integration Contract. 7 p, r, m* _* r( qNTB-JPO OBSOLETE. National Test Bed Joint Project Office.% f+ M7 M& I1 X2 {+ j( z; L2 X NTBN OBSOLETE. National Test Bed Network.8 S! ?# M: A0 Q0 E( K z! b NTC National Training Center, located at Ft. Irwin, CA. A large maneuver area that2 U" C/ H2 K3 L serves as the Army’s primary training center for Army maneuver forces. Friendly# O$ \; W! C) E3 @$ Y forces are pitted against “enemy” forces to validate proposed procedures and7 D8 A; p9 {8 o* J% C, B* D+ V# v doctrine.0 s0 t: W3 Q' C0 ` NTIC (1) Navy Tactical Intelligence Center. (2) National Technical Information Center. 0 C$ @) C+ W$ D* C- ^* e8 E* ^NTF National Test Facility. : D0 b' ~4 E2 U0 aNTM National Technical Means.5 Z' F9 H8 a, R( x6 [ NTU New Threat Upgrade.2 [( U9 p9 U' M2 e8 O7 p& g NTW OBSOLETE. Navy Theater-Wide. Now referred to as the Sea-Based Midcourse: |! t( B! j# J* X# s3 s6 C Segment of BMDS. # {6 ]: x4 B3 d, D5 qNTWD(S) OBSOLETE. Navy Theater-Wide Defense (System).. }; I! H, i. X) l Nuclear,% u! O; w7 M5 a Biological, and - ?) ]6 d/ @: Z: x6 R- E$ V1 @Chemical % B/ ?3 V) t+ J" IContamination6 E1 j" ^2 m& [8 P (NBCC) % K) ^" J! y% N2 Y6 d7 p" m* lThe deposit and/or absorption of residual radioactive material or biological or " v/ e7 {/ t0 X* o# U) lchemical agents on or by structures, areas, personnel, or objects.1 L: V1 s5 f5 ^! ] D* z0 B •Nuclear Contamination. Residual radioactive material resulting from fallout or" s# w& P" ~( i8 F rainout, and residual radiation from a system produced by a nuclear: q/ O* W) o# K1 B. m$ Z explosion, and persisting longer than one minute after burst./ q' p/ Y* T- }+ R2 D •Biological Contamination. Microorganisms and toxins that cause disease in( c8 Y" U5 ^7 x" U# A/ l humans, plants, or animals or cause deterioration of material. $ ^3 g+ O9 j. N S, @& z* J•Chemical Contamination. Chemical substances intended for use in military7 L; `% n& g# j. \0 _. m9 ~# c9 l operations to kill, seriously injure, incapacitate, or temporarily irritate humans.+ [, B% b( E; C. o Nuclear,1 ]/ N- a" @# E0 r Biological, and * F, U# m* V- z7 RChemical % O* z4 e5 ~$ t& \, DContamination % W2 D0 B2 w6 T% c3 ~Survivability& Y5 D3 _# x2 X8 t$ p" g The capability of a system and its crew to withstand a NBCC environment and1 n4 Z0 Q7 s* Y relevant decontamination without losing the ability to accomplish the assigned , ^3 E! P- x! H/ u! Smission. A NBCC survivable system is hardened against NBCC and ) N( @. k5 X% U% u5 X7 b1 I, G2 Q' F& Mdecontaminates; it can be decontaminated, and it is compatible with individual3 s' s* U+ T: O protective equipment. * [0 ` T; ^' H- J•Hardness. The capability of material to withstand the materiel -damaging P% a6 t+ H$ |# O; F: W effects of NBCC and relevant decontamination. 3 ^* R, f4 A" ^•Decontamination. The process of making personnel and materiel safe by & {4 R- [% L' [& ~4 c% Krendering harmless or removing radioactive, chemical, or biological material.2 v6 F. X' O5 @9 e2 ?9 A •Compatibility. The capability of a system to be operated, maintained, and resupplied by persons wearing individual protective equipment, in all climates , ~; o( o' `: N9 m" H# Yfor which the system is designed, and for the period specified in the - M7 i$ E& |8 k: H3 E- v' V% Doperational requirements document." h1 ^4 Q: f+ V6 g0 t Nuclear Cloud See Radioactive Cloud.1 t) |; ]6 Q, D1 s/ e0 {! f Nuclear Directed ) z! Z2 o$ B- P9 WEnergy Weapon- M- h) g& v* s6 ]# v2 x (NDEW) + Q0 w1 t# w( k! S" d" yA directed energy weapon for which the source of energy is a specially designed3 l+ j9 \ E! s5 @ nuclear device. , x- L, Z2 p k8 L6 hMDA GLOSSARY, VER. 4.0 N " m [( k) h& U. n1 e4 q; a204 ) R8 z" t2 V+ j% \* {Nuclear; Y4 D, L# H6 q Environment ' h- a4 v' Q4 t* G5 [1 bThe environment, which results from the detonation of nuclear weapons. Some ; L& a3 h* W0 W0 g9 A7 ecomponents of this environment are directly emitted by the nuclear weapon and 1 h5 }; I& P3 nother collateral effects are created by the interaction of the emitted nuclear 1 c- ]1 N* O0 M! G' x# ^radiation with the earth’s atmosphere, the earth’s surface and the earth’s2 S% J3 ]( d8 G3 G+ \" W- c magnetic field. The nuclear environment consists of radiation, blast, shock, / y( i; }4 K5 `) d- Z( w: ythermal, electromagnetic pulse (EMP), emissions from radioactive debris, trapped # a l% F s! N& Telectrons, and disturbances to the atmosphere and to the propagation paths for* C$ l+ H' W8 L- N) M# K% Q radar and communications. The nuclear environment exists in the & ]) d3 L: y- l3 g; yexoatmospheric, atmospheric and ground BMD operational regimes.2 T+ E- @ N3 u b& f Nuclear( h0 d! F$ d8 y" w Hardness# H# c4 k) t' o2 p0 h# K A quantitative description of the resistance of a system or component to 8 h I3 }' q D9 K( D6 _" X- imalfunction (temporary and permanent) and/or degraded performance induced ( i- m: B4 i1 @/ o( }2 G9 jby a nuclear weapon environment. Resistance to physical quantities such as( e5 e1 G! \. ~7 m; M( s overpressure, peak velocities, energy absorbed, and electrical stress measures & W1 F( G& w" m9 ahardness. Hardness is achieved through adhering to appropriate design7 p( r, k; q" c, W4 h* x specifications and is verified by one or more test and analysis techniques. + `) j" E) m' F, P, Q- fNuclear6 a* i2 {) \5 H/ H/ t Radiation 9 C3 S" i) P5 T. t9 X8 X' iParticulate and electromagnetic radiation emitted from atomic nuclei in various7 t2 ?7 w3 ~, {. _ nuclear processes. The important nuclear radiations, from the weapons standpoint, are alpha and beta particles, gamma rays, and neutrons. All nuclear * ^+ j* a6 R3 E# a3 y3 Y& h( ?& }radiations are ionizing radiations, but the reverse is not true; x-rays, for example, 3 Q5 P6 d$ i: @* _7 n) zare included among ionizing radiations, but they are not nuclear radiations since 2 }) H: r- G+ L. tthey do not originate from atomic nuclei. (See Ionizing Radiation and X-Rays.)

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Nuclear # T& l2 z4 K# | t: X7 B2 aSurvivability7 p; e( E+ H$ ^5 T- V5 P- |- L Characteristics : h) Q3 c+ P, g8 h+ yA quantitative description of the system features needed to meet its survivability4 ]4 f2 z- b, o+ K# f J( r! U2 ~ requirements. Such system features include those design, performance, and3 E: @8 P; ], N( }. ]/ B0 v5 { operational capabilities used to limit or avoid the hostile environment,. V7 o4 c: ~9 h! V5 C architectures that minimize the impact of localized damage to the larger wartime; a1 R0 }) y( O: d mission, as well as physical hardening to environment levels, which cannot be # n$ L& P7 _. I9 y8 F) @% a7 V$ amitigated otherwise. Survivability characteristics include proliferation, redundancy,/ |# Q l9 L% N4 O avoidance, reconstitution, deception, and hardening.2 n5 \0 S! H9 B& m J: w NUDET Nuclear Detonation. 8 v! a# M- K5 t1 w4 _NUICCS NORAD and USSPACECOM Integrated Command and Control System.$ _. r4 b1 \6 S1 B NUT Navy Upper Tier (Missile Defense).4 j, B9 n8 B! o8 ~; c* M4 G NVG Night Vision Goggles.; L7 V) v& z k0 l7 k& E# k NVIS Near Vertical Incidence System (SINCGARS term). ) O" e) u: l6 W) D# XNVMEN Non-Volatile Memory (Telecomm/Computer term). U8 f J: f0 v6 t: DNWC (1) National Warning Center. (2) National War College. (3) Naval War College." P7 P( |$ Q7 u$ }0 [/ N+ ` (4) Nuclear Weapons Council. (5) Naval Weapons Center. ! y, n1 H4 d1 f9 n7 m8 ONEW Nuclear Weapons Effect. 0 ^, Z& B' ?, s% k& pNWFZ Nuclear Weapons Free Zone. ; B) S! e2 s: A( d5 I0 I7 mNWP Naval Warfare Publication." ?+ Z& c- e& Z" X- G, m2 \6 {; ? NWS National Weather Service. ! w8 ~, ` M+ y& ~# SNWSC Naval Weapons Support Center. ) h! n& B; n. ]- K# N: XMDA GLOSSARY, VER. 4.0 N 6 D9 R2 Y K1 m6 I205 7 f* ?& u$ R! s, e0 s: J$ FNWSUS Navy WWMCCS Site Unique Software. 1 Z3 G" `9 n& gMDA GLOSSARY, VER. 4.0 O ) w' a6 P1 W6 d206; L6 h# R+ {5 X. C f6 [4 a; v OAMP Optical Airborne Measurement Program.# ]% O4 [2 ]8 ~' w0 ~2 l2 ~$ Y O&M Operations and Maintenance./ [4 S3 f/ y4 F: ^. B0 ]& H; B O&O Plan Operational & Organizational Plan (Army). ! |% b" t" c9 O! A4 vO&S Operations and Support.- B- ~ o [; Y+ o# M O-Level Organizational Level (ILS term). . k+ V4 b5 ?: Y4 I1 f4 k: ]O/A On or About.. ^; p3 U! J" ~6 e+ k OA (1) Operational Assessment.' [( A( K. n( |; R (2) Operational Availability." `/ @* U+ T2 u. w$ _+ Z (3) Options Assessment (BM/C3 Program term c. 1994-6).& `' e2 C" M4 b# @ OAA Other Agreements Authority (OSD term). ' U- n( z0 G+ |0 l$ M: VOAB Outer air battle." i5 \6 T+ ]1 X& M; g8 O6 h OAC Operating Agency Code.# o. l0 T3 _7 m: B OAMP Optical Airborne Measurement Program. # S( ]: w$ x# b/ cOAO OAO Corporation, Greenbelt, MD. 3 d2 |2 k1 n9 R) l' G; ~OAR Chairman of the Joint Chiefs of Staff Operation Plans Assessment Report. 6 L, F; `% |/ eOAS Organization of American States.% w# k6 q6 |2 w9 H, j6 R T# A OASA Office of the Assistant Secretary of the Army. X7 Z' ^$ R% M oOASD Office of Assistant Secretary of Defense. P) P" o# W! Q, ^* y OASD (C3I) Office of the Assistant Secretary of Defense (C3I)6 V; ^' Y& j% f, ]* P) e OASP On-Array Advanced Signal Processing.8 L: c8 f, P! m* C/ d OB Operating Budget. 3 N" u0 k' [6 S7 |5 o, vOBAN Operating Budget Account Number. 2 S( c. x" v' O0 uOBDP Onboard Data Processor. / c7 A# Z4 G7 a+ x( u% nOBE Overtaken By Events.& U4 z9 Q5 R O, d3 X: j OBJ Object.4 D/ |& J/ U. U6 M Object-Oriented A software development approach that organizes software as a collection of 8 U, |! Q# m! \) k6 w+ wobjects containing both data structure and behavior.; z- f" o2 @9 k Object-Oriented 1 D! @" n0 a4 \4 o+ U/ NAnalysis # q2 T: l# m, V2 UThe process by which a real-world problem is examined in terms of a collection of " E, T/ g6 G" p/ T" vobjects to understand requirements, without planning the implementation.; z7 r6 H+ r$ r; Y1 E2 ? Object Rate (Max) The maximum rate (per second) that a sensor can acquire RVs, decoys, AOs, or( i( n( l" m, q$ ~$ ?( g8 L fractionated missile/PBV debris.) e9 {+ ~1 Q+ c+ }3 I MDA GLOSSARY, VER. 4.0 O + \( Q) r- g2 @: _- y. W207 9 \/ B9 E, t9 p; W. \; f3 b/ hObjects in FOV 3 k4 ]8 I' K! }/ x5 b; c/ t) X(Max) ( ?) g2 y0 A5 H$ ^The maximum number of RVs, decoys, AOs, or fractionated missile/PBV debris * w' z9 Z2 U" w* ^' n6 Bthat a sensor can acquire at one time.4 ~ [, c% e% I Obligation A duty to make a future payment of money. The duty is incurred as soon as an % K7 F5 ?6 y' @order is placed, or a contract is awarded. The placement of an order is sufficient.$ I+ F3 q, m0 |, a0 v An obligation “legally” encumbers a specified sum of money that will require - q: u) y! _7 ]8 \outlays or expenditures in the future.0 S& O; T4 ~; l% g! S% u' `2 X Obligation8 g( ~7 U6 s- b" c( R Authority - e R: I# @, v7 V; L8 Z7 J' C4 b(1) A congressional authorization to procure goods and services within a 4 Q7 i* `. ~2 _% [. r. pspecified amount by appropriation or other authorization.2 j, U% J2 t+ m# d6 q0 n0 g (2) The administrative extension of such authority, as by apportionment of! U- V, k, F, t( \1 Y. C funding.8 X; m y, P- ~4 | (3) The amount of authority so granted. 3 A% Z% d' L& k, X0 ^4 |" WObscurant A material (e.g., smoke or chaff) used to conceal an object from observation by a ' e1 m* g3 k( f0 K2 t! L" Nradio or optical sensor. Smoke may be used to conceal an object from+ D# }3 z2 m5 m8 v observation by an optical sensor, and chaff may be used to conceal an object3 s1 Z+ R" `, V0 f2 f from observation by a radio sensor (e.g., radar). ' s9 L' Q# m+ sObservable A measurable target attribute.( c& }9 M: L/ {; s4 d1 I5 S OBSV Observation. & k6 `" H- ]$ @* b8 JOC Operations Center. * {2 t7 v# i, O' qOCA Offensive Counter-air. 8 r L+ i3 b. E0 O/ gOCD Operational Concept Document. 1 C6 P/ e8 |- jOCI Organizational Conflict of Interest.5 C. _6 E# F" V, F. W- r- ~/ k OCM Overt Countermeasure.+ D6 Q% i/ i* d- i& r+ @7 l9 { OCONUS Outside CONUS.* o* F; T& w8 @0 W Q& \+ R OCR Optical Character Reader., M: g" J$ c3 d: t! l5 I; I OCS (1) Operational Control System. (2) Ozone Depleting Chemical. & u" D# ?! Y3 o9 fOCU Operators Console Unit (THAAD). ! c9 O8 U2 C5 P) k9 ?3 |: C0 eOD Optical Disk (PATRIOT).4 W4 f2 L, Q9 B1 S. O OD PA&E Office of the Director, Program Analysis and Evaluation. ! f" R& T; F& N% o% ~ODA Optical Discrimination Algorithms/Architecture.* G* B5 x1 M; a ?5 \ ODASD Office of the Deputy Assistant Secretary of Defense.. ?8 Z* K& X T! v, s0 i* X/ ~ ODCS Office, Deputy Chief of Staff.

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