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发表于 2008-12-25 20:12:22 |只看该作者
Military / W1 W- i6 y, o" I. WOperational * ^0 q, |. i$ xRequirements5 \% M) k$ X6 C* E The formal expression of a military need, the response to which results in! ]& E, E6 K; _, x# S" I2 v: ? development or acquisition of items, equipment, or systems. & e$ v, a, I: }& p7 FMilitary * L; C6 J0 ]1 ]( C1 Y9 RRequirement: k( M. c ?8 f6 H An established need justifying the timely allocation of resources to achieve a 6 N% y9 ~7 s: D- ] M6 s, [, Z% ocapability to accomplish approved military objectives, missions, or tasks. `1 E' ]$ F, C1 g Military Satellite+ x. B, }# Z2 s: s9 A# y% I (MILSAT) % I4 Z5 l- d4 h; S1 X/ S$ qA satellite used for military purposes, such as navigation or intelligence 9 W2 ^ T$ E2 Y6 r) L# ~ `; Agathering. 3 Q3 [8 J7 h5 UMDA GLOSSARY, VER. 4.0 M+ n- x6 K* A$ {: N" O9 P 1836 z5 J3 L$ E6 b; h- w$ o$ X/ j& M Military Strategy, P; [, j# V0 Q/ i, z Selection m5 D, c- [' U4 X. z" I, H The determination of: (1) what targets to defend and their priorities in order to$ C8 f. Y, p z achieve the selected national strategy, and (2) the type of attackers (and/or their ; F8 H5 u$ I i6 c1 @corridors) to be intercepted. # [% ]0 @# u: O8 q5 k, YMilitary Utility The military worth of a system performing its mission in a competitive / z& V) _4 Z" P U/ zenvironment, including versatility (or potential) of the system. It is measured; T3 r! p0 i# }& i. v) e against the operational concept, operational effectiveness, safety, security, and - t. Y2 c' n( z5 ncost/worth. Military utility estimates form a rational basis for making management 9 z8 a2 V! v3 t6 o( ?decisions.$ ]" `/ o8 j- ?5 b MILOGS Marine Integrated Logistics System (USMC term). " r' G& |. L! U3 d/ q! @MILSAT Military Satellite. 4 y5 K3 B4 X, p: W$ mMILSATCOM Military Satellite Communications.& ?" Q. Z6 y% s- l MILSPACE Military Space5 O0 B$ L+ V) x+ w" P* V) W MILSPEC Military Specification.3 Q# T" x9 {8 z% b# ? MILSTAR Military Strategic and Tactical Relay (satellite system). 5 @. o9 l! l( p5 Q0 mMILSTRIP Military Standard Requisitioning and Issue Procedures.: h0 V3 f/ h4 @* V MIME Multipurpose Internet Mail Extension. P6 V0 r1 f' G% a, }" } MIN Minimum ) Q! E- m q# R( e% u. V9 S" |4 g5 z3 Dmin Minute. * z/ A' _4 a( V3 |( WMini-DAMA Miniature Demand Assigned Multiple Access. 4 b c. d: u" s* u$ R7 WMiniature Homing% o% Q0 Q7 w3 g' A) `0 j6 g+ A Vehicle (MHV)/ ; d" B# K6 y$ |' [: TMiniature Vehicle 6 A8 v% v5 f L+ H/ ?(MV). I8 f2 e8 N! D# j! G0 P7 J An air-launched direct-ascent ("pop-up") kinetic energy anti-satellite weapon. Q! L3 r, l& }8 ]Minimum/ H7 m8 Z. K4 N8 o6 W" U Acceptable : ?1 A: n2 L/ k$ g b$ gOperational6 l3 P E& ^4 {; K Requirement; }9 r3 D" a1 @6 w$ X The value for a particular parameter that is required to provide a system 4 _- w& \4 p% N6 c1 l$ f/ Ccapability that will satisfy the validated mission need. Also known as the 4 z6 a; R# @- V- ?) }4 Nperformance threshold.; s; h0 O) Z4 g2 Q( q8 ? Minimum Energy & K8 ]( S$ C1 E- f8 e \Trajectory! b. k1 U5 A0 N( O The trajectory that produces maximum range for a given amount of energy. $ n0 u6 ]5 }9 |& SMinimum ; `( Z) M* j& F9 |4 [: o5 GRequired 5 Y# l' N( R4 }Accomplishment2 y2 w, F4 z8 C" F1 |) V s1 J; y0 X+ i2 w Necessary tasks that must be completed during an acquisition phase prior to the! l. W) p* t5 {: K next milestone decision review. Applies to all acquisition categories and highly' ~( l0 B V) h: r, x sensitive classified programs. ! k2 G1 ]9 W/ w" P! kMinuteman US ICBM. $ o0 Q5 F" K, A7 j vMIP Maintenance Index Page (Navy ILS term).; Z, o( C+ }8 {* J! |/ A MIPA Missile Procurement Army (Appropriation).9 Q) D# _- w# H3 M% X( @; f6 x2 v MIPR Military Interdepartmental Purchase Request. . [ s% I2 |6 Z" M0 x \9 z* RMDA GLOSSARY, VER. 4.0 M 6 N2 v8 j, C# _: ^3 Y0 g* a184 - g7 O' }4 @' eMIPS (1) Marine Integrated Personnel System (USMC term).0 Z' J2 W: E: B, K0 U+ k! n (2) Master Integrated Program Schedule. ( m* _! ? w0 x! {- H) F(3) Million Instructions Per Second (ADP term).+ e* R" E0 w3 u4 Z$ g MIPT Management IPT. % X9 G0 K& m( _& W4 d7 O7 fMIRACL Mid Infrared Advanced Chemical Laser. 4 u) B) I0 F8 U, D5 I- gMIRS Management Information and Reporting System.( o5 y4 B9 O1 S. w7 I6 h MIRV Multiple Independently Targetable Reentry Vehicle. / \7 z0 @1 n/ P/ f9 s7 g* xMIS Management Information System. ) I4 y3 z1 @; sMISREP Mission Report (JFACC term). - S( t. S7 d) J# `; z$ r/ ~MISSI Multilevel Information Systems Security Initiative. 4 {! J3 w3 i8 w2 S# S" v( eMissile Defense. t6 O9 _5 W4 u( U National Team ) ]% A& w, ?1 k; d X- t$ p* J(MDNT)4 o& p1 k$ D% x6 Z A collaborative enterprise of the missile defense community that is focused on ) U8 r d( S; t( w: z! Yexecuting a single program of research and development work to develop a . ^# }: T1 L* Y/ x; h, @3 vBallistic Missile Defense System (BMDS). It is comprised of personnel from% j2 A# r A/ x; p& t( i1 u Government, Federally Funded Research and Development Centers (FFRDCs), 1 ^ D9 C" C# WUniversity Affiliated Research Centers (UARCs), Scientific, Engineering and: {) Z# j- f' y3 g( O! _" P2 W Technical Assistance (SETA) providers and major industry contractors.- C* X+ R4 b3 R+ _& a; @ Missile Defense8 u% C& M" ?( ?% o1 O9 l National Team, & F4 s U, _( t% R6 q0 RBattle( q5 ?: D3 j( g# P' L/ h Management, 0 M: X' Q2 ?, x% m T M; z6 qCommand and Q" J5 Z5 \+ \8 x2 P" S Control, and& O& h* x' g1 |* e Communications) p S% u$ P) @: Q (MDNTB)% f0 h* h, o$ L* @* V8 u The component of the MDNT led by MDA/BC that is focused on Battle2 a7 q& K) G% e: M6 T Management, Command and Control, and Communications (BM/C2/C). The( E }' L& f% J# a MDNTB industry contribution is composed of a single team of major defense * j0 G: S3 }! Z1 u7 Qcontractors (Boeing, General Dynamics, Lockheed Martin [Team Lead], Northrop ! t. t0 T# v( s+ q5 bGrumman, Raytheon, and TRW). This industry team is referred to as the MDNTB- r. ]5 O7 G$ X2 u (I) and is a unique sub-group of personnel from the industry companies that & h$ L/ Y7 `) V0 ~) ^provides a confidential consolidation of experience in the development, 3 B6 X" _ z- i: Wintegration, and production of missile defense systems.6 u# a2 j* u% v7 _3 s Missile Defense- w4 n' W6 i% w National Team, ^9 U/ u# _- A" cSystems ' L% y! P3 q: aEngineering & , p# Z7 C& ?; h F6 ]/ dIntegration 8 l$ Y* W: D% o6 o1 _) L(MDNTS) % P) Z. s% x. ZThe component of the MDNT led by MDA/SE that is focused on Systems1 B/ `- x" U2 A' x Engineering and Integration (SE&I). The MDNTS industry contribution is& G! |& `+ ^; P composed of a single team of major defense contractors (Boeing [Team Lead], - A' O- s6 ^ ^General Dynamics, Lockheed Martin, Northrop Grumman, Raytheon, and TRW).7 G4 O' w+ c8 y& T This industry team is referred to as the MDNTS (I) and is a unique sub-group of ) i5 J8 M/ ]' y0 b& P9 U' Hpersonnel from the industry companies that provides a confidential consolidation2 H2 B8 ^' j3 a0 d of experience in the development, integration, and production of missile defense, M( k' H# K# r9 O8 r6 u, J9 o/ c systems. U0 P/ f5 d" [3 kMissile Defense# ^; z5 x" X( Z; h8 x3 J Warning8 D5 h5 e1 J" i& P9 t% J O Condition1 B6 S) }& ?+ T+ |3 [$ V6 }$ ? A situation of peril declared by the competent military commander, that a ballistic + @4 H J1 n8 O [# ~ Tmissile attack is probable (Missile Defense Warning Yellow), imminent or in 0 s/ R* `5 I. k0 b5 Mprogress (Missile Defense Warning Red), or improbable (Missile Defense Warning 1 u2 [+ |' H/ r: z! sWhite).8 P" O( p, X/ u% `1 D1 x& h& O( m/ b Missile 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 R1 E8 t2 T) X) ~System ) c& B* f" w; w- c, EA system that evaluates flight information, correlates it with target data, 6 j7 k4 _) `4 s4 Sdetermines the desired flight path of a missile, and communicates the necessary, j3 T2 ?4 z8 N2 B L- i+ w: ^6 l commands to the missile flight control system. / N: L- e. j) l) t( e& IMDA GLOSSARY, VER. 4.0 M" U$ j' h5 n6 m4 { 185; L j1 ]6 C: q% X1 U; R5 v9 d/ m- } Missile Intercept% |! f4 R6 P, L, w; r; }: h- Z Zone3 I" }+ w0 x' {$ a' o, s7 u$ t! O That geographical division of the destruction area where surface-to-air missiles' ^3 U3 [. e; `7 ]6 e have primary responsibility for destruction of airborne objects. * q9 K( J: {% q, U- @Missile Release ; G1 j* o# h/ [* s5 H. ~Line * l/ g0 A- L! C0 @ O- J ?& WThe line at which an attacking aircraft could launch an air-to-surface missile6 f" N1 I/ ~" F0 ~: H1 m2 G, ~ against a specific target. * l' ^' {" Y' \5 m- }3 \Missile Warning, \, O6 ~* B' C7 [' n Center (MWC)( c- @' H; U4 u& ^- c* o* f+ { Located in CMAFB, the MWC is operated by USSPACECOM to fulfill ballistic 2 }2 J& J% P4 K) s! nmissile TW/AA responsibilities of USCINCSPACE to external users to whom there. |: G3 {4 f* p7 H& e are commitments. The MWC manages the ballistic missile sensors and reporting $ P* W% \' X( w( h5 Lsystem in support of timely, accurate, and unambiguous warning of missile attack ' Y( p7 T+ u6 c0 D' c3 Dworldwide. MWC personnel, in coordination with other centers, validate and & }; m4 }2 J- Z$ s- O. C# W9 Rconfirm report events. The Launch Correlation Unit (LCU) of the MWC ensures" F' {4 j7 m, y! T all domestic and cooperative launches are coordinated and reported so that they0 k7 ]+ x8 B2 U% W- a" k7 j are not construed as hostile in accordance with the “Agreement on Measures to 0 ]4 Y2 x: C$ @$ p( \Reduce the Risk of Outbreak of Nuclear War” between the US and USSR.1 A; j( B/ u1 c# S' M Mission (1) The task, together with the purpose, which clearly indicates the action to . c. B8 L" O$ \' S$ ]be taken and the reason therefore. ) k& i$ v5 P4 F: k0 _; [(2) In common usage, especially when applied to lower military units, a duty 5 S$ n7 `! g' R# Sassigned to an individual or unit; a task.1 N6 d( m- k9 h; M0 P (3) Missions are statements of the objective to be accomplished for a given! E% M/ B z4 H7 r situation. Missions will describe the situation and will include who, what,* d' ?$ ]: ]+ t6 k# M when, where, why, and how the BMD system will perform. They contain. [$ Q" ^: _+ e2 ~ employment direction and procedures to BMD forces for a given situation ) d. Z, M) J; L6 u0 Zto achieve specific defense objectives. (USSPACECOM) ; \+ k. s5 M* g, v9 V. D* Y' P. xMission Area A segment of the defense mission as established by the Secretary of Defense.$ r! ?$ k. }* v1 }9 M% Z Each DoD component has a mission area (i.e. Navy - sea control) for which it ; d/ [; U3 k: P2 _( j7 ]must equip its forces. ! ]7 G" o/ ~: ^# Q" hMission Area 7 b; ~; Y# n0 {9 y4 j' sAnalysis (MAA) G2 U0 e, c$ H$ d9 i9 yContinuous analysis of assigned mission responsibilities in the several mission + }: S0 ?& P7 p' ^! i& M ~# vareas to identify deficiencies in the current and projected capabilities to meet 1 j0 c3 n2 i3 v6 Eessential mission needs, and to identify opportunities for the enhancement of% J4 W' f6 W! i# m' t capability through more effective systems and less costly methods. ( n6 K- Q* e ?- GMission Capable3 y* m) N, c0 ]( d& x4 D (MC)0 [- |! m0 q$ h# i; t Material condition of an aircraft indicating it can perform at least one and 4 H, }' u8 H m7 r1 Ypotentially all of its designated missions. Mission capable is further defined as 3 I% V$ I# N% {8 m- K$ }the sum of full mission capable and partial mission capable. Also called MC. 0 Z2 J7 Y5 k, [) g5 m0 g, B' _Mission Critical # d, L/ @& U6 YComputer + o+ y+ ]/ W& HResources4 S7 e* }2 D5 U& ]+ n" {1 `( c3 _ Automated data processing equipment or services if the function, operation, or [+ r- {" ~; O7 k* r; E use: (1) involves intelligence activities; (2) involves cryptologic activities related to+ k' p2 T4 s# Q, o- a7 o+ O5 v! r national security; (3) involves command and control of military forces; (4) involves( Y( H+ d/ U/ m+ {& {, J equipment which is an integral part of a weapon or weapons system; or (5) is % d8 O( O/ ]' E. K% p5 s: B" bcritical to direct fulfillment of military or intelligence missions.0 |0 a; u: E( g8 i Mission Critical/ d5 l! e! x7 _" `/ a, s5 f System; w1 ]. g/ f% O A system whose operational effectiveness and operational suitability are; t7 d& _7 q' A7 _- w& E- n essential to successful completion or to aggregate residual combat capability. If% e5 r+ x2 S- `! T$ \ this system fails, the mission likely will not be completed. Such a system can be# d6 P, ^, q! H% C/ i( T an auxiliary or supporting system, as well as a primary mission system.- D2 I& q' V1 J# h$ s Mission Element A segment of a mission area critical to the accomplishment of the mission area/ i* i/ `$ g' ?8 _ objectives and corresponding to a recommendation for a major system capability / z' t6 u# h+ X% _; Qas determined by the DoD Component. : b4 C+ `* v) ?- A- l: Y3 ~MDA GLOSSARY, VER. 4.0 M9 u; A- q1 P( W' k8 ` 186 , d- Y, M/ L% k0 M r& YMission Need # f C1 {% W3 R9 t4 l6 mAnalysis ) U! a n" S8 k, ZAssesses alternatives in an operational context, identifying what force 8 U( t5 P% c$ H) Acapabilities would be gained by pursuing any of a designated set of alternatives. * Y& e7 D& ^* KAssesses the strengths and weaknesses of a military force when confronting a( j: Y% V, _& n* u0 Z: |2 y postulated threat in a specified scenario or set of circumstances." p5 H# P: O2 v( i& |- N | Mission Need& z" ?$ {) E/ V Statement (MNS) j+ N" Q# c7 v( e (1) A non-system specific statement of operational capability needs, 3 J% D# O- s7 P6 E. K9 Nprepared IAW format in DoD 5000.2-M. Developed by DoD components/ ~+ [! D- Z8 ^1 y0 N and forwarded to the Joint Requirements Oversight Council (JROC) for $ C( k3 y5 ^6 z7 _: jvalidation and approval (major efforts), or just notification (minor efforts). 3 m1 j5 R( U, k1 lThe JROC also assesses all MNSs for joint service potential. MNSs go to $ _. n7 B6 K y+ Jthe milestone decision authority for a determination on whether or not to 8 K$ F7 `2 P1 w, Zconvene a Milestone 0 review. 6 Z" t ]3 @0 C' }! h(2) A statement of operational capability required to perform an assigned& k* v5 c( m, c mission or to correct a deficiency in existing capability to perform the ( \# Y9 m$ m- _- f' Z( @# s2 g) ~mission. & F3 A7 |1 T5 @2 @0 ] GMission; ]' l) c! u" X8 p Reliability : P/ d" O0 @) A8 I2 xThe probability that the system will perform mission essential functions for a1 |8 \( d/ z2 J0 M/ l* d period of time under the conditions stated in the mission profile., m. } B. e; \ MIST Mosaic Infrared Sensor Technology. 0 S/ D6 V; v2 P+ l+ b0 UMIT Massachusetts Institute of Technology. & M* ?, N" y1 J7 XMIT/LL Massachusetts Institute of Technology / Lincoln Laboratory, Bedford, MA.1 v8 @# J0 y8 r8 S# k MIW Mine Warfare. / c2 B; l( {2 @6 y0 |. [0 a- CMK Mark (version).; `9 k( I3 d, w! C8 j MKV (1) Miniature Kill Vehicle. (2) Multiple Kill Vehicles.1 d2 H6 H/ m5 `! @" I) z; N, g3 d$ I MLCP Mission Launch Control Processor.' X, o$ }9 p3 @- L0 z |( w MLDT (1) Mean Logistics Delay Time (ILS term).$ T6 k$ p I1 k* n (2) Missile Downlink Transmitter (USA term).7 [+ q4 C" ~/ u' W4 G MLF Multi-Lateral Force. 2 `+ |/ J3 c. i uMLI 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.* {8 u* A, X0 y MLS (1) Microwave Landing System (FAA airways term).+ A' p! h! M7 K/ @' |2 Z+ s3 [, _ (2) Multi-Level Security (COMSEC term). ! _% s w: K* I; h1 |MLV (1) Missile Launch Vehicle. (2) Medium Life Vehicle.! q: J0 f5 `5 Z* p$ M MLWIR Medium-Long Wavelength Infrared. 5 X* U( h& k3 }, @4 sMm Millimeter. " ^3 ~6 _6 E6 |8 [' TMM Maintenance Manual.- {& V. v) v3 b D3 f( J MM III Minuteman III ICBM. . w0 b) W! _" k2 J1 ]MMH Maintenance Man-hours (ILS term).5 v2 U# Q6 R/ v5 `: ] MDA GLOSSARY, VER. 4.0 M * y0 P9 D& r0 w/ C- [7 u R187 % Z0 ~* F/ @ U. \MMI Man-Machine Interface.7 |9 C+ z- ~9 \3 p MMIC Monolithic Microwave Integrated Circuit. 2 {8 l" K. z6 B( X2 k4 ~+ WMMIPT Milestone Management IPT (THAAD Program term). 6 x/ v7 b7 x" N2 V4 U! xMMKV Multiple Miniature Kill Vehicles 1 ?% L6 K; O" F. R8 M1 W& CMMM Multi-Mode Missile.8 V# R& l9 O' S! W, |: J5 m MMPM MEECN Message Processing Mode.: l3 E) f, {8 u) L MMR Monthly Management Review. `0 e9 Q3 U" z4 v8 I! @ MMS Multi-Mode Seeker.# f8 [, k+ K4 y5 ^+ e0 _ MMS-CP Missile Management Station – Control Panel (US Army term).) c" K- b: c8 t% F" Z! D MMU Man Maneuvering Unit. ; B0 c9 F" A4 x7 n* OMMW Millimeter Wave. M4 g/ q6 l+ V4 g7 a. E9 z MN-ED Materiel Need – Engineering Development (US Army term). - H8 c$ r+ g G9 |* |3 i4 \6 rMNS Mission Need Statement. F: ?* f I2 j) ?MOA (1) Memorandum of Agreement. (2) Military Operating Area. 0 V8 k5 a0 Z' J6 vMOA/U Memorandum of Agreement/Understanding. . e) z6 P2 g2 B- ZMOAB Missile Optimized Anti-Ballistic. 6 v0 _8 S. H: O4 s+ `! w2 o' O/ oMOB Main Operations Base. ( N7 W. m* h# _: l% yMobile Ground( t" h+ F. ?/ [9 v" W/ s; K Entry Point ^5 P. Z3 t, D& c& f/ h0 _% B9 G6 N (MGEP) + c) p" j' ^- D" @; n* S4 u4 V8 [The subset of GEPs, which are transportable. GEPs provide the communications 7 k% P5 O9 I$ p# O2 Binterfaces between the SDS space orbital/sub-orbital elements and the C2E. 4 e" s, z- ]. |8 V% ]% EMOC Mobile Operations Center.9 X' o3 Q, ^1 k7 Z# I3 } b2 _ MOCVD Metal Organic Chemical Vapor Deposition. $ V( X$ g% p+ M# p4 DMock-up A model, built to scale, of a machine, apparatus, or weapon. It is used in' h! |/ H! l8 @, E$ m0 O% y { examining the construction of critical clearances, in testing a new development, 0 `3 ]% C8 T& c5 J# Jor in teaching personnel how to operate or maintain the actual item. * L3 x5 {. g7 A, }. mMOD (1) Ministry of Defense. (2) Modification.$ n& P) C& l( z- s6 s/ U Modem Modulator-Demodulator (Telecomm/Computer term). E! `+ J" c+ R8 s; h* h Modes Situational conditions or categories under which selective Rules of Engagement4 h V+ m! ]8 ^3 h apply. Examples include: Peacetime: Day to day operation when training, n6 I( H P% l3 q/ E2 Lexercises, and routine maintenance and operations occur. Prior to crisis or war. 1 A) k( z) m' O2 _4 u* M. }Crisis: The transition state between peacetime and war. War: Self-explanatory. ! l5 l% |( b5 g0 v( w$ C& DMODIL See Manufacturing Operations, Development, and Integration Laboratory. 8 B1 w% z: p/ E5 m. Q7 R& Y* oMDA GLOSSARY, VER. 4.0 M v) U$ H! p) l- g; E: x4 }188( L+ {/ F6 G; s. J% }2 c$ m& T Modularity The degree to which a system, computer program (or component) is composed0 B; k( g" H; H, }: M of discrete components such that a change to one component has minimal. ]& n! r7 A4 n$ r0 o, y% g impact on other components. 5 A* K& j/ M1 J! x0 W9 x; W8 WMOE See Measure of Effectiveness. 3 S1 Z `* F# a5 J/ ZMOL Minimum Operating Level.5 w5 k9 i' ^- y: d5 T3 t MOLNIYA Orbit This is a highly eccentric orbit with high apogee (.71 to .74) in the northern 3 `+ ~# }! t/ D& _9 f' w1 Jhemisphere and low perigee in the southern hemisphere. For a specific set of9 Q0 X8 y4 U3 A4 A$ e8 Z3 @6 \3 E6 O: O orbital parameters, this orbit has a changing velocity and altitude, which, when 0 d- h; J4 {+ `2 G1 R3 Lcombined with the earth’s rotation, keeps the orbiting satellite within view for very& T2 p+ h4 x r long periods (96 percent) above a designated point on earth.4 Y0 D0 d( X" V MOM Measure of Merit. ( a0 Q7 G# N# X& c* H8 KMono Track Data on the location and movement of an object in space that can be derived by6 y4 o( ^3 i- f2 ?+ Z+ a a single sensor. 0 }5 h+ P0 v: O3 O* E8 a+ j8 J7 {4 JMonostatic Radar A radar system in which the receiver and transmitter are collocated. ) W3 Z6 S' |8 o7 n/ \MOP Memorandum of Policy.* E, s9 l# {- {% e8 m7 Q. f& ^ MOPA Master Oscillator Power Amplifier.' S2 B" H! n: i MOPP Mission-Oriented Protective Posture.6 {4 l- E* s" z5 C6 }& x6 A MOR Memorandum of Record. V: c. i B* ~, w- y+ _- jMORA MILSTAR Operator Requirements Analyst.# Q$ _) S) ^$ B* \8 H+ R/ _& {! \ MOS Metal Oxide Semiconductor. % R. ~: Q8 e# R6 ]% P( H& n: l5 uMoscow BMD 1 b8 J0 g9 O& ?/ b& E- iSystem , g( b d' e' k3 Q% y+ {The Soviet exoatmospheric system using the Dog House and Cat House . ~4 }( Y- R c U) u5 A* ^phased-array radars for long-range acquisition. The system might also use the $ U f/ l' D: O$ C3 z+ }1 JHen House early warning radars for long-range acquisition. Target and E$ d. }7 ~" {8 H9 y interceptor tracking is performed by mechanically steered dish antennas. 4 o6 y6 H: e5 Z0 A+ X0 q; j: ?MOSHED Multi-planar Organic Scintillator High Energy Detector.# Q0 {7 f$ ~. L' P: o9 [ MOSTT Mosaic Optical Sensor Technology Testbed.( h0 Y% H w3 C% k( N9 | MOTIF Maui Optical Tracking and Identification Facility, HI." _8 \/ O$ G# b1 F; ?3 ` MOTR Multiple Object Tracking Radar.# M2 R+ o% X" h, c3 z( a MOTS Military Off the Shelf.. |& s; a7 o" w L, F MOU Memorandum of Understanding. 0 d I0 |5 P5 |/ t6 x8 u5 X& gMPA (1) Main Political Administration (USSR term).* `: t! r3 g: P% }( \$ q (2) Maintenance Planning Analysis (ILS term).' ~( d! W2 T# H$ R9 ~ mph Miles per hour. 3 `5 s* z8 n$ i% }MPL Multiple Pulse Laser. . H: Z; y* k# q2 T: }6 \MDA GLOSSARY, VER. 4.0 M% D3 U8 P5 a; F7 q% S! s- ? 189+ G1 M0 }0 T. P* H# ~8 A MPOS Million Operations Per Second.( ~( _8 |% [2 F1 l3 @: f6 w MPP Massively Parallel Processor. ! ?( H/ A% n Q4 e- IMPRS Mission Planning Rehearsal System.2 P0 Y& z% }' m0 G X MPS (1) Multiple Protective Shelters (once to be used for basing MX).. D9 G5 g0 q# t) f (2) Main Propulsion System. % L: b9 E' H5 H8 b+ VMPT Manpower, Personnel, and Training.( m# P# y* A+ X. j; h; H MPTS Manpower, Personnel, Training, and Safety. % D" e, S3 ~8 @' D: h# W0 cMR (1) Milliradian. (2) Mobile Reserve. (3) Maintenance Ratio (ILS term) (4) Missile) \7 c" _2 ~$ G$ p- F1 ? Round (US Army term)) {0 I! h! l; B& G* U3 J( V MRB Material Review Board.3 [7 _9 Z4 q- G9 [: T MRBM Medium Range Ballistic Missile.% y4 ?. {. v: i5 D0 O( { MRC (1) Maintenance Requirements Card (Navy ILS term). 1 k; L0 m4 y" i) v. ~3 m(2) Major Regional Conflict/Contingency.& j$ I* d' {, Z2 Z MRCTS Missile Round Cable Test Set./ l- F, Z W8 K1 a2 A4 Z" _9 e MRD Mission Requirements Document.# [% V( U8 U" S% T' D MRDA Mission Requirements and Definition Analysis. 1 h4 ^7 O" s+ FMRJ A specific SETA contractor.4 @9 k- [5 [. K8 x! M+ D MRL Multiple Rocket Launcher. # Y- t$ x6 v4 J9 RMROC (1) Mobile Regional Operations Center. ) ?, z/ o1 d* _( l H o/ J(2) Multiple Required Operational Capabilities. / ]6 Y7 ^& C" r0 |% b* C* J" SMRP Missile Round Pallet.& E" H, h% w$ T7 t" ~ MRR Mission Readiness Review (AFMC term).) W% }3 Q: K! M" U& F$ A MRSA Material Readiness Support Agency (US. Army).

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MRSS Mobile Range Safety System. 4 |* F3 ?0 m6 w$ j2 U' FMRTFB Major Range and Test Facility Base. ! P- |! D h" [4 \MRV Maneuverable Reentry Vehicle. ; G3 I( W8 `* N3 |8 U( fMRVIS Mid-Apogee Reentry Vehicle Intercept System.0 C$ {# n4 r9 V* v ms Milliseconds.! I% Y$ x( O2 c+ w MS Milestones. 7 ]% i& j- j' L V; P6 LMS I Milestone I (DD 5000 term). ) K* C* X% n+ E5 a( L8 b, x; EMS II Milestone Two (DD 5000 term).8 X1 k9 u2 w/ ]. Z! i% } MDA GLOSSARY, VER. 4.0 M # F" L' Q$ W9 h; q# W6 ~( E190 . ?! N, F) r- [9 {$ ~# Q0 g" x/ J; qMS III Milestone Three (DD 5000 term). 4 Z6 o& Q. T+ x$ D, K; h, X2 F: r* V) @MS IV Milestone Four (DD 5000 term).# `: V) B7 m0 y% I# i MS-DOS Microsoft Disk Operating System.% G5 z: ~" a: _, I MSAG Multi-functional Self-Aligned Gate. ' W# ~8 H* N9 }" ~1 NMSC (1) Military Sealift Command. (2) Mission Support Configuration. (3) Major4 `$ Y/ a2 D2 e1 e& f2 @. [( } Subordinate Command. # S# r) n; c3 a3 D+ KMSD Modular Security Device.) ~! x' q1 \/ e# L" V; S MSE (1) Mobile Subscriber Equipment (PATRIOT). 3 L0 F- v: Y [* C0 Q0 `2 e5 z(2) Multiple Simultaneous Engagements.; u$ ~$ B; s5 E( z' F- Q# g MSEL Master Scenario Events List. ; C" @- J# K: x, @4 @" o( D/ c4 C0 \MSFC Marshall Space Flight Center, Huntsville, AL. 8 R. k i; I8 \% U$ P5 v' BMSG Message. 1 Y3 H5 O- I. e! e) JMSGDB Message Database." Z! t/ g9 R# g5 p MSI Multi-Spectral Imagery.& s6 F6 N! M0 U% o% n3 m MSIC Missile and Space Intelligence Center (DIA), Redstone Arsenal, AL.' o/ e) B. A' f0 O MSL (1) Mean Sea Level. (2) Master Station Log. . W. r$ L f; eMSLS Multi-Service Launch System (Minuteman).. k/ l/ M& r6 G# [# A MSPS Mega Sample Per Second. , A2 M6 e( Y1 lMSR Missile Site Radar. . i9 X4 C4 B' s& M. C! L' _6 SMSS (1) Midcourse Surveillance System. . X8 |( U9 I7 p9 K# M2 L% h(2) Multi-Satellite System. (ARPA). % @% k$ O/ Y D, P# j$ U( p0 n+ U(3) Management Support System. / b, a: C( I b/ r(4) Modeling and Simulation Support. : x2 S) V4 p U% k" e6 XMSSS Maui Space Surveillance Site. 2 r1 w3 R% S, M3 G: m. JMSTI Miniature Sensor Technology Integration satellite.; e. F7 u* K; _$ W) m U MSTS (1) Midcourse Surveillance and Tracking System.& U8 X3 c4 @5 ]) R (2) Multi Source Tactical System.1 l5 s* x5 C0 N" y MSU Mass Storage Unit (TelComm/Computer term).6 n. u9 B1 |, a. V3 l MSWG Milestone Working Group. , x: A/ S) A# L4 K3 O7 \& ~; V$ ZMSX Midcourse Space Experiment. - Y- m+ e9 R+ a. D& Y, yMt. Megaton./ R' W5 X' ~5 Y- F1 K! I MT Metric Ton.* M( G: G9 u6 Z/ ` MDA GLOSSARY, VER. 4.0 M; I" T+ ^: ~: d( D* T- L- T 1918 o2 ]7 C. K% g) i. ` MTACCS Marine Tactical Air Command and Control System. , D4 h, e, X, s* zMTB(EME) Mean Time Between (Equipment Malfunction Event). 6 l& W! Q* O8 X3 Q+ zMTBCF Mean Time Between Critical Failures ((ILS term).; S2 _; ^4 Y$ a+ D& F MTBF Mean Time Between Failures.+ H- c1 R x9 n5 @ MTBFS MTBF Software (ILS term)./ t$ B( Z5 K9 C MTBM Mean Time Between Maintenance (ILS term). 8 T; G8 D2 l6 ]MTBMA Mean Time Between Maintenance Actions (ILS term).- r5 U" i. W0 m1 { MTBR Mean Time Between Removals (ILS term).$ Q0 a% }. H- q1 W7 Z, @) h MTCR Missile Technology Control Regime. 4 @+ m9 \) E9 Y" h" GMTD (1) Maintenance Task Distribution (ILS term). (2) Material Test Directorate. 5 K& | F4 `' g1 V- E) O(3) Missile Technology Demonstration (USAF program). 0 Y6 d. m# j7 U" ~. x7 q! OMTDS Minimum Technical Data Set (ACDP term). 7 f0 G: F3 e: h( s9 R# D8 r8 X" BMtg Meeting.! f6 |. L0 I! Z1 e) _/ M( i MTI Moving Target Indicator.) E7 W @% ?8 m. X, a: r) t MTM Maneuvering Tactical Missile.9 V0 [* B8 I- A$ |) N; x* _# k MTMC Military Traffic Management Control. ; C2 S4 J4 Q* F* J* N1 h. ^Mtn Mountain.! y; `9 @1 `0 Y) e% F. a# \; p" w* v7 W MTOE Modified Table of Organization and Equipment./ i' h, }) ]1 C9 H* L# T; o! [ MTOP Management Task Order Plan. 0 X% W1 A: }' j2 c2 xMTS Missile Tracking Sensor. 2 R9 S& w& w' I- N) EMTTR Mean Time To Repair. ; T( U. F; a7 ZMTTRS Mean Time to Restore System.0 [- H3 N/ x& A! @0 } MTTV Maneuvering Tactical Target Vehicle.- `* u4 l5 M* a. V) `/ h( |, j [ MTU Military Training Unit (ILS term). , x+ m- r/ ?8 d# B# @ v' I' zMTV Maneuvering Target Vehicle. A Hera target booster with a Pershing II reentry& I, \! D0 X' G6 B. d vehicle. 2 u. A. x- S1 A/ M& [MTWS MAGTF Tactical Warfare Simulation. 4 x3 I* f! Y+ |$ K9 D- M" k' b+ dMUE Mission Unique Equipment.8 ], X; [% e' q& Q+ T+ L MDA GLOSSARY, VER. 4.0 M4 l2 X4 D9 l3 c* }0 p6 O+ H 1924 H# p. x1 f/ E" W5 u Multi-Service ( s' i7 r0 h; w% M$ _" F! SDoctrine6 Z' Q" @- x8 i1 _$ Q* T+ [2 o# s Fundamental principals that guide the employment of forces of two or more8 i0 c2 a1 o3 \' s Services in coordinated action toward a common objective. It is ratified by the/ _: w7 {( O7 W' R, M& W two or more Services, and is promulgated in multi-Service publications that 2 W( Z6 k* t/ U I6 `identify the participating Services. See also Joint Doctrine. + i6 B; a. ?4 C- O9 F [Multi-Spectral 8 l! U7 N! R' g+ s# p, H) WImagery$ Z) i* a0 A; s0 ^# z" x The image of an object obtained simultaneously in a number of discrete spectral % c6 V- l7 k) q" X4 w4 b4 G) [bands. u2 O4 a; w; \: X Multi-Year# \# E5 ?5 G" l" K+ q O Appropriation$ [" \2 {# O1 p9 H4 f Congressional appropriation available for incurring obligations for a definite; o0 [' `: s) A2 ` period in excess of one fiscal year; i.e., for two or more years. (See Multi-Year ! `; Y5 w7 m3 d+ G$ A' oProcurement.) - K- Y- m x/ k3 W3 K* _: ^- }, [- BMulti-Year 5 V4 O# F% F; r, jProcurement# F% ]3 Z4 S" @* Z+ M. w4 I (MYP)2 a8 e, }& f1 s0 o1 @ ]& C I A procurement of more units than the current year requirement. The total. F* ] R, v2 W. L; c$ [5 s7 T purchase is divided into segments, which are annually budgeted and funded; & o3 C$ ]" `" `9 M U- \however, the contractor is protected from cancellations through clauses in 9 \2 Q' z6 r O. C1 ?! B' [contracts. ) y$ w" h/ M0 y c6 qMultilateration A type of multi-static radar usually employing one transmitter and several+ g) `3 b' W5 m% R3 E! Z receivers for target detection and tracking.0 k/ k; w2 I- D3 X, Y3 ?9 n; P E Multilevel Device A device that is used in a manner that it simultaneously permits access by users - o, t4 \* C. x. V1 D; o2 Dwith different security clearances and needs-to-know, but prevents users from ' |" }# y& t, q! [* |obtaining access to information for which they lack authorization. % h7 c3 J# i# D- Q: O* \Multilevel Secure A class of system containing information with different classifications that# P7 ]9 n, b( c! A% L' \* s& \ simultaneously permits access by users with different security clearances and 5 \) f% |$ R5 Z: M/ y0 }4 A, H1 Dneeds-to-know, but prevents users from obtaining access to information for which 7 P- ^: c$ P( I' C) B1 b5 kthey lack authorization.) U* `. q6 H+ @; t Multilevel* f! E: C! @+ ^3 H) ] Security Mode4 b* Y7 l9 `! [8 i$ y0 t! v* G (ADP Security) A mode of operation using an operating system, which provides a4 P5 B- J3 f7 ?1 t# ^( s* C capability, that permits various levels and categories or compartments of material9 i* X ]3 h+ Q to be concurrently stored and processed in an ADP system. ( S# N- o+ Q' b* E7 ?: q% YMultiple * K$ W0 c" g4 D x( CIndependently 2 d( g6 Y- _* Q6 [Targetable , ^; w( G1 [' a9 k) c' h0 ~/ FReentry Vehicle A |# m' x2 P7 K) E9 a& `(MIRV) 4 B: F s1 I" j) ~) k0 cA reentry vehicle carried by a delivery system that can place one or more reentry/ _7 R- G( O4 N4 {+ b0 k: [& E; ^ vehicles over each of several separate targets.

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Multiple Intercept / o# s* o% g3 G2 N3 S& w* kDefense: f* n# E" Q5 }9 }0 p Capability to make two or more intercepts per target or targets defended. & }8 n0 g4 r* D7 m# JMultiple - d) h1 W7 b& Y) R" KPhenomenology9 f# ^+ T8 \8 a) f* a Observations of potential targets by means of different physical principles and9 [9 a7 R- I2 F: `) B" Z3 G different sensor systems. In the case of sensor systems, the use of multiple0 `: t8 W8 o' M7 x: c phenomenologies makes it more difficult for an adversary to deceive them.) l; R2 m" D; C1 ^$ J Multiple Reentry) A+ w) M/ ]% y1 s3 B4 `8 x Vehicle- {' V* t! s' W' a6 s# \( A6 b! R A reentry vehicle of a delivery system, which places more than one reentry' D `" V4 m+ M; r# Y3 d vehicle over an individual target. ) w+ Y: ^3 H( z; F) ^9 B: GMultiple Silo + O/ {5 \0 y5 t* B4 c8 [* s4 vDefense% t0 A- O; c7 d# \/ W/ R! w Capability to defend two or more silos. 2 g% S7 ?) s( l MMulti-service T&E T&E conducted by two or more DoD Components for systems to be acquired by 5 f# d. C$ C+ g3 {+ j5 Umore than one DoD Component, or for a DoD Component's systems that have $ |1 v" C1 |8 b uinterfaces with equipment of another DoD Component. 3 v- K/ X/ l; ?+ jMDA GLOSSARY, VER. 4.0 M& b9 j' {) X7 d7 c' t" [( [ 1935 ` n+ D$ ^: Q1 @4 G+ P; R Multi-static Radar A radar system with a transmitter and several receivers all separated. A special / A- j3 W2 o. wcase is bi-static radar. An advantage of multi-static radar over mono-static radar- N: @8 D3 c0 C& l3 E; m is that even if transmitters, which might be detected by the enemy when ( M( v- z* ?% J# |4 b& Y$ I& Foperating, are attacked, receivers in other locations might not be noticed and6 y* i6 [' i! l" A4 w might thereby escape attack. + D- O4 D6 j/ Q# v% c5 c( RMULTS Mobile Universal Link Translator System (NATO term). % z+ v; S/ E) [. _/ TMUS Mission Unique Software.5 l: Y( y7 S# T, h" d" _( {$ g MUX Multiplex.* _$ M* q( \5 U# d* l2 Y# m" O mV Millivolt. ( r& Z0 g+ o: ~7 v& f( F& a7 |MV Miniature Vehicle. 5 e4 d9 { K C5 w* |/ z# ?) \* vMW (1) Mega-Watt (millions of watts). (2) Microwave. (3) Missile Warning.+ |: [- A- B- f: z+ s/ K% C ~ MWC Missile Warning Center. 6 ~; @ z! B; J: @, @# g# TMwe Megawatt (electrical energy). / y |) d( R# T9 M# }& }% ?MWIR Medium Wavelength Infrared.% I* E, d) H5 k/ e* x MWS Modular Workstation (ADP term). 5 _, g& P% X7 _1 M( ^Mwt Megawatt (thermal energy). ; D- ]$ D2 v1 ^& @; j3 \MX Formerly an experimental missile; newest addition to U.S. ICBM arsenal; also) S5 k& f$ d# z/ j% o8 P called "Peacekeeper.”9 g1 b$ i5 A- `; Q7 | MY Man Year. + u/ E, M* z0 Y# g2 ~MDA GLOSSARY, VER. 4.0 N 9 n2 F7 N% o+ e/ [2 g: O194/ j: ?! |: x/ g- D$ C6 B6 u1 D N (1) Neutron. (2) North. ; B: U) Q% }; s& {N/A (1) Not Applicable. (2) Not Available. # v( G' ^/ C' jN/SP CC NORAD/US SPACECOM Commander. # B' @) A4 p2 W+ m6 d; ~6 Y3 tNAAF Neutral Airframe Adaptive Flare./ Y, f y% |" e; G }+ V. c NACMA NATO ACCS Management Agency. 3 @1 r L0 J1 a. PNACSEM National Communications Security Emanations Memoranda." w+ L0 R g* [8 L7 W NACSI National Communications Security Instruction. & `/ b) s! C' t* p8 SNACSIM National Communications Security Information Memoranda.. j6 [) d: S7 o/ E4 S3 I NAD Navy Area Defense (lower tier). 4 [4 i- o9 Y9 fNADC Naval Air Development Center.( b, ^$ D6 h5 Q* F9 L$ S NADGE NATO Air Defense Ground Environment.2 L. u; ?# S5 I6 ] NADIR Network Anomaly Detection Intrusion Reported. 5 ^& w7 ?: K) `5 Z8 c! d- GNAE Navy Acquisition Executive. 7 f) x- s& P' sNAF (1) Non-appropriated Fund. 2. Naval Air Facility.6 I' i+ S1 h' O NAI Named Areas of Interest.) Z: G) z9 e7 F* v0 o NAIC National Air Intelligence Center (DIA), Wright-Patterson AFB, OH. * C+ h! A; o7 {( \NAM Non-aligned Movement. t# z, R' @& g8 k5 p2 H6 Q& [% p NAMEADSMA NATO MEADS Management Agency.! U8 d( G8 F. M. M2 i/ W1 } NAOC National Airborne Operations Center (formerly NEACP). " @ R- [* ]/ X# j& k" oNAP NDS Augmentation Package. I: j- z3 `/ p8 y- p, H+ yNAS (1) National Academy of Sciences, Washington, DC. (2) Naval Air Station.$ A! Z4 }) q9 B$ H NASA National Aeronautics and Space Administration, Washington, DC.5 q4 T3 B, q1 W5 l n NASDA National Space Development Agency (Japan). ( E& ?( M. M) [7 V3 m3 K7 [% x: vNASP National Aerospace Plane. & d1 F8 x* q5 d0 r" e; |NATINAD NATO Integrated Air Defense. / k- P2 k8 P. h9 U* N* V4 ?! kNational Airborne5 v9 Q5 {+ U U1 Z! w Operations( U& i* W# |2 h* R4 R9 ?+ @- h5 C Center (NAOC) / E# W _% B* X% r& l8 COne of four specially equipped Boeing 747s that during a national emergency 4 h! C7 c8 b5 ~& pwould allow the President and top military leaders to stay airborne for up to 126 u5 d* O; `5 R& z/ W7 e1 @ hours while linked to ground and space forces. Formerly NEACP. ; y2 `. R+ e0 ~5 t% e0 ]; PNational- Y4 q k: ^) x7 {& m$ | g) ` Command; O0 W5 w3 Z7 A$ h: s" o7 Q Authorities (NCA) . q( T$ j0 X4 m7 |+ `The President and the Secretary of Defense or their duly deputized alternates or/ z( s. I$ x* N3 S- @- D3 G- ?( w successors. + T q1 h) P" L3 x6 y1 k. d6 cMDA GLOSSARY, VER. 4.0 N+ D6 K' ?' d7 E/ d 1957 @- n1 ~' v* z1 J; @" b National Military3 r1 I* }1 m2 i3 U Command Center # b7 N, [1 X. y% T% @(NMCC)! ?3 P' f% A& q1 H* ]0 [; q. c The primary location for JCS command and control of all U.S. and Combined e; a6 R) M. G- @8 M* K3 U Forces. Located at the Pentagon, Arlington, VA. 6 Z* D$ y* n) tNational Military" c9 f' O$ R# U6 U# M8 y7 r Command : |) F, I6 N; \: g- KSystem (NMCS) 6 B0 y4 Z( @' w5 X" D0 \2 ?$ C' qThe priority component of the Worldwide Military Command and Control System 1 e/ N0 y, y8 }% {, M(WWMCCS) designed to support the National Command Authorities and Joint 9 G( R: h# j& `: F2 l( ?* q( JChiefs of Staff in the exercise of their responsibilities. The NMC provides the + ]1 f0 x# O; y- [3 B0 j/ j. f5 O. ~means by which the President and the Secretary of Defense can receive warning 8 z2 R7 f4 {/ sand intelligence upon which accurate and timely decisions can be made, the , { K% X( m7 W# o8 B9 eresources of the Military Departments applied, military mission assigned, and by ; I2 k2 z) |9 ~( i2 a. Fwhich direction can be given to the combatant command commanders or & l" O6 o7 G- q- s% f6 a3 @commanders of commands established by the NCA. The NMCS must be 6 M/ g: p% V2 D6 a: T; k4 y6 Ucapable of providing information so that appropriate and timely responses can 8 { ~8 Y, h: _ V. Y& ~/ bbe selected and directed by the NCA and implemented. In addition, the NMCS9 B( z: u7 F, B. p& R supports the Joint Chiefs of Staff in carrying out their responsibilities. 9 f7 s! Q: z+ L$ R8 ?. e- i2 {; FNational Missile 5 z$ x1 Q1 \, Z3 [2 @ x9 i& g O& vDefense (NMD) 9 U$ N" C1 u( w$ z& ` N9 rSystem9 N$ t2 s7 q* ^- l4 Y/ k' V2 j5 A OBSOLETE. A ground-based anti-ballistic missile system designed to protect the : k! W3 D7 J- o2 Y! Y: p+ {$ }U.S. against limited ballistic missile threats. It consists of four elements: groundbased interceptors (GBI); a ground-based radar (GBR); a battle management . u; A* n+ c; @ W( k; Ccommand, control, and communications (BM/C3) system; and a constellation of p9 t, j6 J2 X3 r; w Space and Missile Tracking System (SMTS) (a.k.a. Brilliant Eyes) satellites. . ]% U2 X# E" o0 @ x! P- b" KNational* ?2 `, [' \! ]* X+ z3 b8 l" U Reconnaissance% f2 ]6 F0 n# r+ N0 O# x Office (NRO) I9 y# a( s) q2 F& V/ N6 AA Department of Defense Agency tasked to ensure that the United States has1 \, H4 l2 @% E! y% q5 U' N the technology, spaceborne, and airborne assets needed to acquire intelligence ; K! T g2 K0 m% L6 ^# `1 H3 @worldwide, including support to such functions as monitoring arms control' f5 {% X1 F% b7 ` agreements, indications and warning, and the planning and conducting of: Q* K7 E0 Z) N: L7 s$ o1 O6 A- A military operations. This mission is accomplished through research and 2 L1 c7 u4 ?9 E' R, A+ k8 |development, acquisition, and operation of spaceborne and airborne intelligence4 T! A5 i! T7 t4 O b' Q1 n data collection systems.

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National Strategy* z8 w/ s% |$ w8 f4 W% P; ]$ t Selection4 a {) b/ \3 t4 K4 B; p9 a The determination of when it is in the national interest to activate and employ 4 o. X* ]; u$ ~6 A9 Sdefense resources (i.e., the balance between responsiveness and crisis control),0 ~4 J0 F4 G$ H8 q and given an activation/employment decision, what should be the basic objective X- B: H" x- D X6 w (e.g., force survival, survival of selected population centers, etc.). ) k4 t u G( [" z3 S) A2 ^$ Y/ VNational Test Bed/ [/ O4 M9 j/ x$ p0 T) X5 o: y. h (NTB) & a+ G7 _& L* V- [% c% B1 FA number of geographically separated simulation and test facilities that are " k3 J, C1 o' ^8 xlinked through communications to simulate various portions of the ballistic missile 0 d# y- i. [" \defense (BMD) system for testing and validating operational and technical ; @- m+ U7 ~9 ]' S+ l$ C kconcepts and technologies. 5 |7 B w3 u& u+ P) Z+ ]7 uNational Test Bed 8 B+ U& r* E4 hJoint Program% u1 E0 W# a" p) q Office (NTBJPO)0 J6 U2 I8 A$ c# Z (OBSOLETE) A Joint Service organization established to manage the NTF and2 u; u; P/ M) K; L3 p execute the NTB program for MDA.) Q, W- X, [. M, J National Test 1 \0 [2 Z0 H9 z0 G0 l: [# A( i% IFacility (NTF)" B- @9 @- ` d* O A large, modeling, simulation and test facility located on Falcon AFB in Colorado 7 }& m8 S% \& U* w7 r$ m: Q2 t- Cwhich serves as the central control, coordinating, and computing center for the ! \7 H+ K3 `1 d8 o. `) D( d4 ?) nNTB and as the primary integration and test facility of the BMD SE&I contractor.* l* J- p" z$ w1 j1 E2 u( p National Warning * T# U" R: m, o1 P9 D4 L% fCenter (NWC)2 r" R, a- c: S5 Z Center in CMAFB, which activates the radio, TV, and sirens that warn the U.S.5 f! z \6 {/ D9 @6 |' t) e population of impending ballistic missile attack. Also assists with national! A# ^9 n/ |* c2 | l disaster relief, forest fires, and other events assigned.6 c/ U0 U* o" i8 w% G! g% M7 v) w NATO North Atlantic Treaty Organization. . [8 h m8 e4 T1 z5 @9 P2 |1 U# `NATOPS Naval Air Training and Operating Procedures Standardization.+ z/ x M- p* h' i MDA GLOSSARY, VER. 4.0 N* z3 z% ^' Q" d& h 196. `' c6 X+ P4 C- J Natural Ground " l% K' D' }3 ]- tand Atmospheric1 j0 z' i. a1 O* @- m Environments * n1 W+ R0 Y: P6 J% o7 cThe environments, which exist in the sensible atmosphere and on the surface of " t: f$ h! q7 I1 `6 B# Rthe earth. These include meteorological, seismic, biological and related natural ' |. W) j1 {. \3 ^conditions. This environment is applicable to ground-based assets and groundlaunched interceptors in the atmospheric portions of flight, and it effects the' o( K! o* L- ^" V5 C5 b* n+ t propagation of radar and communications signals.% k' J+ k& x* }2 b" p6 | Natural Space9 f3 Q% ?9 \2 S5 m/ v0 j Environment - l+ \ r2 k8 r1 Y3 ~- t1 EThe natural environment, which exists above the sensible atmosphere. Space' y7 s$ Q: F R; S9 z0 ~0 r4 ~ begins approximately 100 km and above. This environment is applicable to & `6 ?# e1 n7 k; Worbiting spacecraft, to interceptors in the exoatmospheric portions of flight, and it; [* @' w* j9 x' I! Q, y7 N affects the propagation of radar and communications signals. % V5 D! J7 R& vNAVAIDS Navigational Aids.8 G5 P( E: S: ^7 x( E/ O/ P Naval Space, J+ S2 h- t ^# C: P' b1 e Command $ b' X" ?0 d2 N$ c: \" P(NAVSPACE- 2 n- `' G; G0 T- kCOM) 7 c3 g* V4 W: ^# w1 ]8 [The naval component of USSPACECOM. Responsible for day-to-day operation H* F% W1 [% R$ e0 r/ B4 Wof FLTSATCOM, NAVSPASUR, etc. Responsible for BMD elements that may be6 Y1 z) R7 Y& } operated by the Navy. Located in Dahlgren, VA./ M$ b" y$ q+ d5 B! f% A% s# }+ w Naval Space( S; \% w) e3 Q0 v Operations ( I" i( G( _; Y% _1 E; @Center ; O/ j9 c0 a& k% i c(NAVSPOC) 5 p u# b/ E( T' A8 W1 {# IExisting Navy component command center at Dahlgren, VA, responsible for ( b6 f# g8 R* a D( |logistical and administrative support of forces assigned to them. ' K4 x8 {, V a1 kNAVDSOC Navy Defense System Operations Center. + j: e% `5 A" E) L) D) Q2 A5 t9 INAVFAC Navy Facilities Engineering Command.5 Q' ~' q/ {5 t( Z+ |4 v NAVFOR Navy Forces. " K( C! `7 H0 Q CNAVMACS Navy Modular Automated Communications System (USN term).2 f5 k; J z$ r: V NAVMIC Naval Maritime Intelligence Center, Suitland, MD. $ l& A; f- j5 c [) y4 TNAVOSH Navy Occupational Safety and Health. 9 T) C5 S$ J0 e e9 N* KNAVSAT Navigation Satellite. # v) s( C; r8 O; [) x, w. yNAVSPACE Naval Space Command.* D" _2 [7 M1 Z) [5 b NAVSPACECOM Naval Space Command.4 a( m! g- M% N# k. J% ? NAVSPASUR Naval Position of SPASUR.6 A/ h/ r0 \! ?! h" ^9 y NAVSPOC Naval Space Operations Center. % {! y+ F0 o! B' W# |NAVSTAR Navigational satellite, part of the Global Positioning System (GPS). # |2 u0 L) X5 C* M* J4 }$ v; ^Navy FAAWC Navy Force Anti-Air Warfare Commander.2 t. z! |" d- C NAWC Naval Air Warfare Center.- B g/ ]$ P1 V* \. {5 r9 x NAWC WPNS Naval Air Warfare Center, Weapons Division, China Lake, CA. ) U: T/ \ _0 X1 l7 ~6 d% P4 YNBC Nuclear, Biological, Chemical.1 t( Z! ?* x3 Y. z7 J9 U NBS National Bureau of Standards.

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MDA GLOSSARY, VER. 4.0 N % V/ ~1 H$ n% s, S. ?197# v% d) |1 m; J/ h7 \ NBTS Neutral Beam Test Stand. & I( N8 S" M$ r1 gNC Numerically Controlled (CAM computer term). & v& n8 C9 K" S% O6 L' a( U- QNCA National Command Authorities." X9 b- e' ~3 Z& [$ }6 k9 p NCC NORAD Command Center, Colorado Springs, CO. 6 Z& W, W% A9 u. P fNCCOSC Naval Command, Control, and Ocean Surveillance Center, San Diego, CA.) i5 t* a6 m2 }7 C, r NCCS Navy Command and Control System.0 @4 t. A: Z( \ I1 J+ \! \* e% R7 W q NCDCS Narrow Band Coherent Data Collection System. # ^ ? c9 U# {" x: f% Z3 U3 l4 QNCDD New Customer Development Database.. R; b% I6 Y: e4 H NCO Non-Commissioned Officer (USA/USAF/USMC term).; r0 D! C9 S/ b i; @ NCP NORAD Command Post.7 {2 _1 \- l k2 W% Y2 z& ?% q6 f NCS (1) National Communications System. (2) Net Control Station. (3) Naval Control 7 x- y' B: P! u+ c4 Xof Shipping.. ^! e: D% u6 n. I NCSC National Computer Security Center. ; k. \4 t2 K- c2 R; p8 UNDC Naval Doctrine Command.) c8 W( R- X0 } l/ z- d7 q NDD NMD System Development Director.; N9 ^ S+ M4 D7 v& j: M; E- e NDE Non-Destructive Evaluation.9 h& {6 a# }; b8 b+ ?# M' R: U K+ a NDEW Nuclear Directed Energy Weapon. + e; J( [' n( V6 ANDEWG Nuclear Directed Energy Weapon - Ground-Based. 7 e& T% B* X' N* GNDI (1) Non-Developmental Item. : ?$ j8 ?. {- I a* R& }6 X: Y(2) Non-Destructive Inspection.& _% o( I# }$ C: M" y NDP National Disclosure Policy. ( P! e0 V9 m+ Y$ _6 o4 @6 P3 ~NDS (1) National Defense Stockpile (2) National Defense System. ( C( {' o% A9 u' x* tNDT Non-Destructive Test. ! F5 ?8 }- i" [7 h* qNDU National Defense University, Washington, DC.; H; b* c: i: r2 J, O4 A' Z NEA (1) Northeast Asia.% @# Q X% p0 E: p/ g7 o! e/ J (2) Northeast Asia campaign scenario.$ @9 j' z, n5 d NEACP National Emergency Alternate Command Post (E-4 aircraft). ; R& m3 C5 j/ O* A- L5 Z: W" VNear Real Time Pertaining to the timeliness of data or information that has been delayed by the+ P+ O! W" ]/ P! Y time required for electronic communication and automatic data processing. This' O/ H1 i1 k$ _$ ?9 Q, o! x0 e' U implies that there are no significant delays.% B. S* |; K$ ^9 l$ l NEC (1) National Economics Council. (2) Navy Enlisted Code. U6 J- Y5 F) M3 \# r7 Z NECC Navy EHF Communications Controller." n/ z2 X5 y8 s1 O* }: @ MDA GLOSSARY, VER. 4.0 N / A0 ~4 w" B, U6 G( W198( e0 J, @& _+ D( }: u- W3 d) l Negate Early( i4 n$ q- g% N* I8 s$ A2 C( [& D Warning9 x0 j h. y" ~8 n2 b The use of any technique that precludes the use of, renders useless, or, U; R: |% s! S2 t9 i degrades an early warning capability. q' w: ~) n) e Negation RV destruction or other actions, which prevent damage to the defended area. d) Y) E& e" S. `# ^ E) d from conventional, nuclear, chemical, or biological effects.3 d+ l! C. F3 N4 l6 r+ X NEMP Nuclear Electromagnetic Pulse.( ~+ K6 c. x4 D NEP (1) Nuclear Electric Propulsion. (2) Nuclear Environment Protection.7 ?: a! _4 ^" D NEPA National Environmental Policy Act.! }8 f0 A4 P5 H# }) Z7 I% g* R NEPSTP Nuclear Electric Propulsion Space flight Test Program.9 O |* m P* C: w NERF Naval Emitter Reference File (USN term). ]& v; l' I% Y: L, o4 c/ uNESEAD Naval Electronic Systems Engineering Activity Detachment (USN term). t+ X0 h) ?% ~1 Q/ F% ]+ m& J6 R3 z- ^ Neutral Particle 7 x( I1 w# g" Y4 VBeam (NPB)% s7 T2 d- J: X6 p5 L5 | An energetic beam of neutral particles that is generally used to damage1 S; _& W. I k$ v9 O% L electronics.1 ~$ w2 x: x; o. M NEV Network Experimental Version. ! i: A9 k8 b9 `$ {' WNEW Net Explosive Weight. 0 d( \' I# b$ m4 yNFL New Foreign Launch./ S. ~2 R0 U4 k* A) L2 S9 x1 @ NG National Guard. 6 Q) W- L' X9 J% s, ` GNH&S Nuclear Hardening and Survivability. 5 ~, N0 Y5 p) W- \NHA Next-Higher Assembly.* `+ \' R1 o& d5 g$ G NHMT Nuclear-Hardened Mosaic Technology.8 A9 v6 x& ^4 O3 o NHTF National Hover Test Facility, Edwards AFB, CA.9 t( _2 u8 T4 z# K) ^ NIAG NATO Industrial Advisory Group." g5 \; u5 V: |" Q& o |/ q NIC National Intelligence Council. 8 e0 d& w- [% Q9 r5 ]: KNID Naval Intelligence Database (USN term). ' h. _9 c2 |4 ?% TNIE National Intelligence Estimate. $ F" D# U+ G* o! V6 k2 z4 o B$ aNIH National Institute of Health. , u+ {" i# t" g. E N0 rNII National Information Infrastructure. + z# d! p2 F/ yNIITF National Information Infrastructure Task Force. 6 E) L- [8 m9 j% L, L. c5 XNILE NATO Improved Link Eleven. % ]- D1 x, s1 _( N. }+ d2 V6 [2 C2 S9 u! sNILES NATO Improved Link Eleven System. ; c1 P# L2 [# INIMA National Imagery and Mapping Agency, Fairfax, VA.0 e; B2 V E, ^+ [: q/ p' h% o/ X MDA GLOSSARY, VER. 4.0 N4 B7 S7 ?" R7 u0 s/ N 199 ) Q; Q7 `# m/ p5 T5 J3 j- YNIPS NTCS Intelligence Processing Service (USN term). $ G+ \( l+ v& y; ZNISC OBSOLETE. Naval Intelligence Support Center. (Now Naval Maritime- ?# y+ ?8 a- H5 p1 }, | Intelligence Center (NAVMIC). 7 h6 e+ f' \8 s. LNISP National Industrial Security Program. / h3 J3 b; o; q h5 PNISPOM NISP Operating Manual.9 y3 ]5 r* ^3 l& i7 U NIST National Institute of Standards and Technology, Gaithersburg, MD. (Formerly 7 {2 [( Q/ {5 x0 qNBS (National Bureau of Standards). / _- D- _+ i& R, ^1 A2 Z- fNITES Naval Integrated Tactical Environmental Subsystem (USN term).& B0 l# m- W0 g' g) D) x Nitze Criteria A reference to Paul Nitze, the Reagan Administration’s chief arms control: q% G4 H1 k6 u3 g) t, O/ K negotiator, and his vocalization of the goal of the SDS as the achievement of - E9 a$ V: k1 P% I6 praising the attack price where the defense cost is measured at the margin, not8 w4 E) u! n1 g& |* H; o the total cost. Congress established the Nitze criteria as conditions of deploying, }* @5 I, V( e; c+ A an SDS in Section 222 of the National Defense Authorization Act for FY 1986.% a! e/ ]" Y( Z7 R9 @4 w! J NIU NATO Interface Unit. 4 u$ s% C& ]3 t R% h3 {NIWA Naval Information Warfare Activity. 7 A0 w& F8 H3 nNK North Korea.4 X9 y& ^! s8 H/ x# S NKEW Nuclear Kinetic Energy Weapon. , T$ l- {( c0 H* f! WNL The Netherlands.$ f) q5 v# c9 l0 A' | NLO Nonlinear Optical.+ o. I1 X2 C! z2 b Q4 u NLOS (1) Non-Line of Sight. (2) Nonlinear Optical System." b! c* Q- e, }5 [ NLT (1) Navy Lower Tier (Missile Defense). (2) Not Later Than./ a: e3 |1 {! y; T6 j% O" T, G nm (1) Nautical Mile (6,080 feet). (2) Nanometer. - V4 E, P) J; |2 @: ?7 l. f/ zNMA NATO Military Authority.8 @2 U# ?+ d8 ]' h8 Y NMC Not Mission Capable. - V7 e- D. ^1 A; E+ y* iNMCC National Military Command Center.; C0 q0 W2 C0 L! s& g, n' L NMCS National Military Command System.: G$ u4 ]) w5 a9 A, N* h NMD OBSOLETE. National Missile Defense.3 ~$ M8 H0 c8 a, T) }; H NMD 3+3 OBSOLETE. National Missile Defense Three Plus Three (program). 1 I, F1 Z' Y! H. L5 c- c7 PNMD GBR OBSOLETE. National Missile Defense Ground-Based Radar. 5 F* Q7 K; v6 y0 M9 V% r- MNMD IIPT OBSOLETE. NMD Integration Integrated Product Team (NMD Program term).9 Q x# n* W! ^5 ]- a NMD JPO OBSOLETE. National Missile Defense Joint Program Office.! e5 e1 H3 j0 N/ y9 L( T0 T NMD/TRP OBSOLETE. National Missile Defense Technology Readiness Program.

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MDA GLOSSARY, VER. 4.0 N 7 x% W/ a/ v- u3 j" J200 6 U* P9 T2 T9 C0 f& U WNMDPO OBSOLETE. National Missile Defense Program Office (US Army term).: ^3 N% i8 l' m6 d, c NMM NMD Maturity Matrix.3 p% O+ j# a' u1 r* K {3 O6 S NMSD National Military Strategy Document.% R8 e7 Z2 m9 ?8 G* k/ c$ [ NNAG NATO Naval Armaments Group. @! J2 O1 j1 w: A8 mNNK Non-Nuclear Kill.6 V2 C4 h( U: P- S) [7 a9 a2 D NNPA Nuclear Non-Proliferation Act. ' ?( Y" v1 V3 J# o& _NNWS Non-Nuclear Weapon States.% Y9 }+ q" S+ d" a5 j9 w2 W% P NOAA National Oceanic and Atmospheric Administration, Washington, DC. 8 `0 @) f% G4 O5 Z$ XNode A set of equipment and processes, which performs the communications functions# s% r4 C, }0 p) {5 y at the end of the data links which interconnect those elements, which are , g4 f, \' h- K4 _3 W% Tresident on the network.5 |/ U( ?6 E3 ^ @$ c7 E NOI Notice of Intent (environmental term). ) ^' m h+ a2 X5 U h; {2 ?& nNOIC Naval Operational Intelligence Center. 2 t# j% I* ^: |. d& |; O! ZNoise In the most general terms, noise is the undesired part of the process being ' A' i1 j2 G* Pobserved or measured. Its complement, the desired part, is usually referred to3 v6 t0 B* J+ P# H as the signal. 2 C8 [2 `# {2 t* V& VNon-, X) q& E0 h/ N6 I9 k7 F0 @3 e3 A Developmental0 d! ^6 g4 `+ X6 w) e Item (NDI)+ V( g6 j# k3 O; A& b5 R, K (1) Any item of supply that is available in the commercial marketplace; or# J8 p# K5 `) u) @$ ^, C2 \3 j (2) Any previously developed item of supply that is in use by a department 4 T. \3 V$ N/ P/ T$ g$ Ror agency of the United States, a state or local government, or a foreign # M- g3 k6 P& O1 R4 B s7 J9 X9 Ygovernment with which the United States has a mutual defense 5 m4 d7 F$ o* hcooperation agreement; or ( m3 x" S, W/ Y* E' e7 ^(3) Any item of supply described in definition 1 or 2, above, that requires ' g8 q/ Y$ m0 I, c1 G) m6 Tonly minor modification in order to meet the requirements of the procuring . g u$ G/ v5 J' W8 k+ R# f# Xagency; or5 r5 e% o6 Y6 T+ V: ]2 g2 V (4) Any item of supply that is currently being produced that does not meet% ]( N6 `2 L+ _ the requirements of definition 1, 2, or 3, above, solely because the item, M* K- l! ]1 \' q is not yet in use or is not yet available in the commercial marketplace. - E2 ?, ~5 e: T, h; D/ hNon Material 0 Q; u E8 Z; c P2 v! USolution9 Q$ _! {3 W! C6 _. B Solutions to mission needs (warfighting, deficiencies) that can be satisfied by 4 z4 M1 J* p8 G/ V, ]) L+ c# cchanges in doctrine, tactics, operational concepts, training, or organization. % h2 R" _4 Y8 M% z8 W) p2 vNon-Nuclear Kill * G6 {7 b' S+ |6 w! l2 f$ z(NNK); S& a7 t7 A6 M* J" y/ s0 u A kill that does not involve a nuclear detonation. " [- z' T: O$ U2 l1 k0 X9 MNONAP Non-linear Adaptive Processor (Navy term).# k9 L4 \" P" U3 K* E Nonrecurring, S& y9 j$ I, X Costs 8 f' E3 Z! }* S5 D, f. w# L2 `(1) Costs that are not proportional to the number of units produced.$ _3 {5 s- w2 ^9 U! z" [9 X- R (2) A one time cost that will occur on a periodic basis for the same# X0 V* L+ q# x E/ K$ k6 n organization. Nonrecurring costs include preliminary design effort; design5 c% ~/ f5 R, X+ L engineering; and all partially completed reporting elements manufactures / X* k: K- t" p9 qfor tests. * Z4 l/ d( k5 U$ a" `: b(3) Training of service instructor personnel.8 F( r* n8 X3 n- }" d `7 [# O NOP Nuclear Operations.8 K# v/ y1 N9 x5 I$ g4 t6 r MDA GLOSSARY, VER. 4.0 N 3 `! w% ~& D" @; I; u+ b _( D% ^2015 S: h& w% I$ d( y- X2 P" @9 X NOR Notice of Revision. ' e L* Y% A0 C8 _* i% _8 kNORAD See North American Aerospace Defense Command. ( R! F& s$ u3 N* w8 d$ d* LNORAD ( i% z! X( F) Z& jCommand Post ; v) l2 Z. b% X(NCP) 2 }. h% ?% d4 R5 K3 w lA center in CMAFB responsible for controlling ACC, Canadian, and other1 N- j6 r, p3 L6 d& n" b3 b4 Q6 A! k* H assigned forces for designated atmospheric missions in defense of North . Y+ [' W; m% ^& r, s1 r5 w: zAmerica. 0 T) B% }1 S( B% Z# pNORSAR Norwegian Seismic Array.5 o7 Q+ l' b3 @/ T$ V" j" D, { North American$ _; E# T4 I, f" m$ i- N, w! _: q: k Aerospace 4 b+ e, p& _6 n' o( D! p$ k7 NDefense: H" i9 O4 L$ F/ P Command . j+ m9 M: D' S- u(NORAD)# y# [# x4 \, S3 u A binational command of Canadian and U.S. forces responsible for defense of" Z, e- R& M& q% q8 S: {/ ^ North America from bomber and ALCM/SLCM attack. Located in Colorado 3 M$ p- o! b$ y1 NSprings, CO. k" R/ E: W, T9 A2 L# v$ L5 v NORTHCOM Northern Command, Offut AFB, NE* x$ @7 |- V" s& A3 h" A/ a. p# B NORTHAG Northern Army Group (NATO). 1 I# |3 K7 j% d% PNOS Network Operating System. 8 y) `$ G N9 i* T8 a* @, FNOSC OBSOLETE. Naval Ocean Systems Center, San Diego, CA. See NCCOSC.. f: p% x0 u* a! |1 S( y ?, V NPB Neutral Particle Beam." z8 Q5 U. g( Z: N$ H0 O NPBSE NPB Space Experiment.9 M2 U1 W4 i5 P' C# O& Q. l NPG Nuclear Planning Group.# ?. P! e6 |, X. B! z9 O$ A: V NPI New Program Integration. 1 h9 d. F. r7 j A9 ?0 Q5 pNPR National Performance Review.. X2 W% V1 ~ L- L NPT Non-Proliferation Treaty." ]: w) Y6 x: ^! Z% R9 e- M NRaD Naval Research and Development Division (NCCOSC), San Diego, CA. 7 ^. D! \+ r, a; H+ R9 o( y5 @8 fNRC (1) National Research Council. (2) Network Reliability Council. 2 j( a5 w" m- K: P. U* m v(3) Nuclear Regulatory Commission. (4) Nichols Research Corporation. 9 e7 [/ C, \ UNREN National Research and Education Network. l5 j0 \) l, y) N/ v NRL (1) Nuclear Referral List. (2) Naval Research Laboratory, Washington, DC. & p+ ^8 X9 r- {5 ~0 t1 TNRLA Network Repair-Level Analysis.! m* M) q' H6 z/ G NRO National Reconnaissance Office.9 X. B' K* s" K8 j; V NRSC Network Reliability Steering Committee. ( r1 r, V/ c& x/ BNRT Near Real Time. + c4 p1 _6 i. O2 I; C* a+ T& F3 JNS/EP National Security/Emergency Preparedness.+ ?- d( i# F# n' `. z$ j MDA GLOSSARY, VER. 4.0 N ( q6 u% h, {1 [& V0 G+ S$ X202$ @+ M$ P; e. w% |3 d, _- ~ NSA National Security Agency. ; c% V |4 \+ Y( J" Q4 s& cNSA/CSS NSA Central Security Service.% U# v6 h$ m! q: Q x9 s NSC (1) National Security Council. (2) National Security Center.! X* q& N/ a- v5 Z; I5 {/ X5 k g+ s NSCID National Security Council Intelligence Directive. # k9 ^+ O& r! k; G. ANSD National Security Directive.2 O* C5 r( L0 ~1 `$ j6 t0 a NSDD OBSOLETE. National Security Decision Directive. Replaced by National& e7 t: f8 w8 \) I- q# d& o Security Directive (NSD). ' k7 ~5 U5 [$ r5 u5 ?0 NNSDM National Security Decision Memorandum. / A/ X# T9 B+ J6 r! qNSEN NMD System Engineering Notebook.

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NSF National Science Foundation. , v7 v+ }9 X- \, ]NSFS Naval Surface Fire Support./ g2 z) z) m- g* r4 @, D( H NSG Naval Security Group. : f0 o0 L! Z1 S" L+ D' bNSIA National Security Industrial Association, Washington, DC. & M7 P( s, B p' ]8 w! uNSIE Network Security Information Exchange. * z# p* } k$ s3 x" bNSN National Stock Number (ILS term).' F8 f! E( a! q+ }- b9 x% r NSNF Non-Strategic Nuclear Forces. , u5 Q6 i: I6 j, a6 U. U' @NSOC (1) National Signals Intelligence Operations Center. (2) Navy Satellite / M' g2 B( b. U& }Operations Center.: t6 O+ {' F' t3 z7 | ^ NSP Not Separately Priced.5 c5 V( |% l" b; _2 B" a NSSC National Space Surveillance Center, CMAFB. 2 x+ \6 H# v2 r2 _) h' I' LNSSD National Security Study Directive., c) u3 _2 Z9 L6 u9 \# u; t NSTAC National Security Telecommunications and Information System Security 2 Z- z/ _( A/ T ICommittee. $ }5 A1 _" [3 C' X& r2 g& wNSTC National Science and Technology Council (EOP term). # G# @- J [/ b6 F- ] ^0 P) i8 CNSWC Naval Surface Warfare Center, Dahlgren, VA.$ M5 ]+ m+ [+ l3 |( a2 a NSWC/DD Naval Surface Warfare Center, Dahlgren, VA. 7 a+ M2 P/ S: s* m4 Y, h4 P) {NSWC/PHL Naval Surface Weapons Center, Port Hueneme Division. $ a+ A0 [' q( kNTACS Navy Tactical Air Control System.; ?3 \. y* C& ~0 l" S8 P NTB National Test Bed.* j M1 C, n, T+ P' u NTB/WAN OBSOLETE. National Test Bed/Wide Area Network. : q$ R1 T) Q* R. Y9 @" gMDA GLOSSARY, VER. 4.0 N* N' v8 f$ g: g6 U4 k 203 `, t4 V! Y0 J8 w M" R NTBI OBSOLETE. National Test Bed Integration. ' m$ C+ f& A9 c( i; ]+ L: M% FNTBIC OBSOLETE. National Test Bed Integration Contract.* O4 N; E, G- b9 t NTB-JPO OBSOLETE. National Test Bed Joint Project Office. |" g) K& U: ^NTBN OBSOLETE. National Test Bed Network. ; F: b& i5 W9 K. @$ zNTC National Training Center, located at Ft. Irwin, CA. A large maneuver area that; g) T; v+ I4 I4 i S6 t! J, e0 f. z serves as the Army’s primary training center for Army maneuver forces. Friendly & _6 a: B* x# n& }forces are pitted against “enemy” forces to validate proposed procedures and9 R) ]; _* g' Q9 F doctrine. # _8 ?) ^$ k% \) Z: E4 o' JNTIC (1) Navy Tactical Intelligence Center. (2) National Technical Information Center.! ~% Q6 Z0 u ]3 b2 S( h( L NTF National Test Facility.3 `1 ~6 s& k" l' I3 M: E NTM National Technical Means. & S* E% ^# V2 s0 }, U! v( w- FNTU New Threat Upgrade.& }0 J$ u6 o( [9 M NTW OBSOLETE. Navy Theater-Wide. Now referred to as the Sea-Based Midcourse- S5 o& a% v' ^* t& ^, m+ | Segment of BMDS. # Y6 T' m m. q/ |NTWD(S) OBSOLETE. Navy Theater-Wide Defense (System). ! F% R5 ?' W, d) X# n( D# FNuclear,7 L. A; u! B" D1 _! D# `4 m; F5 d/ E! c Biological, and- C$ C$ {7 a$ Q# S* T6 [. Q( L Chemical/ i2 ?0 o& }7 Y( T3 M Contamination, K* i. x. G' I. c; @8 n1 ^. W& { (NBCC)( e" x; R# w4 d( }# \5 Y2 Z The deposit and/or absorption of residual radioactive material or biological or 0 ~6 m% D8 p- ]# @5 {5 Zchemical agents on or by structures, areas, personnel, or objects. : |$ b6 h6 \% `# r! P•Nuclear Contamination. Residual radioactive material resulting from fallout or + G( U5 T' V: _- n, c* V" B$ `rainout, and residual radiation from a system produced by a nuclear6 s! `. g6 T. |5 O( r# x, |- I! a explosion, and persisting longer than one minute after burst.8 N* `0 A2 M* G# v3 i$ O' i •Biological Contamination. Microorganisms and toxins that cause disease in % G: k# j3 v3 R$ Thumans, plants, or animals or cause deterioration of material./ a7 V' T7 T# k S8 { •Chemical Contamination. Chemical substances intended for use in military9 j. a# ~$ v1 N! j }1 v% s, D operations to kill, seriously injure, incapacitate, or temporarily irritate humans. ) A9 J* p& w7 ]# ]8 p W0 W3 JNuclear, 8 v, m/ a% @8 n2 `3 b _. pBiological, and! @& T' G6 v$ `: L( e, o( g Chemical ^! D/ T1 d7 N+ hContamination' p; l7 I0 y: Y6 b; ~0 p, B0 h Survivability : \2 n' Q( k7 R v. vThe capability of a system and its crew to withstand a NBCC environment and9 I' P9 O8 b: n9 ^ relevant decontamination without losing the ability to accomplish the assigned 1 g# Q- b# A: rmission. A NBCC survivable system is hardened against NBCC and ! K* n& U8 p' S1 I4 `5 O7 X/ D d$ {decontaminates; it can be decontaminated, and it is compatible with individual . V9 N( r+ \4 I8 L1 ^$ @3 N5 Kprotective equipment.7 v' m5 a1 W; ^) _ •Hardness. The capability of material to withstand the materiel -damaging3 `/ `. u) T9 I( U! Z2 i effects of NBCC and relevant decontamination.* n7 Y3 b% z" y+ U) Y4 m •Decontamination. The process of making personnel and materiel safe by& D' A+ P9 c5 E' I rendering harmless or removing radioactive, chemical, or biological material. % v5 N- L8 @. I3 t/ B; F•Compatibility. The capability of a system to be operated, maintained, and resupplied by persons wearing individual protective equipment, in all climates 8 d7 K9 h; F7 M/ c* Qfor which the system is designed, and for the period specified in the5 F# G: G) N. K: }" F5 ? operational requirements document. 2 _+ h2 ^' Z: a: [+ R/ KNuclear Cloud See Radioactive Cloud. ( D: `6 i! q+ G. I+ S1 M/ GNuclear Directed 9 k9 E* d! A8 h; n& n9 d4 x. ?3 TEnergy Weapon 9 ?6 F$ h( T1 Q* U3 z- n(NDEW)( ?9 x6 A; \* I A directed energy weapon for which the source of energy is a specially designed1 W2 A$ [- y5 t& d8 E+ Z* b8 e nuclear device.. \5 @' l9 Z; O MDA GLOSSARY, VER. 4.0 N3 Q; k0 ]5 ]+ e2 [' M 204' `0 u. B8 `2 I$ I. ~ Nuclear 6 | k ^+ i# T8 h& D* {Environment 9 G Q1 O6 X) P5 P4 TThe environment, which results from the detonation of nuclear weapons. Some" d% v, w, ~& a components of this environment are directly emitted by the nuclear weapon and & ?( m4 i [3 B, cother collateral effects are created by the interaction of the emitted nuclear6 g8 C$ F# C. T" c radiation with the earth’s atmosphere, the earth’s surface and the earth’s $ m: S x3 W5 ?! M% Vmagnetic field. The nuclear environment consists of radiation, blast, shock, ! l5 |; V5 ]! [thermal, electromagnetic pulse (EMP), emissions from radioactive debris, trapped% Z8 T2 T6 s3 g( x8 k6 ~ electrons, and disturbances to the atmosphere and to the propagation paths for 1 o$ Z5 w, K( B* g; Wradar and communications. The nuclear environment exists in the # S0 V$ ^/ l) }% U3 c7 P$ K6 ^exoatmospheric, atmospheric and ground BMD operational regimes. , \3 A. `7 q, H4 ^2 s1 C$ }Nuclear 1 n6 a# P3 ]& uHardness 7 m* T1 d6 }) _A quantitative description of the resistance of a system or component to* \: a5 r& p$ f* [- m malfunction (temporary and permanent) and/or degraded performance induced# p+ V0 l7 e' s# o$ y- v by a nuclear weapon environment. Resistance to physical quantities such as/ x! l9 N9 ]1 t6 p' U; @. t overpressure, peak velocities, energy absorbed, and electrical stress measures! i1 H0 V" i2 \3 D1 _5 q% v hardness. Hardness is achieved through adhering to appropriate design/ e( u: V7 x5 r* a* {! \ specifications and is verified by one or more test and analysis techniques.9 R/ k% B v! i: Q6 I( j0 m) y: f Nuclear ( T2 q) |8 J/ E c1 {6 sRadiation' ` a1 R5 }- f3 M Particulate and electromagnetic radiation emitted from atomic nuclei in various8 a2 S; _% T& C0 S nuclear processes. The important nuclear radiations, from the weapons standpoint, are alpha and beta particles, gamma rays, and neutrons. All nuclear + w. P2 Q) J. [7 P: l: j; Xradiations are ionizing radiations, but the reverse is not true; x-rays, for example, 8 j: {' x- M0 M: v& s6 h1 i0 Pare included among ionizing radiations, but they are not nuclear radiations since+ d Q6 S3 K' `1 N/ H# V: I6 k0 }2 M they do not originate from atomic nuclei. (See Ionizing Radiation and X-Rays.)

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Nuclear 4 W3 S# l: n7 o+ h1 U* Q! u- oSurvivability! o- D5 j9 C+ G$ F' e: R' `" t6 D Characteristics - O# G2 ?6 [9 ?A quantitative description of the system features needed to meet its survivability4 F, o3 q8 z7 a1 e2 L' Z0 G requirements. Such system features include those design, performance, and % r ^7 b" _: C4 w8 a: foperational capabilities used to limit or avoid the hostile environment,3 r5 s3 x8 }3 J( q( z1 z architectures that minimize the impact of localized damage to the larger wartime7 L8 ?2 a2 ^ | mission, as well as physical hardening to environment levels, which cannot be4 Q' J# J" ?3 ~- j3 K p mitigated otherwise. Survivability characteristics include proliferation, redundancy,) E8 c) E) {. J, y, d0 ^3 }8 J: P# D ~ avoidance, reconstitution, deception, and hardening. : v3 j8 C) E; X" R3 q oNUDET Nuclear Detonation. * u t A+ H2 w1 z5 r& j- C% SNUICCS NORAD and USSPACECOM Integrated Command and Control System.; e$ B5 u4 L* E" x3 g) ~. } NUT Navy Upper Tier (Missile Defense).) n/ V7 ?, E5 O& G% g e% J NVG Night Vision Goggles./ J2 t2 K; }1 ?1 V$ z" H NVIS Near Vertical Incidence System (SINCGARS term). 0 M$ m) g; [. _NVMEN Non-Volatile Memory (Telecomm/Computer term).4 ^+ I) g- q" e% F7 n( p NWC (1) National Warning Center. (2) National War College. (3) Naval War College.! ]( u1 r5 {; u" G8 J1 S (4) Nuclear Weapons Council. (5) Naval Weapons Center. : }, `" f+ f5 _! Z; X8 MNEW Nuclear Weapons Effect. $ G! f; R6 V7 P8 s) O* a) u- R4 ENWFZ Nuclear Weapons Free Zone.. M8 l8 y5 F# c NWP Naval Warfare Publication.' Q4 r/ L! A3 l3 b% E; K NWS National Weather Service. ! p- B# M2 _$ R: }NWSC Naval Weapons Support Center. * i! e' U# y% XMDA GLOSSARY, VER. 4.0 N" ?- V0 n7 Z9 n1 E: o* w 205 1 C% v, U1 t8 G0 }9 y8 {9 }5 NNWSUS Navy WWMCCS Site Unique Software.; ~$ v& f2 u% q5 _, o2 A MDA GLOSSARY, VER. 4.0 O( h9 j/ }' z6 C1 ?- l 206 2 z5 _2 I5 z7 NOAMP Optical Airborne Measurement Program.* S z9 ]0 ~' U' i2 X) w O&M Operations and Maintenance.$ }1 e8 \! [' I; i O&O Plan Operational & Organizational Plan (Army).! I( g0 E$ x2 w O&S Operations and Support. ' T' y) u+ S: f( g4 Z! O; \- hO-Level Organizational Level (ILS term). r$ E1 N2 {0 o& Z1 t1 D. R O/A On or About. - _$ V( w' }* w+ R; c3 w% N' t uOA (1) Operational Assessment. 0 ], d% P: Z3 B) R1 b- L(2) Operational Availability.# T8 a3 Z( f5 @! U) Q% t: N- j) Y (3) Options Assessment (BM/C3 Program term c. 1994-6).7 a5 ?3 F* j" H" a8 p OAA Other Agreements Authority (OSD term).% M. h( Z {) V OAB Outer air battle. ; `3 d5 H: _5 aOAC Operating Agency Code.2 X& Q( M9 w" d4 \ OAMP Optical Airborne Measurement Program. ) e1 E1 |) t$ [! d# {& L. QOAO OAO Corporation, Greenbelt, MD./ L+ k/ P o& q5 Y OAR Chairman of the Joint Chiefs of Staff Operation Plans Assessment Report. 2 Y D6 J. R3 C7 B# n+ w$ @OAS Organization of American States.8 Q% g* Z0 ]' M, S OASA Office of the Assistant Secretary of the Army. ; l) \# ^! T: a3 `7 W7 f& O3 IOASD Office of Assistant Secretary of Defense.& B# e4 Q- ^9 A OASD (C3I) Office of the Assistant Secretary of Defense (C3I) 4 D o- ~5 p; r6 T6 M0 S7 J/ o4 T* D ?OASP On-Array Advanced Signal Processing. \! v, I% L! v3 zOB Operating Budget." b) z4 q7 U' J7 m8 Z' M+ y- f# Q1 x4 V OBAN Operating Budget Account Number. ; m9 F* u4 i. Q: y2 g; lOBDP Onboard Data Processor.# f7 L! z8 o& X* n& h OBE Overtaken By Events.% O: E' \% @( m+ B. d5 V( ` OBJ Object. / B" u5 C8 z0 c( ?9 g) n/ kObject-Oriented A software development approach that organizes software as a collection of1 e8 b8 k! ^+ R. n6 ?9 t/ |* _ objects containing both data structure and behavior. $ i( c& J0 }( D+ [5 r9 SObject-Oriented $ [! `2 e3 D+ n7 f7 Q3 bAnalysis( t( ?1 J' ?+ _0 A- r0 x& Z" C The process by which a real-world problem is examined in terms of a collection of ! |6 D) n( W7 n) @objects to understand requirements, without planning the implementation. 7 Z& F9 v0 y5 X+ ]6 T' L' o/ DObject Rate (Max) The maximum rate (per second) that a sensor can acquire RVs, decoys, AOs, or * a, w q1 q& ]/ B! ^9 g5 cfractionated missile/PBV debris. ) o: w; N0 S- v9 k1 GMDA GLOSSARY, VER. 4.0 O" s' c# A0 H# x5 w# r 207 j! v g" [0 U" Z; G6 X7 @ Objects in FOV # {9 ]; R& f+ l2 V) x- W( Z: r2 t3 ^' g(Max); |7 u" ?* C4 N The maximum number of RVs, decoys, AOs, or fractionated missile/PBV debris7 J& `! j% n7 E" y that a sensor can acquire at one time. 7 X+ g h! P3 D7 N& r7 mObligation A duty to make a future payment of money. The duty is incurred as soon as an+ m* W7 J0 A G7 v8 P. C2 E! U order is placed, or a contract is awarded. The placement of an order is sufficient.6 ~# z2 v* o: h; T An obligation “legally” encumbers a specified sum of money that will require+ W+ ~! \) ~* F+ ?! ~/ g# N1 v outlays or expenditures in the future. 8 G* H( u# o6 z; ?5 [: @3 O. G6 N' TObligation 9 q/ V0 n$ |! s, N9 J7 iAuthority 7 k# ~0 w' L% n+ l+ C, e2 Y(1) A congressional authorization to procure goods and services within a; I# u4 L. _2 U3 } z specified amount by appropriation or other authorization.# L5 `9 F: [$ X. @" H# ^: M7 d (2) The administrative extension of such authority, as by apportionment of - G6 K0 @- y+ |9 b( Vfunding. ; \: K1 s" _6 b(3) The amount of authority so granted.4 k, J4 [% m$ e1 H, R9 F Obscurant A material (e.g., smoke or chaff) used to conceal an object from observation by a ' g4 F ]( S- {% lradio or optical sensor. Smoke may be used to conceal an object from U' y7 @) ^( G% e observation by an optical sensor, and chaff may be used to conceal an object# G! O2 l' t% i3 x; _4 T8 o) ^ from observation by a radio sensor (e.g., radar). 6 R _2 a, A' i9 B5 RObservable A measurable target attribute.4 k/ @2 C; _ X2 M( k& n: f OBSV Observation. D& S9 K& I& s$ K% dOC Operations Center.' G* p. o+ H2 `# u1 }# A OCA Offensive Counter-air. + Z" R& d2 E3 p+ V& [ ~) gOCD Operational Concept Document.( _8 x" K) s- q' ?& F OCI Organizational Conflict of Interest.; @- c( p7 ]# ?3 R( Y$ B OCM Overt Countermeasure. % V) }8 z: H8 O5 IOCONUS Outside CONUS. & l$ k: ~6 m8 U& ^/ W2 Q! V' A0 pOCR Optical Character Reader. 4 }- X0 }7 H+ G/ |$ q; YOCS (1) Operational Control System. (2) Ozone Depleting Chemical.' t! @% z, g" e# r+ A OCU Operators Console Unit (THAAD). ! [( A8 j( b8 f* r9 t: ?0 l0 l6 wOD Optical Disk (PATRIOT). 5 N- J3 z& |! L0 R/ ]2 j7 ^OD PA&E Office of the Director, Program Analysis and Evaluation. 0 {0 |; N% a. ^1 Z8 f. X% I. N0 VODA Optical Discrimination Algorithms/Architecture. " s. S! a& e) o( ], x$ D% F DODASD Office of the Deputy Assistant Secretary of Defense.% u d" R; P) P& M4 b& \) g0 k ODCS Office, Deputy Chief of Staff.

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