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发表于 2008-12-25 20:12:22 |只看该作者
Military8 I4 d: Q. n( F. F Operational: x7 p6 k' N' e! g( |. q Requirements ! {4 S' ^3 ~5 O9 S" `The formal expression of a military need, the response to which results in" {5 ~/ L* u/ J$ O9 ~+ V development or acquisition of items, equipment, or systems.: p% _$ q+ n% P$ t2 A Military % J; {' T; l1 K' W3 e' e* ZRequirement3 Q- `# |% c* G' W1 R An established need justifying the timely allocation of resources to achieve a# G, I* d: g2 n0 Z: j1 L capability to accomplish approved military objectives, missions, or tasks.7 U/ e& T5 r2 ~ Military Satellite % j/ t n8 i3 p0 }(MILSAT) ! t: V! E$ m& F; @& f/ ~8 c* HA satellite used for military purposes, such as navigation or intelligence 4 C5 g+ ^$ f/ \8 A7 }7 @& zgathering. ' `, o1 k; c; T& j# S7 f6 ]MDA GLOSSARY, VER. 4.0 M8 u; G5 O J$ p- W" k 183 ! d5 j$ x' l* }Military Strategy ! [+ Q5 x& R5 OSelection% t# h# j6 X7 u* a+ w The determination of: (1) what targets to defend and their priorities in order to: G/ ~ B, M! F# Q- m% O( @) { achieve the selected national strategy, and (2) the type of attackers (and/or their ( ^2 r6 u7 _: I! tcorridors) to be intercepted. 0 B3 P6 W8 J6 E: _- SMilitary Utility The military worth of a system performing its mission in a competitive ( n% [3 y d; A" H c. ]environment, including versatility (or potential) of the system. It is measured7 T$ h9 K# W a1 N; \ against the operational concept, operational effectiveness, safety, security, and: B. @! L7 \% ^, l' u cost/worth. Military utility estimates form a rational basis for making management / y7 h0 V: _" L/ u" h! ydecisions. u( u: K# C! R& L7 e& N" B `9 A" M MILOGS Marine Integrated Logistics System (USMC term). 0 y. l. [: O( oMILSAT Military Satellite.) V: s! f5 e r3 e4 {. U MILSATCOM Military Satellite Communications. * ~% j0 H( X- F" oMILSPACE Military Space/ v6 R3 G) M4 V2 \; k$ E/ u MILSPEC Military Specification. + l& w" y8 Q2 V CMILSTAR Military Strategic and Tactical Relay (satellite system). : L: J/ j& {0 m6 ?MILSTRIP Military Standard Requisitioning and Issue Procedures. & i. P% S0 {' ?+ l nMIME Multipurpose Internet Mail Extension. / S# [5 ]$ f" N# c+ @+ B, yMIN Minimum . J/ w, f# H; ^( a! A3 Xmin Minute. % ?0 |5 ~4 K& vMini-DAMA Miniature Demand Assigned Multiple Access.# l8 v3 b7 d$ w( p Miniature Homing+ C. v) a2 p6 Q Vehicle (MHV)/0 @( f5 a. M3 a: p Miniature Vehicle' O+ e& @- K& s3 G( i" S (MV) 9 v" c7 D3 V/ _; O: pAn air-launched direct-ascent ("pop-up") kinetic energy anti-satellite weapon. * \& F5 X: {. U& o% b3 {7 s6 pMinimum, q# |$ V5 h; v& N# q Acceptable5 R, V. H3 n% h; h3 t Operational 7 o* y9 E! t! D. k, WRequirement % d o$ {: P7 H3 K( l+ @The value for a particular parameter that is required to provide a system # h Y& ^) r; K# vcapability that will satisfy the validated mission need. Also known as the * c; t0 E# V4 S5 g6 [performance threshold. 2 C: |# S) X- P7 oMinimum Energy0 N2 r P; K- a Trajectory 1 g9 x" F( ~( O/ R. J0 jThe trajectory that produces maximum range for a given amount of energy. 0 B7 o* a6 x1 cMinimum1 O0 r! |$ s- M& o9 _ Required) ^' i( Z. l6 C5 X- q Accomplishment( O$ L% X" p4 |% {$ S; h s9 |$ g% S& a- N) Z Necessary tasks that must be completed during an acquisition phase prior to the( [4 Y8 X/ @! i" h) u, [$ Z next milestone decision review. Applies to all acquisition categories and highly8 w- g1 d) S0 n# Q sensitive classified programs. 7 i. L: Z) R9 k5 [( I% D+ I7 RMinuteman US ICBM.' u. I; n( @) {1 A9 q- H: x% y* b MIP Maintenance Index Page (Navy ILS term). ) H! B+ P, K; i: H0 k! n$ qMIPA Missile Procurement Army (Appropriation).* a# N$ {9 c$ E& w7 v) T MIPR Military Interdepartmental Purchase Request. [& F6 t; o. o* L" l, BMDA GLOSSARY, VER. 4.0 M' V- {7 x) h3 P# U# n; Q 184$ ]* x! V$ `- B% p MIPS (1) Marine Integrated Personnel System (USMC term)., U4 d5 ?( V5 r' [ (2) Master Integrated Program Schedule.( q1 a5 j* P R2 S. ]+ R (3) Million Instructions Per Second (ADP term). 0 p4 b0 \; m% kMIPT Management IPT.: m2 [8 ^# e1 S# [4 N MIRACL Mid Infrared Advanced Chemical Laser. 0 t7 [- F: b' H: J/ y) YMIRS Management Information and Reporting System.% w! X0 B7 s( d& T& m9 G8 T& Y G MIRV Multiple Independently Targetable Reentry Vehicle. # G7 ~% u6 C+ h# J( Q$ I8 ]" DMIS Management Information System. % j7 r/ Q- D; c: VMISREP Mission Report (JFACC term).1 y0 B8 U6 v8 z* x; ^7 D3 r MISSI Multilevel Information Systems Security Initiative. - `) L$ h5 U8 I( K# a J- o1 ~Missile Defense( F& X5 c; e' n4 I National Team 0 Q! Z) l; Q) n" t8 u, t(MDNT) ; c4 r, T% a8 {& j: c* }, DA collaborative enterprise of the missile defense community that is focused on$ D/ r) C3 n+ a4 } _% q executing a single program of research and development work to develop a5 e% w( I% ?2 E1 r Ballistic Missile Defense System (BMDS). It is comprised of personnel from ; t P: i) i5 _; j( C1 A% |: \, pGovernment, Federally Funded Research and Development Centers (FFRDCs), 6 k7 h# z. C- o vUniversity Affiliated Research Centers (UARCs), Scientific, Engineering and % O# j1 ?( ^( o% [! iTechnical Assistance (SETA) providers and major industry contractors. ' w& {' u) T# |5 aMissile Defense " u; h. a1 E* H& {# Y5 oNational Team,& |, |0 s/ |, f! Z% @1 ? Battle3 x) ]+ N8 p: O4 B$ u& N Management, ( {* }# t& N' J+ s* `Command and) S* E0 A9 b/ [% S0 W+ P/ S Control, and& Q* D+ L, K7 U Communications2 ^& V# R4 u1 ^. L' ~* ?% n (MDNTB)+ Z T5 B! P9 Z( p4 T1 \ The component of the MDNT led by MDA/BC that is focused on Battle0 L6 H0 x: V- L6 T1 e# f# t* @ Management, Command and Control, and Communications (BM/C2/C). The 5 o @7 [9 _, D' {MDNTB industry contribution is composed of a single team of major defense. W/ a1 K( w( W% R contractors (Boeing, General Dynamics, Lockheed Martin [Team Lead], Northrop, I7 z; G1 k& E1 B% C2 [' |' D Grumman, Raytheon, and TRW). This industry team is referred to as the MDNTB5 K3 E6 V8 R2 _4 o2 S* H. B! p (I) and is a unique sub-group of personnel from the industry companies that ' f3 k3 e2 ^) m- f, Yprovides a confidential consolidation of experience in the development, 0 C: M" e k* ]# e8 l1 I; \8 \+ n& Kintegration, and production of missile defense systems. # u5 e& S, {4 m. ?5 u gMissile Defense/ ]. C1 @' t X6 l4 T1 ` National Team,% d- u4 d+ R; p Systems1 @% X; d1 R) j2 I9 Z Engineering &8 Y, J0 L" `6 ~3 L Integration 2 c9 f( |) P, G. S(MDNTS) H! F( f. g: c" |5 o% K8 q* I, _ The component of the MDNT led by MDA/SE that is focused on Systems" I& ~7 \, Z- m r* `7 Q9 J5 x Engineering and Integration (SE&I). The MDNTS industry contribution is& Z6 o! l, o4 j, T, m4 a composed of a single team of major defense contractors (Boeing [Team Lead],2 k' i" u- S. S, o/ L0 P General Dynamics, Lockheed Martin, Northrop Grumman, Raytheon, and TRW).: K0 [. D c" k This industry team is referred to as the MDNTS (I) and is a unique sub-group of3 g8 l z. }$ c! I( x* _ personnel from the industry companies that provides a confidential consolidation ( y8 o2 m U3 V2 ~6 t8 |3 I* kof experience in the development, integration, and production of missile defense # T! a1 O( c* N( O5 V9 p- N" p& _5 tsystems. ! X0 @/ m$ v9 K$ \Missile Defense % J) H1 E4 C, b6 T& x# QWarning 7 x$ }2 a' ]- `1 l& z9 P: TCondition 6 O, _/ o+ P9 n: u {A situation of peril declared by the competent military commander, that a ballistic6 R9 O ~' y9 ^& u3 H- G0 v; a& N missile attack is probable (Missile Defense Warning Yellow), imminent or in I# P9 W; P7 Eprogress (Missile Defense Warning Red), or improbable (Missile Defense Warning + |+ a. u* @$ @& R8 XWhite). 5 ]! ^, y0 \1 {5 T+ R# U7 oMissile 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, ?5 T& O; a$ c, I' y, K$ _ System & v/ b4 B; K# C: |A system that evaluates flight information, correlates it with target data, + U7 Q* s2 c: A/ z# h% {' mdetermines the desired flight path of a missile, and communicates the necessary; p3 X7 `2 x- ]8 X commands to the missile flight control system." G( L* n: V, ~ I8 R MDA GLOSSARY, VER. 4.0 M; G8 ^) `8 [0 C8 |2 V: K 185 ( o( g! Q. U8 |4 I! _/ IMissile Intercept4 W1 G# K2 g9 k! Z Zone / P0 W0 g" v1 j( vThat geographical division of the destruction area where surface-to-air missiles1 p$ x: T7 N5 V. S. w have primary responsibility for destruction of airborne objects." b" ` P8 C: F* k3 b Missile Release . X- s9 j* A0 {. B! o9 }Line 5 C$ S; U6 |4 ? ?6 NThe line at which an attacking aircraft could launch an air-to-surface missile2 `' @- B$ G: p2 |* o8 k. B7 D against a specific target. ! [$ \7 r! ]1 \' G/ e2 GMissile Warning6 y& l. B! C% v( z) Y9 P& N: h- n; S Center (MWC)5 o+ q7 t0 q9 ?0 A Located in CMAFB, the MWC is operated by USSPACECOM to fulfill ballistic3 B- C4 B$ [: p( d. s0 n, {' W missile TW/AA responsibilities of USCINCSPACE to external users to whom there , ]8 b6 U4 k, Q8 P% Ware commitments. The MWC manages the ballistic missile sensors and reporting: R/ P- B m d& A7 i2 l3 I; O system in support of timely, accurate, and unambiguous warning of missile attack - e: w6 m8 d7 U. v- u" m( @; Tworldwide. MWC personnel, in coordination with other centers, validate and # h0 r2 Y k/ u7 U0 iconfirm report events. The Launch Correlation Unit (LCU) of the MWC ensures- u( F/ i9 Q& S* q all domestic and cooperative launches are coordinated and reported so that they - {) w) \0 N! _( X$ r( ~+ Mare not construed as hostile in accordance with the “Agreement on Measures to 1 x( a* s1 i5 {0 }0 |Reduce the Risk of Outbreak of Nuclear War” between the US and USSR. 3 |. J1 K1 f# _$ sMission (1) The task, together with the purpose, which clearly indicates the action to4 i4 k- I. W9 b/ K( f1 W: b: Q4 K5 W be taken and the reason therefore. ) `* n( c1 K9 [; d: `(2) In common usage, especially when applied to lower military units, a duty ; R) M1 M" \3 v0 h, fassigned to an individual or unit; a task.( Z/ _! B2 s( A6 H) X (3) Missions are statements of the objective to be accomplished for a given - k6 ]7 F7 ^# E. y) W, Zsituation. Missions will describe the situation and will include who, what,7 u% u. m" ~1 A3 T9 I' e) t6 r0 v when, where, why, and how the BMD system will perform. They contain! _2 M5 [# o5 }. L: j0 w employment direction and procedures to BMD forces for a given situation* f& B; s/ s- Y! Z3 g# N0 g, v to achieve specific defense objectives. (USSPACECOM)3 X. D& a! c% R9 E: @) C Mission Area A segment of the defense mission as established by the Secretary of Defense.$ n! `! d. s% k- t2 x+ B Each DoD component has a mission area (i.e. Navy - sea control) for which it 2 J3 M3 C& [" O7 V* I" D# C; Qmust equip its forces. 1 ?9 c9 D, @7 Y* d$ rMission Area 0 t5 o/ l% o" X/ ?Analysis (MAA) , w& _6 b# L& ]1 J) |0 l2 ^$ I6 IContinuous analysis of assigned mission responsibilities in the several mission $ {& z: J7 x7 @" {9 L. careas to identify deficiencies in the current and projected capabilities to meet4 b4 h9 M( F# K, i' o" ] essential mission needs, and to identify opportunities for the enhancement of + ?/ H n# ]3 B8 O( u% Wcapability through more effective systems and less costly methods.! s% U9 H$ J6 ^& Q" [# _; t Mission Capable $ a# t6 B! U4 S* C$ q& n; v3 m(MC) 1 L3 n6 k' l1 V, t6 f1 [" ]Material condition of an aircraft indicating it can perform at least one and 7 v; u+ f e4 C2 |potentially all of its designated missions. Mission capable is further defined as* |0 R6 n& T4 W9 r9 g+ o# f the sum of full mission capable and partial mission capable. Also called MC. & I% a! S3 O+ r8 @) W+ K. J* l' sMission Critical s* o( I0 c" I% L- e+ w! `7 gComputer; E: a2 ]6 m! K0 @6 y- s2 {: W- A. ` Resources : I. _/ ]$ d# \' CAutomated data processing equipment or services if the function, operation, or$ u: V1 g3 z& x+ x4 `; N" I use: (1) involves intelligence activities; (2) involves cryptologic activities related to 4 ]. @+ n/ ?/ }4 W+ Inational security; (3) involves command and control of military forces; (4) involves( K& ]3 i6 p/ k q equipment which is an integral part of a weapon or weapons system; or (5) is * F' \- D; c" a& k ?critical to direct fulfillment of military or intelligence missions. ; a) i7 `. X0 ?5 aMission Critical5 Y) l Q9 p9 M! c+ r System( q% \ @4 P- c3 B3 S/ x" q A system whose operational effectiveness and operational suitability are , x4 v* q5 l+ R: [essential to successful completion or to aggregate residual combat capability. If 7 Q) y6 r k9 t6 v/ Pthis system fails, the mission likely will not be completed. Such a system can be0 N z* S4 e! ^ an auxiliary or supporting system, as well as a primary mission system. 4 N l- S3 M, s3 z8 d: x" |Mission Element A segment of a mission area critical to the accomplishment of the mission area0 Y( P) e- R7 {7 @- N& { objectives and corresponding to a recommendation for a major system capability5 \* z) x y. P as determined by the DoD Component. & G- W* ^4 u2 t8 w9 W3 }MDA GLOSSARY, VER. 4.0 M6 }# J# V. k% V- n- m0 X 186/ V7 W! V* x* o Mission Need' E! K0 F0 Z' |: Q: g# K$ E) E* R Analysis- D% F d" q& ^ q) c# O Assesses alternatives in an operational context, identifying what force . K3 o9 Y5 [, b$ k; P2 `capabilities would be gained by pursuing any of a designated set of alternatives.& B( I0 W, x) _ Assesses the strengths and weaknesses of a military force when confronting a 0 Y9 e+ C* P/ V* F6 K S: Rpostulated threat in a specified scenario or set of circumstances.% W4 E8 Q- a2 J( u Mission Need- m+ b8 `9 f9 [ Statement (MNS) # y, l. I7 ^- ~2 R(1) A non-system specific statement of operational capability needs," r3 u w# A. _8 G% _' A prepared IAW format in DoD 5000.2-M. Developed by DoD components # Y$ L x7 A/ U' q! R8 n8 kand forwarded to the Joint Requirements Oversight Council (JROC) for3 I: w) V! T% k validation and approval (major efforts), or just notification (minor efforts).* `9 z1 D6 \2 Y" }! @ The JROC also assesses all MNSs for joint service potential. MNSs go to' f5 Y' d, a/ X the milestone decision authority for a determination on whether or not to 4 L- H0 C- w( u; K! }convene a Milestone 0 review.1 B$ K8 K# P$ i2 ]' d (2) A statement of operational capability required to perform an assigned; i% k+ I! u, Y, `. P; k mission or to correct a deficiency in existing capability to perform the $ i" f/ {5 m- p. r/ V7 D; ymission.; S* R$ i) t* p9 C6 N( W" l/ } Mission+ f* e( J9 I( b8 E, n Reliability 0 T5 K1 B6 y/ Z7 e3 O. hThe probability that the system will perform mission essential functions for a. | ~- k' J/ z. y period of time under the conditions stated in the mission profile.5 w- s5 U8 H5 F8 f! {; g MIST Mosaic Infrared Sensor Technology. 3 o* r' P4 d Q& u4 r5 r9 s8 qMIT Massachusetts Institute of Technology.4 u" P( O7 r" n" j7 r MIT/LL Massachusetts Institute of Technology / Lincoln Laboratory, Bedford, MA. / b# s; t4 \- U. ~/ MMIW Mine Warfare. $ T- ?& D) o" w* t3 U% [MK Mark (version). 2 X+ p8 U0 `: B4 `9 J# G/ ~MKV (1) Miniature Kill Vehicle. (2) Multiple Kill Vehicles. 0 f, D. D6 c2 v/ K# rMLCP Mission Launch Control Processor. - M4 ~) {' H O4 k- sMLDT (1) Mean Logistics Delay Time (ILS term). & X2 F2 l) u5 R7 E' v6 M: H(2) Missile Downlink Transmitter (USA term). ; }5 G# x( @8 p( T; ]MLF Multi-Lateral Force. 4 v$ ?* V3 {$ N' m" eMLI 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.$ G: V, S* F* t MLS (1) Microwave Landing System (FAA airways term). ! _2 b& X' j8 T% k c) Z8 O(2) Multi-Level Security (COMSEC term). & i9 B5 e; Y$ T1 o( q) f/ n2 VMLV (1) Missile Launch Vehicle. (2) Medium Life Vehicle. - W7 t6 u3 W" kMLWIR Medium-Long Wavelength Infrared.% O, t& \9 O5 j8 Y2 i Mm Millimeter. # u8 g7 D8 N# g7 ]1 \% C2 U; r2 _MM Maintenance Manual./ r5 l+ c, N; \# _& b ] MM III Minuteman III ICBM.' T' `9 [ F9 H1 f MMH Maintenance Man-hours (ILS term). 6 Q7 g! ?$ f" R/ y: r* T) `MDA GLOSSARY, VER. 4.0 M* j% b- `' C: q& u. O 187 2 v; t" o! Y. ~. oMMI Man-Machine Interface. a, j1 F1 N/ Q( A* qMMIC Monolithic Microwave Integrated Circuit. + H6 O; k: D a. x$ Z! D( jMMIPT Milestone Management IPT (THAAD Program term). 1 R3 n7 B# a, Q% l- ~; ^MMKV Multiple Miniature Kill Vehicles ! _6 j3 }8 R& L0 h5 n+ V) iMMM Multi-Mode Missile.7 {9 I1 u) X) U5 r: J; M: e% D0 o8 N MMPM MEECN Message Processing Mode. % {( W& L1 ]) y+ o( mMMR Monthly Management Review.6 }4 {5 }$ U8 B, z0 W% b MMS Multi-Mode Seeker. 8 w- y* f% {4 v7 rMMS-CP Missile Management Station – Control Panel (US Army term). 2 b6 K) N$ L- n0 f+ v8 w: eMMU Man Maneuvering Unit.& @6 K- c+ s- a2 p MMW Millimeter Wave. 9 r; E$ W" n# d) fMN-ED Materiel Need – Engineering Development (US Army term). 8 _9 p5 q" v2 mMNS Mission Need Statement. 0 F! y6 p2 H5 g7 P4 A4 d1 B/ OMOA (1) Memorandum of Agreement. (2) Military Operating Area.7 U2 ]. `1 d \) o1 ]+ _ MOA/U Memorandum of Agreement/Understanding.3 {6 [5 M8 `7 e7 H* S& J+ T MOAB Missile Optimized Anti-Ballistic.* X! d$ Y" A4 Q# M5 ?" U MOB Main Operations Base. 8 }4 w0 Z' U; s0 v# c FMobile Ground 2 w1 }/ c: X1 a9 Y* Q' sEntry Point* T* h) d: @! r (MGEP) 3 v! U' p) B+ o! z+ Y- r i) O, lThe subset of GEPs, which are transportable. GEPs provide the communications # n( F4 Q) m5 O! @1 C0 o' P5 minterfaces between the SDS space orbital/sub-orbital elements and the C2E. # _- _- r5 G, C' }7 [MOC Mobile Operations Center. . ?6 Q& n/ @4 r! A5 K( UMOCVD Metal Organic Chemical Vapor Deposition. * @8 l5 w1 @; E$ cMock-up A model, built to scale, of a machine, apparatus, or weapon. It is used in 8 h/ x- i$ L& P/ [+ c9 Texamining the construction of critical clearances, in testing a new development, / s# W* s+ e+ j4 d0 E! @# tor in teaching personnel how to operate or maintain the actual item.) q) [+ ^2 G# x/ M0 b1 |: @2 `, r3 k MOD (1) Ministry of Defense. (2) Modification. 6 }* [4 K/ D; p e' y: h/ gModem Modulator-Demodulator (Telecomm/Computer term). % U" \4 R6 \4 \" E' H# b0 `8 V& VModes Situational conditions or categories under which selective Rules of Engagement 4 f- m- I9 O6 h9 ^4 rapply. Examples include: Peacetime: Day to day operation when training,: B# D5 l+ M- r# E6 L- A- W/ | exercises, and routine maintenance and operations occur. Prior to crisis or war.1 ]8 z; Z: C$ ~* Q# z Crisis: The transition state between peacetime and war. War: Self-explanatory. , W7 W# j# R$ XMODIL See Manufacturing Operations, Development, and Integration Laboratory.& X* G5 R" q( n4 Y0 { MDA GLOSSARY, VER. 4.0 M' v( v" P; h, N. s7 P6 T) Y 1881 Z9 B3 @! Z' U, U Modularity The degree to which a system, computer program (or component) is composed ! s' H1 M- d8 P- L5 G1 b- kof discrete components such that a change to one component has minimal 8 ~& U) O/ I6 A& jimpact on other components. / t1 S5 i+ E2 GMOE See Measure of Effectiveness." m% f, V. K" Z- f d5 F MOL Minimum Operating Level. 2 w( s4 K: @( O4 IMOLNIYA Orbit This is a highly eccentric orbit with high apogee (.71 to .74) in the northern & `! J9 b: F, V, C# l/ _hemisphere and low perigee in the southern hemisphere. For a specific set of. c' Y$ a5 |- e orbital parameters, this orbit has a changing velocity and altitude, which, when 5 u* X, f$ K% B: _: Ecombined with the earth’s rotation, keeps the orbiting satellite within view for very7 W# D) V* T2 h& w long periods (96 percent) above a designated point on earth. N! U3 P+ s9 ~: {, Q3 |! q! S MOM Measure of Merit.3 k4 S" N! M8 d Mono Track Data on the location and movement of an object in space that can be derived by 4 \( F" H' ?' e7 ja single sensor. ) q8 ]+ R6 {" b. r1 SMonostatic Radar A radar system in which the receiver and transmitter are collocated. ; S! Q2 R* a$ RMOP Memorandum of Policy. - C' d9 I* ]% \$ XMOPA Master Oscillator Power Amplifier." p* ~5 O" I; C, Y! m0 F6 l MOPP Mission-Oriented Protective Posture.# J# Z/ L; o4 X( K1 E, n T) n& M MOR Memorandum of Record.6 y2 X$ X% g) r MORA MILSTAR Operator Requirements Analyst. 3 z& `5 j" ]- m" M oMOS Metal Oxide Semiconductor.% a; M8 }6 _0 W2 k Moscow BMD ; E2 M0 R# W0 y9 `System 3 ]. k/ \& q, I. `7 DThe Soviet exoatmospheric system using the Dog House and Cat House! m$ L6 G+ [8 o3 Q phased-array radars for long-range acquisition. The system might also use the 0 }: H4 G) \$ n% C' vHen House early warning radars for long-range acquisition. Target and ( P+ N, I* O" O1 Zinterceptor tracking is performed by mechanically steered dish antennas. 2 Q6 o4 ~3 D" S; l. }* D: {, CMOSHED Multi-planar Organic Scintillator High Energy Detector.7 d7 ?8 [6 V# A MOSTT Mosaic Optical Sensor Technology Testbed. ( H% C% d5 O2 T. X% e1 NMOTIF Maui Optical Tracking and Identification Facility, HI. - R# f7 U" S0 c7 aMOTR Multiple Object Tracking Radar.( o1 d4 _* l1 X4 t) r& t) R MOTS Military Off the Shelf./ T- U* X' `7 ~8 X# C+ y MOU Memorandum of Understanding. 3 F6 S; R! g8 z! D' pMPA (1) Main Political Administration (USSR term). R( j8 v- _# T a& m. d" Q (2) Maintenance Planning Analysis (ILS term).6 E7 ?2 _& x- O mph Miles per hour. C _; L# b+ R7 H# b# r* E& |MPL Multiple Pulse Laser., Q$ W n% B4 a: Z" e4 n+ q MDA GLOSSARY, VER. 4.0 M 1 p ]2 T5 E( r189! `3 i1 G. N( y* w. D MPOS Million Operations Per Second. * w" \8 l. X* N) S) z* g$ x; C0 pMPP Massively Parallel Processor. ?3 j; [! @1 y/ W6 f4 h( Q MPRS Mission Planning Rehearsal System.) H# \1 M# X& d& Y4 W0 W MPS (1) Multiple Protective Shelters (once to be used for basing MX)./ P+ _5 K2 D& ~ (2) Main Propulsion System.) P8 `4 B# w4 g* L8 W MPT Manpower, Personnel, and Training. / @0 o- ?' |' Z5 O% YMPTS Manpower, Personnel, Training, and Safety. ; f! @( _( g9 X: w8 kMR (1) Milliradian. (2) Mobile Reserve. (3) Maintenance Ratio (ILS term) (4) Missile$ t- i; }) m9 c) V3 [ Round (US Army term): p. Q& \% ]1 m! A! ]/ q/ D MRB Material Review Board.2 I- d8 p' c2 A* N MRBM Medium Range Ballistic Missile. . y$ D" m; u' sMRC (1) Maintenance Requirements Card (Navy ILS term).# P" F2 F1 l% q! n+ Z) O. F8 L% V (2) Major Regional Conflict/Contingency. 3 e3 {5 g9 u" D% C* zMRCTS Missile Round Cable Test Set.2 n8 F# X+ e2 Q. E7 M. z MRD Mission Requirements Document. ) F0 M9 v/ m9 Q# xMRDA Mission Requirements and Definition Analysis. 8 x5 y5 p4 o, g+ B- dMRJ A specific SETA contractor.5 T1 r3 O+ R' r- k$ }: ? MRL Multiple Rocket Launcher.) ]$ W% [9 N9 V5 \ MROC (1) Mobile Regional Operations Center.' a. U' D. D" |) L8 w; U; c (2) Multiple Required Operational Capabilities. & _ j( P6 t$ m1 s$ sMRP Missile Round Pallet. * Q. v9 ` J" q9 A8 bMRR Mission Readiness Review (AFMC term). 1 x7 I7 y8 y9 m7 m3 i4 sMRSA Material Readiness Support Agency (US. Army).

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MRSS Mobile Range Safety System.( F# l4 o9 e8 M8 q& A& l MRTFB Major Range and Test Facility Base. ! t' B5 d& p8 B8 G9 n2 X- PMRV Maneuverable Reentry Vehicle.$ b# @6 o, m$ }7 a. j' b8 l MRVIS Mid-Apogee Reentry Vehicle Intercept System. " s8 z5 I+ h- Z4 n% Pms Milliseconds.2 X+ _, @8 Q: s2 F, g; d MS Milestones.( `: \$ P! H7 u4 Y MS I Milestone I (DD 5000 term). - _7 Z% S6 r# X1 [' ]MS II Milestone Two (DD 5000 term). 9 q' u/ r1 R6 E( m: K% H( W/ r LMDA GLOSSARY, VER. 4.0 M U5 z6 F# u9 n# X8 ^1905 n; v7 j3 }/ Q. l9 e MS III Milestone Three (DD 5000 term). " W! ^1 w7 Y/ ? Q9 IMS IV Milestone Four (DD 5000 term).1 _ L& G; T4 j* w. H/ C h0 j MS-DOS Microsoft Disk Operating System.. q, T0 v) W" ?0 s3 u" m( K& g MSAG Multi-functional Self-Aligned Gate. * q8 R; e ^1 OMSC (1) Military Sealift Command. (2) Mission Support Configuration. (3) Major( [8 k& H0 c# b2 H5 @$ I: Q" a R Subordinate Command. " U; G: _, ^' q5 s1 C4 R- zMSD Modular Security Device. , U. A# }2 a3 \MSE (1) Mobile Subscriber Equipment (PATRIOT). 2 o. l0 [- x3 {# W# r(2) Multiple Simultaneous Engagements. p, S/ x! l, a: T' H; X3 I4 w$ d* KMSEL Master Scenario Events List. ; t N: r7 {) _1 jMSFC Marshall Space Flight Center, Huntsville, AL.1 D# e, u5 h1 |, S; A% F8 @ MSG Message. 3 V' ]. q7 q( Z6 o0 Y6 SMSGDB Message Database.' e% m6 r2 `/ }. O) _: r1 G: J MSI Multi-Spectral Imagery.3 F$ f" B1 ?# h MSIC Missile and Space Intelligence Center (DIA), Redstone Arsenal, AL.3 |9 ~: n. b( X1 U MSL (1) Mean Sea Level. (2) Master Station Log. $ C, y E; d2 f) q- o* ^MSLS Multi-Service Launch System (Minuteman).1 i4 v) _9 R" |' | J9 A MSPS Mega Sample Per Second.1 v: C1 n8 j# x& ~% C MSR Missile Site Radar. 6 K( T! p" W0 ]; d+ n: k' iMSS (1) Midcourse Surveillance System. f8 y& U1 N0 L0 E5 U5 K (2) Multi-Satellite System. (ARPA). : X. m+ a: ^9 O9 `* W(3) Management Support System. ~8 n3 ]; ]/ f! ](4) Modeling and Simulation Support.' z% H: z/ x% ?8 c- P: W MSSS Maui Space Surveillance Site.4 b/ r7 d% X \* M3 r( D: g' E" ` MSTI Miniature Sensor Technology Integration satellite. % ~" e8 A' K& x7 D5 O* B. e" l" dMSTS (1) Midcourse Surveillance and Tracking System.5 Q3 H) e5 T# J# B (2) Multi Source Tactical System. & S- x% G& ]+ H/ p/ c1 M( \" pMSU Mass Storage Unit (TelComm/Computer term). 3 J9 W, D. B6 L; qMSWG Milestone Working Group./ n: W& g1 I$ W( U7 V MSX Midcourse Space Experiment. , \/ N( a; ~9 B4 o/ |# HMt. Megaton.& w3 |1 K) l( L3 i MT Metric Ton. * K2 S) _ U* n# L: AMDA GLOSSARY, VER. 4.0 M7 v1 a9 @8 q1 |8 p* R+ S" p 1916 `9 m9 w2 D8 F3 g MTACCS Marine Tactical Air Command and Control System. 2 a* ]! N3 I2 |3 F( p# c4 I5 V& cMTB(EME) Mean Time Between (Equipment Malfunction Event).& X) y U1 s! x MTBCF Mean Time Between Critical Failures ((ILS term). 1 C9 g# ?* A: l: G( ~0 \MTBF Mean Time Between Failures.0 R! J1 V: U0 e7 ?$ R1 P1 Y MTBFS MTBF Software (ILS term). : r4 A( C, E' g& B) I EMTBM Mean Time Between Maintenance (ILS term). ( i; e& O; |: i' O0 Y% ^' i+ GMTBMA Mean Time Between Maintenance Actions (ILS term).; `, s8 I O" I/ l( F' S MTBR Mean Time Between Removals (ILS term). " d1 m; n$ {9 AMTCR Missile Technology Control Regime. ( n5 _- {( T7 E% AMTD (1) Maintenance Task Distribution (ILS term). (2) Material Test Directorate. 3 K& t1 G" }; e% v3 m(3) Missile Technology Demonstration (USAF program). ' m* T0 T+ M) w& \MTDS Minimum Technical Data Set (ACDP term).% a6 l0 Y) h* Q5 | Mtg Meeting. . l3 _' Q7 n( u$ tMTI Moving Target Indicator. 1 I: \% D/ z, bMTM Maneuvering Tactical Missile. 4 f; ? i7 z- @4 V+ S1 \0 tMTMC Military Traffic Management Control. & O1 ^1 ]- ]. [$ [Mtn Mountain.7 T$ x, q! _1 d' l8 z: ]& V4 N MTOE Modified Table of Organization and Equipment. 0 M# S$ w% g4 JMTOP Management Task Order Plan.$ G8 N7 Q2 n( X7 F! K MTS Missile Tracking Sensor. % C% ~9 w" u( K+ n3 S0 uMTTR Mean Time To Repair.; B$ d: h g# L. [) W& k1 L MTTRS Mean Time to Restore System. & l& ~; Y9 X- U% q T5 \0 l( V4 |$ G& QMTTV Maneuvering Tactical Target Vehicle.0 o" P9 {) x8 \2 i% ~/ ?' P MTU Military Training Unit (ILS term). 7 D; |- X0 g0 ?0 _+ bMTV Maneuvering Target Vehicle. A Hera target booster with a Pershing II reentry % Q5 x' m. ?5 W+ c8 w" nvehicle.* z0 o3 b2 Q7 u, a7 U. P. ^ MTWS MAGTF Tactical Warfare Simulation. 3 x& w _' k4 o' E$ F7 mMUE Mission Unique Equipment. ! Q) _4 Q/ t/ a+ ]4 M+ M5 KMDA GLOSSARY, VER. 4.0 M4 Y2 E, e4 h! X- Y/ H: X1 _" w5 | 192& R1 w2 n0 `# ?& O Multi-Service % N- P. ~( M1 Q; kDoctrine; I! y) I2 K- A Fundamental principals that guide the employment of forces of two or more 6 ^$ t$ o+ [: W9 i. g6 x. { CServices in coordinated action toward a common objective. It is ratified by the ) {9 e/ V* l: vtwo or more Services, and is promulgated in multi-Service publications that $ Y4 S6 J- }5 r6 H' W% h1 Didentify the participating Services. See also Joint Doctrine.7 Y% A, y$ L8 z1 _0 { Multi-Spectral) ^1 X4 R/ v7 A8 |/ e7 K) m Imagery 2 s1 v0 u, m. {) h& B- o, ?) tThe image of an object obtained simultaneously in a number of discrete spectral , B1 h) m( n4 \1 S; n) Mbands. ' X9 N4 ~6 G( N) V* b+ uMulti-Year # s/ T% A4 i( A/ o8 o) a5 }Appropriation ( }1 s, [9 O* j2 o# W& ZCongressional appropriation available for incurring obligations for a definite 7 i9 U" E O% K, D+ z' z4 `period in excess of one fiscal year; i.e., for two or more years. (See Multi-Year 4 I# K8 T6 A: j6 `2 [, O2 CProcurement.) , n: |* ^6 A& |5 Y5 [1 |9 x0 \8 ]Multi-Year! d$ T1 M/ m `! E Procurement ; D" |+ l) e2 \(MYP) / U! u J) h+ H5 y/ w; A( g' _A procurement of more units than the current year requirement. The total / J. k7 ?8 {% ?5 K2 a/ Spurchase is divided into segments, which are annually budgeted and funded;( f' }* P6 M: J' Z6 I7 e. C: X however, the contractor is protected from cancellations through clauses in ]4 d2 @2 K5 f' H6 ^" B& Y. icontracts.( b* [' @; O1 Z. W; j; M' O( V Multilateration A type of multi-static radar usually employing one transmitter and several, s6 \- ]3 v/ D+ ~* H receivers for target detection and tracking.1 v' {( u" m5 H" B |4 t3 E Multilevel Device A device that is used in a manner that it simultaneously permits access by users; @0 |: Y0 |3 m9 O1 i5 ] with different security clearances and needs-to-know, but prevents users from9 B) z2 \# q- M obtaining access to information for which they lack authorization. * m4 d; k1 u$ o2 b# O \! AMultilevel Secure A class of system containing information with different classifications that$ y& N1 c1 }4 L simultaneously permits access by users with different security clearances and9 A0 {8 Y; z5 a; _* c G! y7 H, ? needs-to-know, but prevents users from obtaining access to information for which& i( k' W/ ?; T1 F0 M they lack authorization. # v3 j) K* s: S2 d: LMultilevel1 y5 E: K( O" g9 l* C+ B2 ` Security Mode( a( z% S. n7 g (ADP Security) A mode of operation using an operating system, which provides a 7 p% ` ]% F j7 k- u1 jcapability, that permits various levels and categories or compartments of material1 D4 w: N B* W* M& b+ z to be concurrently stored and processed in an ADP system.6 |2 E% s8 p* y Multiple 9 b5 Z! g- X# Z2 j& s0 h1 XIndependently + S2 ?$ k2 j7 U8 ETargetable1 |! S9 K' x5 g }! ?2 B. u9 r Reentry Vehicle % f* c0 r+ v! h( ^! y8 b(MIRV) " D3 y$ }' _7 H# o3 ZA reentry vehicle carried by a delivery system that can place one or more reentry9 e* i9 y3 b# H: s0 @ vehicles over each of several separate targets.

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Multiple Intercept ( h O0 R+ I( @; `5 B! QDefense! X* I* X. Y0 ?* Z Capability to make two or more intercepts per target or targets defended. 7 H: ?4 m- p* [# P/ h9 l) tMultiple( K `; K) v& w7 o( ?% A9 Y; V' h Phenomenology5 J2 K4 p' m# G7 a+ h3 l d Observations of potential targets by means of different physical principles and4 Z, q l# X) W$ N5 u different sensor systems. In the case of sensor systems, the use of multiple . X* z+ g2 d) |, j5 xphenomenologies makes it more difficult for an adversary to deceive them.# q c3 p2 ^. T Multiple Reentry , N# H9 S5 j. YVehicle 3 C% l$ n" I! W$ R) S/ {& M1 \! {A reentry vehicle of a delivery system, which places more than one reentry 0 l0 R. e3 E: L2 |vehicle over an individual target." D, P4 n; @! |6 w Multiple Silo , H% z+ E' u* F7 JDefense: e4 @5 @2 h2 c Capability to defend two or more silos.) y3 F+ j; q: \ Multi-service T&E T&E conducted by two or more DoD Components for systems to be acquired by7 N2 b" _: L' q, g5 B7 W7 f more than one DoD Component, or for a DoD Component's systems that have q/ ]( h2 Q4 m* J+ r( C- ^interfaces with equipment of another DoD Component. ; }, S7 j; q8 w% ?" Y' ^MDA GLOSSARY, VER. 4.0 M. i# w8 T( b9 l! H2 M6 | 193 ! M0 I8 V6 Y' e: ^. K0 lMulti-static Radar A radar system with a transmitter and several receivers all separated. A special / L7 g5 p$ g; Ucase is bi-static radar. An advantage of multi-static radar over mono-static radar 6 Z& K8 Q% @5 C- x( ais that even if transmitters, which might be detected by the enemy when; \0 S0 E8 E& s- F$ {" d operating, are attacked, receivers in other locations might not be noticed and * {2 U% t* n- `! j8 rmight thereby escape attack. * r/ c3 M8 j- L& w! x* c5 M6 d$ ?MULTS Mobile Universal Link Translator System (NATO term). 7 Y3 v6 h% `% n3 T3 sMUS Mission Unique Software.8 d+ {2 z' K& `0 i; n! j( I MUX Multiplex.8 v6 |3 v2 @7 _0 p% T: {& A mV Millivolt.4 U! z9 W* P! E& }( K; ?" M* e MV Miniature Vehicle. , k/ \. S. `8 F6 x& u |6 wMW (1) Mega-Watt (millions of watts). (2) Microwave. (3) Missile Warning.( n9 {! }7 C: k& S MWC Missile Warning Center. $ O; x+ L1 C. A, }. UMwe Megawatt (electrical energy). y0 c" Z% e1 B6 p" [& XMWIR Medium Wavelength Infrared.& f4 R# t8 Q* [% {2 G' }: b- D2 ^; i MWS Modular Workstation (ADP term). ' F& y$ [* b% U- L$ X* bMwt Megawatt (thermal energy).8 U$ ^* w5 x5 o' E: l& | MX Formerly an experimental missile; newest addition to U.S. ICBM arsenal; also3 U% p9 m j: o2 I7 j1 c: [ called "Peacekeeper.”* O! S$ t$ x4 V& k% A* `! S% P7 | MY Man Year., e4 U7 B1 a; A MDA GLOSSARY, VER. 4.0 N & g: M* f, O& G5 _194 ^& a% {; J# O f, _* YN (1) Neutron. (2) North. - R. z! J k! X. n4 P8 c5 DN/A (1) Not Applicable. (2) Not Available. ' ^5 T1 T |& PN/SP CC NORAD/US SPACECOM Commander. + w' Q Q$ x- p" _/ }0 g( [% BNAAF Neutral Airframe Adaptive Flare.* C8 V0 `- d5 V' r( K& f NACMA NATO ACCS Management Agency.6 U2 Z! {4 T4 A/ n- s+ w NACSEM National Communications Security Emanations Memoranda. , ?* C: ?4 I: ]. q3 tNACSI National Communications Security Instruction.! s( e' }6 |% ?0 |" s NACSIM National Communications Security Information Memoranda.6 M* b8 Y. h0 Z% B* Z NAD Navy Area Defense (lower tier). 2 k$ v J/ y* z5 S6 lNADC Naval Air Development Center.# |3 A* A! d3 O" |) V NADGE NATO Air Defense Ground Environment. $ v7 ^ Q9 K6 k4 zNADIR Network Anomaly Detection Intrusion Reported.- x+ g3 Z4 s& E NAE Navy Acquisition Executive.0 u I% d8 q; p* Q NAF (1) Non-appropriated Fund. 2. Naval Air Facility. + ^3 e( g; g; e: O ]( w! _NAI Named Areas of Interest. " }' _4 u$ M2 t1 ~7 ~9 }( w0 mNAIC National Air Intelligence Center (DIA), Wright-Patterson AFB, OH.' c* F0 b) m& D% L% ^0 \ NAM Non-aligned Movement.& Y. Q7 {( O( Z0 _+ x! x NAMEADSMA NATO MEADS Management Agency.; {- K/ _% _' P) S7 | NAOC National Airborne Operations Center (formerly NEACP). 3 d% M8 ?! c3 Y/ PNAP NDS Augmentation Package. H4 D5 F3 I- P7 C NAS (1) National Academy of Sciences, Washington, DC. (2) Naval Air Station.) F! e: a, C% j+ n NASA National Aeronautics and Space Administration, Washington, DC. 6 u2 ^* f- J' x9 }: ]" f% L5 ]" JNASDA National Space Development Agency (Japan). ! e: [" d; L c0 A i% ]5 ENASP National Aerospace Plane.8 f0 N0 {0 j. X6 w5 m; ~" i1 v NATINAD NATO Integrated Air Defense.6 w" V( @5 k' U& a National Airborne. l% r; `5 k l+ u. L: D- K Operations1 G" N8 g u7 F! C Center (NAOC)% r4 b2 }! W3 s+ w9 K% N One of four specially equipped Boeing 747s that during a national emergency 7 S5 o* z* i. p% Pwould allow the President and top military leaders to stay airborne for up to 12, h# @- P/ F: W5 ]: _6 j$ U. Z hours while linked to ground and space forces. Formerly NEACP.+ S$ Z( K$ o4 g National/ l+ K9 H$ M8 m3 Z$ y Command 1 |5 T1 I* ]2 X, i7 m# \( f) q2 x' @Authorities (NCA)+ B- A2 I' g8 ]" Z The President and the Secretary of Defense or their duly deputized alternates or0 d5 F7 {& R1 C' H _, V" c0 d- A/ ] successors., h- k X+ e& Z6 E6 p Z6 u# k MDA GLOSSARY, VER. 4.0 N ) u% B9 n4 r' H6 `+ J: o3 F195 - r }% g8 T) u, f o: q" DNational Military8 s0 P! \/ e6 b1 `/ }/ F Command Center / T5 R+ B: s" X# B1 o4 j; d3 d( k. q1 v(NMCC) % X7 ~" C3 s2 u' KThe primary location for JCS command and control of all U.S. and Combined' J! R7 j& y' p, R: R3 a Forces. Located at the Pentagon, Arlington, VA. 6 l, d+ ~* }9 NNational Military * |9 p0 ]9 u, ]Command * R7 M! G& o- H8 P" u9 V4 y9 BSystem (NMCS) & b, L0 m0 Y* n+ b3 {4 LThe priority component of the Worldwide Military Command and Control System. S' P* w, }* |) p) _8 q (WWMCCS) designed to support the National Command Authorities and Joint0 P$ l2 A( M7 w7 Y Chiefs of Staff in the exercise of their responsibilities. The NMC provides the 8 _1 R) i& |6 Nmeans by which the President and the Secretary of Defense can receive warning " y. J) X+ [ h/ [" y2 k: B, oand intelligence upon which accurate and timely decisions can be made, the5 Q; K/ K7 U4 v# ] resources of the Military Departments applied, military mission assigned, and by) z6 R, ~, b, F3 z1 b which direction can be given to the combatant command commanders or( d% R3 W: K6 n' g6 D: C commanders of commands established by the NCA. The NMCS must be z3 {' M4 E/ E8 x+ y u$ ?) { capable of providing information so that appropriate and timely responses can0 d# C4 C- c( X8 i) ^3 A. _6 I be selected and directed by the NCA and implemented. In addition, the NMCS & S8 d) q, c8 B/ }+ {: Isupports the Joint Chiefs of Staff in carrying out their responsibilities., s1 v4 Q: v" ] National Missile' O+ k0 g8 N/ }! j. Y% T% b Defense (NMD); y, `2 ~) n2 a; f System/ S+ `! k( j+ V8 o& f( c' k OBSOLETE. A ground-based anti-ballistic missile system designed to protect the, S8 M9 p; w# P/ n U.S. against limited ballistic missile threats. It consists of four elements: groundbased interceptors (GBI); a ground-based radar (GBR); a battle management " I7 G0 p# p% }" T4 N; tcommand, control, and communications (BM/C3) system; and a constellation of / }3 Z8 X. \8 G" K S: XSpace and Missile Tracking System (SMTS) (a.k.a. Brilliant Eyes) satellites. % Q! k8 L4 X7 }7 W! `" } u0 WNational' {8 d% ?, x- ~/ |4 U% i Reconnaissance. s( \1 M# | Q! x. W Office (NRO) 9 |* [( S" J5 DA Department of Defense Agency tasked to ensure that the United States has7 d; N* ]3 l; C0 F the technology, spaceborne, and airborne assets needed to acquire intelligence % v- w, T( i. g7 ^! C4 m' vworldwide, including support to such functions as monitoring arms control 7 L' R# g' Y9 w( Z, a9 dagreements, indications and warning, and the planning and conducting of% _( }& E" `) r* T# f military operations. This mission is accomplished through research and( z- p5 \0 d( b development, acquisition, and operation of spaceborne and airborne intelligence % k5 T+ o( b1 x% Xdata collection systems.

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National Strategy( e5 n# f5 `4 [0 @ Selection + i ]; j* h4 ~/ e* cThe determination of when it is in the national interest to activate and employ " H9 s/ i0 v" @' v, Tdefense resources (i.e., the balance between responsiveness and crisis control),( |1 [& a" n8 ^# D$ T& a5 S and given an activation/employment decision, what should be the basic objective ) K. [) H9 n' U+ _0 {(e.g., force survival, survival of selected population centers, etc.). c1 |; [5 Y7 g2 M National Test Bed 3 ~- c" D* x- U/ e z(NTB) ) p6 u# d8 j0 V9 N ^A number of geographically separated simulation and test facilities that are0 q! F. }: r- `( Y6 d1 j linked through communications to simulate various portions of the ballistic missile % c8 Q' @: g0 [defense (BMD) system for testing and validating operational and technical 0 o( _, V( B9 J+ @& {3 i: k4 qconcepts and technologies.& d9 y( t) Q1 f* u, ^+ h National Test Bed 6 E: s+ n! f( I, w4 g) ZJoint Program) t$ R0 G6 c, ]0 k8 k1 ^* K Office (NTBJPO) , S ?$ x }9 r$ F" g' w7 U( P W(OBSOLETE) A Joint Service organization established to manage the NTF and 7 j) z& z3 [ Uexecute the NTB program for MDA. ! z2 z" `1 U3 u* f. Y6 cNational Test $ Y+ O/ L" V" I) R9 P$ EFacility (NTF) - N- M0 u Q, c: |* n7 R1 x- F( a5 @9 zA large, modeling, simulation and test facility located on Falcon AFB in Colorado6 P& [; F) {+ ?5 S& F) z: x" k which serves as the central control, coordinating, and computing center for the 4 z4 c2 x1 {0 ]. PNTB and as the primary integration and test facility of the BMD SE&I contractor. ( S" p8 }" T+ s2 Q ]' UNational Warning 5 L. t8 M7 @' p# r6 g$ `$ UCenter (NWC)6 F4 @& Y* N5 l3 y) }0 \- Q Center in CMAFB, which activates the radio, TV, and sirens that warn the U.S. M& `/ n0 B2 p, G: u# e- @ population of impending ballistic missile attack. Also assists with national+ U/ V% f% j9 i% [5 a, F disaster relief, forest fires, and other events assigned. 4 I' g+ [3 T2 @- |+ _2 L; S# Z9 [NATO North Atlantic Treaty Organization. 8 s/ N8 v& l2 n- x+ d6 g8 F+ U* eNATOPS Naval Air Training and Operating Procedures Standardization. . Q! U0 r- x6 q9 IMDA GLOSSARY, VER. 4.0 N3 o5 ?$ R1 c! O$ u+ M/ e 196 4 M4 g% ]7 f1 z! U$ I$ [Natural Ground : P; W& {. X; v7 @$ m8 Dand Atmospheric ) p! o c' Q3 S2 z+ kEnvironments 8 m# E. c3 W( D" q5 XThe environments, which exist in the sensible atmosphere and on the surface of 4 `& n9 ?+ s" u: D8 }3 ]) K) Cthe earth. These include meteorological, seismic, biological and related natural 7 ] d; S% r _. p) [conditions. This environment is applicable to ground-based assets and groundlaunched interceptors in the atmospheric portions of flight, and it effects the/ @0 S3 m& n c' Z* B0 K propagation of radar and communications signals. ; f; F* _$ {! Z1 pNatural Space6 t+ J1 W. u9 l; l/ [% y* { Environment $ ^# T/ K3 ]1 P( _$ ]8 i/ r. O0 [2 ]The natural environment, which exists above the sensible atmosphere. Space( s0 A% j, i' y# | e7 t- x7 T) c begins approximately 100 km and above. This environment is applicable to3 V. f p) ?7 Y6 y% Q orbiting spacecraft, to interceptors in the exoatmospheric portions of flight, and it) h% ?$ i1 H0 @: r, n5 \ affects the propagation of radar and communications signals. 0 x {! q; N8 m( L! p' Q6 KNAVAIDS Navigational Aids.3 ~8 h- n4 n& `9 n: X( ^ Naval Space ( y5 p2 {' Z4 L0 v+ X7 XCommand , r9 ^/ t; j" _6 C& ^0 P. J; X(NAVSPACE-9 Q4 a% Q6 D+ T6 V COM)* \4 h+ G$ F4 O% | The naval component of USSPACECOM. Responsible for day-to-day operation ! k& d' h& ]8 Q Y4 pof FLTSATCOM, NAVSPASUR, etc. Responsible for BMD elements that may be - C8 h0 W' ]( B0 u' K0 C) koperated by the Navy. Located in Dahlgren, VA. 4 U5 u @/ Z* s0 S) |& VNaval Space8 Q ^3 s7 ^* ~1 Q+ ^0 ? Operations # o! j z3 D& ]0 _2 {Center% ]: c8 S, g- R# n" ^9 Z0 j (NAVSPOC) % ^4 a' F& I0 ` |1 BExisting Navy component command center at Dahlgren, VA, responsible for 7 t& @; Z- \" b. G' }) _logistical and administrative support of forces assigned to them. , J, L4 v( j' j" P( pNAVDSOC Navy Defense System Operations Center. ( N% E0 L( W* L& pNAVFAC Navy Facilities Engineering Command. v* U( r4 R5 \1 vNAVFOR Navy Forces.; z, G1 t+ \4 q NAVMACS Navy Modular Automated Communications System (USN term). 9 w% @+ {) E5 }' j/ CNAVMIC Naval Maritime Intelligence Center, Suitland, MD.$ l2 L* z0 i, p! m2 s; Y4 ? NAVOSH Navy Occupational Safety and Health.. D) `" f9 q! q- W% i+ P ]* k NAVSAT Navigation Satellite.6 S3 R$ n' _) J: {+ y NAVSPACE Naval Space Command.4 q: c& S8 R' E1 a: A6 ` { NAVSPACECOM Naval Space Command. - j4 I! a# B4 K; J H8 }NAVSPASUR Naval Position of SPASUR. 1 E; {( Z% m9 u* PNAVSPOC Naval Space Operations Center.9 ~5 t9 E- s6 }5 I" j5 r/ Y+ s& Q5 a' X NAVSTAR Navigational satellite, part of the Global Positioning System (GPS).8 a2 f% A4 d- N& i2 J/ p) W Navy FAAWC Navy Force Anti-Air Warfare Commander.2 W) K3 d6 |* f. t/ v$ c NAWC Naval Air Warfare Center.- u# H' m$ y. ]; R- m NAWC WPNS Naval Air Warfare Center, Weapons Division, China Lake, CA. . m1 @& }2 E; dNBC Nuclear, Biological, Chemical. & [* D$ A0 T2 y' c1 KNBS National Bureau of Standards.

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MDA GLOSSARY, VER. 4.0 N6 f. t' u& |) \. Y7 T' l 197 : b3 D, p2 o5 a8 K: \/ }$ DNBTS Neutral Beam Test Stand.9 |# _% T# J2 k% A NC Numerically Controlled (CAM computer term).: r' J1 ~0 d& U. w* I/ o7 O NCA National Command Authorities., I g+ W5 y2 B. V NCC NORAD Command Center, Colorado Springs, CO. ( s# ~7 F0 N1 X3 ANCCOSC Naval Command, Control, and Ocean Surveillance Center, San Diego, CA. 7 z- h7 q* G( E8 |: dNCCS Navy Command and Control System. 4 S0 P# D. ^9 g; W& c& S% W1 Z9 mNCDCS Narrow Band Coherent Data Collection System.- ?& V% ]1 I$ Y/ U+ e' W- k$ A NCDD New Customer Development Database.* b! Y2 n( U9 M/ T& B1 j' b NCO Non-Commissioned Officer (USA/USAF/USMC term). + A1 x4 K1 j& D" h. b9 Y/ ^5 ^6 Q7 {4 YNCP NORAD Command Post.6 j$ q# U6 C% y* g L8 q8 M NCS (1) National Communications System. (2) Net Control Station. (3) Naval Control # U+ r# r! t6 V9 Q+ D5 |! l. Hof Shipping. 8 `7 I( V" _/ s: p! VNCSC National Computer Security Center. ; R6 d1 j% m) b' J7 ~6 }% C6 b$ ~NDC Naval Doctrine Command.( Q" D2 E' k& Y9 b8 [ |6 ~ NDD NMD System Development Director. : t6 y9 j5 t9 i9 qNDE Non-Destructive Evaluation.' y" h4 u0 f Y# [) ~ NDEW Nuclear Directed Energy Weapon. 2 B5 w0 Z) l9 [3 L# ]NDEWG Nuclear Directed Energy Weapon - Ground-Based. O% L4 B/ |+ x( L NDI (1) Non-Developmental Item.0 j* N+ H2 \& z8 F (2) Non-Destructive Inspection.7 A( F" B* e/ t6 O NDP National Disclosure Policy.1 W9 P1 ^# d4 k" G' Y/ T; ~ NDS (1) National Defense Stockpile (2) National Defense System.( S/ R- }: \9 f8 q" f/ X" c: e NDT Non-Destructive Test.' a; [1 u3 \) G+ V' D/ N# B NDU National Defense University, Washington, DC.0 w# Z9 G$ Z" S* Z) d: _7 s9 i" X NEA (1) Northeast Asia.# q7 C& p/ N$ }( A. J, _- O (2) Northeast Asia campaign scenario. : n; B6 X. q4 o/ M2 {( wNEACP National Emergency Alternate Command Post (E-4 aircraft). ; w( G$ D; H% o, F+ ]' pNear Real Time Pertaining to the timeliness of data or information that has been delayed by the* d, D. c, ^1 P8 W _ time required for electronic communication and automatic data processing. This 5 w& i# E" A$ Y, Dimplies that there are no significant delays.+ f7 _8 A% |9 f NEC (1) National Economics Council. (2) Navy Enlisted Code.. C2 l' l3 [- i* Y NECC Navy EHF Communications Controller. ' D' ]# _8 ~; I3 T" \( nMDA GLOSSARY, VER. 4.0 N 8 d7 m: C; Y+ K* a, G/ d198; d+ _+ j$ Q/ @ Negate Early$ I8 h0 z2 U1 \) s- d& N. ` Warning8 U/ I! R( n" t The use of any technique that precludes the use of, renders useless, or0 [: V: H7 H9 ~ degrades an early warning capability.* K6 Z0 B! g- S" f* l Negation RV destruction or other actions, which prevent damage to the defended area: B p% K% h9 D M9 ^ from conventional, nuclear, chemical, or biological effects. 9 l% { W2 p+ K7 E. N0 u7 hNEMP Nuclear Electromagnetic Pulse.$ I+ i+ f$ m A% S( e: s+ Y3 d8 U NEP (1) Nuclear Electric Propulsion. (2) Nuclear Environment Protection. ( h) E* f: z: I, I/ L( Q/ y! C1 YNEPA National Environmental Policy Act. * P* z! z) N1 HNEPSTP Nuclear Electric Propulsion Space flight Test Program.; A1 _. B. C4 A5 {+ h: i9 Q NERF Naval Emitter Reference File (USN term).+ h; e! {+ s% h% G) I NESEAD Naval Electronic Systems Engineering Activity Detachment (USN term). 5 ]# V; M2 w/ u, o, S' I4 {1 n2 XNeutral Particle ! V( @" q3 F5 E" o: A5 YBeam (NPB) 5 }6 f& l+ y2 F- zAn energetic beam of neutral particles that is generally used to damage 1 k; E4 K. V' G; gelectronics. 9 w. r! H1 h x6 g; X8 P; |$ P9 CNEV Network Experimental Version. + c. z5 |6 f; D! y$ C/ eNEW Net Explosive Weight. 9 P- G+ j/ D2 p* p. s, |NFL New Foreign Launch. - ~0 F7 B4 b# ^: J. L' W, _4 _NG National Guard.8 ?6 d- a/ x* I/ B& ] NH&S Nuclear Hardening and Survivability.' m1 _6 M% M6 j/ Z. [ NHA Next-Higher Assembly.0 t+ `+ F9 I/ @) I5 |. Y5 U6 Q, x NHMT Nuclear-Hardened Mosaic Technology. $ V+ @' z J2 F9 j* O+ \NHTF National Hover Test Facility, Edwards AFB, CA.3 H; }9 k' F; I2 Z NIAG NATO Industrial Advisory Group.! a ? L1 H1 J* S NIC National Intelligence Council.& x7 }5 t2 z. _: y1 j3 c NID Naval Intelligence Database (USN term).0 |! l5 [( s& k8 y, T NIE National Intelligence Estimate.8 _* D1 d0 M7 L+ ~0 H NIH National Institute of Health.* V% D& C0 a9 S: |) G NII National Information Infrastructure. U. v' _* y, t9 d9 NNIITF National Information Infrastructure Task Force. 4 |1 x2 N& h( j9 M; r6 bNILE NATO Improved Link Eleven. % n/ L! ]) Y3 z A& U1 r3 vNILES NATO Improved Link Eleven System.( |! d9 [8 g1 i6 w! o) R( r NIMA National Imagery and Mapping Agency, Fairfax, VA.! K# g+ ^% b! @) V+ x MDA GLOSSARY, VER. 4.0 N + U. w! R) } s% I199 7 y5 Z( }9 \0 X1 c! b: p3 ?NIPS NTCS Intelligence Processing Service (USN term). 3 ~7 F% u+ J* D9 o! _$ y6 mNISC OBSOLETE. Naval Intelligence Support Center. (Now Naval Maritime9 t2 @$ `: Y- ]* l- e# w Intelligence Center (NAVMIC). ( B% U" D0 @3 i# ~; h1 lNISP National Industrial Security Program.1 a8 P# m2 v. |* ~8 N# Q NISPOM NISP Operating Manual. ) Y+ P, g3 y9 n* ]- c; ?NIST National Institute of Standards and Technology, Gaithersburg, MD. (Formerly6 z- Z+ m; w3 V9 v8 `: W" T% a, l( M NBS (National Bureau of Standards). 8 I0 P. k |, S6 b; T. y; mNITES Naval Integrated Tactical Environmental Subsystem (USN term).. Z7 K* m# x& V Nitze Criteria A reference to Paul Nitze, the Reagan Administration’s chief arms control : G8 a3 I+ [4 Fnegotiator, and his vocalization of the goal of the SDS as the achievement of ' Z8 ]: R. o% ~' R, _' {; a% p4 Lraising the attack price where the defense cost is measured at the margin, not- F6 A- ]5 m8 S6 N+ ~% P/ C the total cost. Congress established the Nitze criteria as conditions of deploying * i0 |4 Y& S! Z& qan SDS in Section 222 of the National Defense Authorization Act for FY 1986.3 y _4 ^8 H" r NIU NATO Interface Unit. 3 b7 S9 t" Z7 A- y9 T3 ?9 NNIWA Naval Information Warfare Activity. . h. _* X) m1 g) {4 g J9 ^0 x: W: W7 rNK North Korea. " c4 ]% W2 k- x7 E' lNKEW Nuclear Kinetic Energy Weapon.2 h" y" | U9 a NL The Netherlands.3 Q. z8 ~) i2 `* T NLO Nonlinear Optical. 5 O9 ?( H5 K1 s. ~NLOS (1) Non-Line of Sight. (2) Nonlinear Optical System. 6 n6 K$ _. z# k/ l+ {NLT (1) Navy Lower Tier (Missile Defense). (2) Not Later Than.+ q% p. n0 j$ t5 r nm (1) Nautical Mile (6,080 feet). (2) Nanometer. ) l0 u6 J0 n; x @" xNMA NATO Military Authority.: a( w4 o- [" y NMC Not Mission Capable.7 ?0 j) Q5 I/ Y! Q# N) L7 G: u* P NMCC National Military Command Center. s% @: I; ^* s+ Q6 d$ x- hNMCS National Military Command System.; A& c C: X* u8 g NMD OBSOLETE. National Missile Defense., T- ]& ~5 r: J' X! J; X NMD 3+3 OBSOLETE. National Missile Defense Three Plus Three (program). 5 I9 x$ m2 j7 z3 w- GNMD GBR OBSOLETE. National Missile Defense Ground-Based Radar. $ m0 c7 l& N/ X1 J9 c, T+ MNMD IIPT OBSOLETE. NMD Integration Integrated Product Team (NMD Program term). ) `0 h) j9 c* VNMD JPO OBSOLETE. National Missile Defense Joint Program Office. 8 m. W/ u, p3 L- h% ?/ z, cNMD/TRP OBSOLETE. National Missile Defense Technology Readiness Program.

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MDA GLOSSARY, VER. 4.0 N! F T* b, a- O2 Q# |, C 200% p/ U5 L1 o+ q' {6 r/ p NMDPO OBSOLETE. National Missile Defense Program Office (US Army term).9 ], w, i2 Y! P j NMM NMD Maturity Matrix.$ o6 D8 X u5 [/ u, V: b7 m NMSD National Military Strategy Document.: u0 |- ?6 E9 O7 E+ Q. b% h* f/ g9 | x" q NNAG NATO Naval Armaments Group.; d4 w* L) c0 w7 }! v6 ^' _9 m NNK Non-Nuclear Kill., S* B4 H9 K2 L9 |) M) z NNPA Nuclear Non-Proliferation Act. & A: f; o! ^, ^" A- z yNNWS Non-Nuclear Weapon States.1 V8 S9 d. A; _, o# u7 f: l2 N NOAA National Oceanic and Atmospheric Administration, Washington, DC.* F' e& d d3 r; d( D+ z; F Node A set of equipment and processes, which performs the communications functions1 U, b% |$ _# b; v, ]% B$ Y5 H/ a at the end of the data links which interconnect those elements, which are" q* b3 H% K+ L! Y: r resident on the network.8 |- [# [/ q7 O. { NOI Notice of Intent (environmental term). # J) A1 d ]7 `- b# [NOIC Naval Operational Intelligence Center., t* ?( o8 I. s# z! q, W Noise In the most general terms, noise is the undesired part of the process being1 n% ~- ^4 Q6 r3 B0 H observed or measured. Its complement, the desired part, is usually referred to$ X+ m7 a$ f2 b$ {% q2 \ as the signal. 3 ^, e, E; W8 [* p, E; ~Non-3 |5 ?6 a3 e7 r Developmental + z6 f( d' k; Z- ]* L5 I0 P+ ]Item (NDI)' W7 {1 E! ~5 ?$ H q; _; ?! F3 f2 Q (1) Any item of supply that is available in the commercial marketplace; or 8 S$ T: [# R$ n& h(2) Any previously developed item of supply that is in use by a department8 K# h( ~8 T6 L or agency of the United States, a state or local government, or a foreign ) ~ M6 F5 a. d* _government with which the United States has a mutual defense a4 X# [4 a" b5 R cooperation agreement; or; T! V8 F8 h m& H' s( Q# Y (3) Any item of supply described in definition 1 or 2, above, that requires- g" l! l1 b) J; ^( | only minor modification in order to meet the requirements of the procuring 3 B4 y: ~0 `) \/ C8 v; p/ P9 [agency; or 0 e+ m1 w" y8 ~1 e(4) Any item of supply that is currently being produced that does not meet$ h5 ~6 D p% ? the requirements of definition 1, 2, or 3, above, solely because the item . |' Q$ m r4 ?6 x3 f9 j: Wis not yet in use or is not yet available in the commercial marketplace. * j$ \8 j, l# T. \" _Non Material) ^# F) j' b4 K" I8 N Solution ; z6 i$ P# H0 y2 U* _# ^Solutions to mission needs (warfighting, deficiencies) that can be satisfied by$ q- o9 g" y1 `9 Y. m9 g. Y4 p% \ changes in doctrine, tactics, operational concepts, training, or organization.* U5 Y1 w* I8 L( @, W Non-Nuclear Kill' K1 J, x: h- A# v+ `4 c- v (NNK)' F$ q" N% H* U# ?! ^ A kill that does not involve a nuclear detonation. ( J7 z U1 D) q; Y) ZNONAP Non-linear Adaptive Processor (Navy term). 2 B4 p+ v6 c$ h' r# S6 FNonrecurring2 u+ H' ~8 R/ P6 ]- d Costs3 R. X, f0 B+ a/ S: A# @, d( H (1) Costs that are not proportional to the number of units produced. ' I' z. y' h$ J# a+ e2 o; n(2) A one time cost that will occur on a periodic basis for the same8 x J6 T- I3 s organization. Nonrecurring costs include preliminary design effort; design $ ?- x. W! k: ^& w: |; Iengineering; and all partially completed reporting elements manufactures- f% [7 ?" b' ^& K ~ for tests. / W# s$ u3 }3 L, e3 U3 j) c; t7 V(3) Training of service instructor personnel.( T8 e" U3 h" w8 D NOP Nuclear Operations. 5 i+ `! n# e( e' S" ]MDA GLOSSARY, VER. 4.0 N, I3 S2 q. `% ` {+ E: X' Y 201; z/ M Q, c0 |; G0 u" Q$ Y- U; w NOR Notice of Revision.) X3 i* w+ O0 }0 [, @. l NORAD See North American Aerospace Defense Command.! u" w/ }# p8 x NORAD & N' M- R& c5 s9 pCommand Post* J1 y! d6 }1 t (NCP) ; g' G2 L$ W) O$ \A center in CMAFB responsible for controlling ACC, Canadian, and other( d4 I7 E c; C7 P. t( c assigned forces for designated atmospheric missions in defense of North( `& F5 \' ~+ ~% j$ X. @: V; y5 n America. 8 f9 f U7 b. N- ^: i6 DNORSAR Norwegian Seismic Array.% X8 J" x' u; `. l* y7 c1 b4 q. z North American# ^% h% P' \. d1 [0 W Aerospace6 I' f/ [, i5 k# I- o1 B! H: b Defense9 I: p3 @) B" L H& v" O; M Command3 r Z, [( l( w# d" A (NORAD)+ d/ G5 J$ y7 C8 j A binational command of Canadian and U.S. forces responsible for defense of ' K* X! Y& ^+ j( h7 P& i' n1 `9 gNorth America from bomber and ALCM/SLCM attack. Located in Colorado3 v) _+ \7 G3 i" m6 U a Springs, CO.% c8 h! { F( R3 A* q) W' B NORTHCOM Northern Command, Offut AFB, NE : K# E4 G8 q. l, RNORTHAG Northern Army Group (NATO). ' m) S6 Y# j; g( m# R+ U* NNOS Network Operating System.% u9 w0 l+ N) Y NOSC OBSOLETE. Naval Ocean Systems Center, San Diego, CA. See NCCOSC. ' ?* a" Y# {' y. z/ a6 fNPB Neutral Particle Beam." a5 w4 F7 p$ K1 t1 h NPBSE NPB Space Experiment." e( L0 x3 f% _ NPG Nuclear Planning Group.$ r5 W9 @% k; q9 s% _" Z2 t I8 W' Y$ ~ NPI New Program Integration.& y5 I+ m/ q5 P3 q; D NPR National Performance Review.! o0 E# ^, v) h% H) ]1 J; a2 s' q, Y' u NPT Non-Proliferation Treaty. & A7 d6 _6 l, L' rNRaD Naval Research and Development Division (NCCOSC), San Diego, CA.% d; `4 {1 a' `/ S& c7 c2 \ NRC (1) National Research Council. (2) Network Reliability Council.2 `* j4 o# R$ w- E h (3) Nuclear Regulatory Commission. (4) Nichols Research Corporation.* C! T4 Y; E* N- G NREN National Research and Education Network. & g1 Q& p9 ` b) Q! z1 i- p0 \. f SNRL (1) Nuclear Referral List. (2) Naval Research Laboratory, Washington, DC. 6 X. ]5 `2 ~0 KNRLA Network Repair-Level Analysis.3 Q5 j: n3 H6 {. e NRO National Reconnaissance Office. ' r, F$ `# v$ p! C' zNRSC Network Reliability Steering Committee. ^1 Y4 @7 _) R, ~& |7 S5 wNRT Near Real Time. . @) E0 g5 _. ?' y9 i0 @NS/EP National Security/Emergency Preparedness. 0 M$ a& _" }% c0 |5 ^1 @7 cMDA GLOSSARY, VER. 4.0 N; r2 a1 U+ ^+ I: h7 Y& y 202: F, {4 B2 S7 ~ y- T5 W" l3 ` NSA National Security Agency.' L/ m) w; Z4 t- g3 q NSA/CSS NSA Central Security Service. - ]% r" T1 a7 z& G' f% HNSC (1) National Security Council. (2) National Security Center.- i7 r& o4 H* V* I NSCID National Security Council Intelligence Directive.3 Q$ P8 I$ g( x# v+ q) F NSD National Security Directive. / A6 ]" k" D7 x: `+ k: \ h( h( \7 _6 q( cNSDD OBSOLETE. National Security Decision Directive. Replaced by National 2 O X9 a3 M% ?, A# u3 cSecurity Directive (NSD).1 k7 g$ M6 s' S$ I: i7 M! p NSDM National Security Decision Memorandum. 6 [- W) i6 A; p2 N! o$ cNSEN NMD System Engineering Notebook.

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NSF National Science Foundation.3 d2 \9 V6 ], K; V( {1 ? NSFS Naval Surface Fire Support. ' @, t, C2 B8 P: o j; gNSG Naval Security Group. ( {' F7 Z- W/ ~! D, _NSIA National Security Industrial Association, Washington, DC. 6 X8 B, w' c- F/ B" gNSIE Network Security Information Exchange. 8 J. K( D" u& J& BNSN National Stock Number (ILS term). / E) }2 @4 G3 Q0 F" o5 E tNSNF Non-Strategic Nuclear Forces. 0 G9 d0 ]: p6 h( ]( eNSOC (1) National Signals Intelligence Operations Center. (2) Navy Satellite 1 q- n0 E+ S- eOperations Center.2 `( c# M' f, S5 R: R7 n NSP Not Separately Priced.4 A$ w5 Q$ o, ]( t9 @# s NSSC National Space Surveillance Center, CMAFB. & C. g" R3 h- Z) D/ t/ u* SNSSD National Security Study Directive. 5 e( i6 P, H' pNSTAC National Security Telecommunications and Information System Security ' ~6 S, M+ X( `4 X FCommittee.& i3 ?. V! B9 ~0 h NSTC National Science and Technology Council (EOP term).& C8 _& _/ f6 a8 b/ {! x NSWC Naval Surface Warfare Center, Dahlgren, VA./ D* }& b: `. |4 ]6 Y9 F- W( ^ NSWC/DD Naval Surface Warfare Center, Dahlgren, VA.+ ?2 Y: E2 J! ^( v/ g& J NSWC/PHL Naval Surface Weapons Center, Port Hueneme Division.) v. x8 X; @% @7 Y NTACS Navy Tactical Air Control System." x$ k9 }. d* d8 x. M6 O6 ] NTB National Test Bed. % y! q4 `! w6 D K( I TNTB/WAN OBSOLETE. National Test Bed/Wide Area Network. 1 @6 g3 @! B( N9 O" ~3 aMDA GLOSSARY, VER. 4.0 N 0 v, b# N# r9 N5 @# m203* e9 Q% {7 V" N" v; A8 s4 V NTBI OBSOLETE. National Test Bed Integration.4 r8 h5 w8 V0 B, p2 q+ j+ ? NTBIC OBSOLETE. National Test Bed Integration Contract. ' u5 ]5 Q; ~/ V! z$ KNTB-JPO OBSOLETE. National Test Bed Joint Project Office. 9 s; i2 C, Y9 y4 S8 fNTBN OBSOLETE. National Test Bed Network. " N% z! E* X5 a3 wNTC National Training Center, located at Ft. Irwin, CA. A large maneuver area that7 X; A& ^8 B* | serves as the Army’s primary training center for Army maneuver forces. Friendly$ G, j7 t0 P2 K2 p8 n+ o forces are pitted against “enemy” forces to validate proposed procedures and % ]1 u6 _$ H9 ^- _. }doctrine. 2 {# K; a# [% FNTIC (1) Navy Tactical Intelligence Center. (2) National Technical Information Center. 8 Z: V. S% K& c) VNTF National Test Facility.8 {7 r0 y- U3 q7 Z/ O NTM National Technical Means. + h( w6 x" R q: M2 a8 Z/ mNTU New Threat Upgrade. : I. D% z* y4 cNTW OBSOLETE. Navy Theater-Wide. Now referred to as the Sea-Based Midcourse" a/ ?' n: c5 Q$ D# @! N) b, [ Segment of BMDS.# r8 X9 N, y5 K, t1 s0 B4 b NTWD(S) OBSOLETE. Navy Theater-Wide Defense (System). / O! i/ c8 z+ p: R& m9 uNuclear, ; E3 _3 a' _1 T3 G% Y4 \4 C: H" [Biological, and % L) D. [1 M9 F- F+ o& KChemical' s! M9 P% j! @. a1 ? Contamination . T3 s8 N/ S! l(NBCC). I+ j& w F+ |( c# j, ` The deposit and/or absorption of residual radioactive material or biological or8 b; U3 r4 F: |; ^% | chemical agents on or by structures, areas, personnel, or objects.+ |9 Z8 s& L/ v- {7 v •Nuclear Contamination. Residual radioactive material resulting from fallout or $ r0 k0 p& b. a6 z4 Wrainout, and residual radiation from a system produced by a nuclear % P( c& o1 I3 Y1 A- [; pexplosion, and persisting longer than one minute after burst.2 V; u) i6 \% |' K% G •Biological Contamination. Microorganisms and toxins that cause disease in; G, W$ O. f8 P2 @ humans, plants, or animals or cause deterioration of material.7 k/ L! S, T6 e, a •Chemical Contamination. Chemical substances intended for use in military 8 {, m1 m' r2 z/ l3 e- n: eoperations to kill, seriously injure, incapacitate, or temporarily irritate humans. 8 d; Q4 R) b0 o; CNuclear, % c# E( h( m+ x+ d8 d+ F0 uBiological, and 7 S+ x7 G4 e6 H7 U$ _Chemical* c6 x# M8 Q. L8 _9 q5 g7 b/ r9 o Contamination ; q& X/ N: n. A# ISurvivability# ~# [: |, x, Y; q The capability of a system and its crew to withstand a NBCC environment and p" t; \2 g/ q* b% } relevant decontamination without losing the ability to accomplish the assigned 3 u. v* x- V6 A& A( lmission. A NBCC survivable system is hardened against NBCC and 7 t/ Y& P9 n& M4 gdecontaminates; it can be decontaminated, and it is compatible with individual6 N, d5 ]8 n7 H2 y protective equipment. 7 S. S) ]- @5 a. p4 O# i3 S! K7 t•Hardness. The capability of material to withstand the materiel -damaging " e" ]8 O0 f& Eeffects of NBCC and relevant decontamination. * ?0 G1 V2 r3 a3 j) x' }•Decontamination. The process of making personnel and materiel safe by V. u, K/ x& ?, n rendering harmless or removing radioactive, chemical, or biological material.% X* a2 v, ^! p3 N: G •Compatibility. The capability of a system to be operated, maintained, and resupplied by persons wearing individual protective equipment, in all climates* m" E& o7 O+ }% ?+ @ for which the system is designed, and for the period specified in the7 W' F/ W# f* I2 l" g$ ?& z operational requirements document. , k$ a8 {7 [' S* o% M' v' jNuclear Cloud See Radioactive Cloud. " [3 E F- }$ x# C5 ]0 [Nuclear Directed + D/ O/ ?& ]+ J+ E8 Y1 fEnergy Weapon 0 j+ n$ l/ j( a/ ?(NDEW)6 R4 K0 b# [6 q) U, { A directed energy weapon for which the source of energy is a specially designed% t1 P( i% D, q& n& P nuclear device. M0 n3 u0 @0 F# N8 r, J' Y; A, q { MDA GLOSSARY, VER. 4.0 N - z8 x* j" ~9 l s+ H: J204 ' u& v: H1 e# QNuclear- U. L4 H' {( b1 j' z Environment& J% h Y/ w4 q The environment, which results from the detonation of nuclear weapons. Some ; \# Z! _8 Z# y1 {" ~components of this environment are directly emitted by the nuclear weapon and R2 ?. _8 z0 K% i other collateral effects are created by the interaction of the emitted nuclear ! |1 h8 {) A% v$ I" [) wradiation with the earth’s atmosphere, the earth’s surface and the earth’s 0 y, @+ Q+ W8 g8 L8 ~% Amagnetic field. The nuclear environment consists of radiation, blast, shock,/ h5 b# J$ L1 D9 {9 { thermal, electromagnetic pulse (EMP), emissions from radioactive debris, trapped 0 f( ^) ^- @- \electrons, and disturbances to the atmosphere and to the propagation paths for) m* v9 b8 T/ d radar and communications. The nuclear environment exists in the 0 }+ G* T& j1 C" [9 @, w" `exoatmospheric, atmospheric and ground BMD operational regimes.0 J2 H3 F" c: E, m3 ` Nuclear ' H( S5 C6 }' P0 m8 ^: G. FHardness7 H$ P S, m0 z3 n8 t& K A quantitative description of the resistance of a system or component to ) W. \# ~5 x8 S0 N6 i& ymalfunction (temporary and permanent) and/or degraded performance induced5 _6 Y0 K8 X. I by a nuclear weapon environment. Resistance to physical quantities such as( g+ s0 R0 X# u$ ?- o3 D overpressure, peak velocities, energy absorbed, and electrical stress measures ' r* x7 ]9 F3 ^0 z% n* O) W2 y3 Ohardness. Hardness is achieved through adhering to appropriate design2 G c' A5 X- n7 b, G4 D* l/ M0 G specifications and is verified by one or more test and analysis techniques.% O- O' g( w0 H; Z& Z# N; T Nuclear F) ]9 G0 ]! X/ { Radiation. I9 A. ]: g0 u4 J/ @# h Particulate and electromagnetic radiation emitted from atomic nuclei in various# S) E+ K8 v3 P D* C r9 A nuclear processes. The important nuclear radiations, from the weapons standpoint, are alpha and beta particles, gamma rays, and neutrons. All nuclear- C8 b. l# a9 F8 d; \ radiations are ionizing radiations, but the reverse is not true; x-rays, for example, 6 G9 Y8 s9 {5 a( o( ]3 w W9 h c% jare included among ionizing radiations, but they are not nuclear radiations since , e% j" P) z) c& Pthey do not originate from atomic nuclei. (See Ionizing Radiation and X-Rays.)

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Nuclear6 v N4 |/ \# i Survivability 7 `: b& A$ i# ?. w; j0 sCharacteristics # G8 G y' p3 P z. n1 N$ }A quantitative description of the system features needed to meet its survivability5 R; O3 S8 f C/ w requirements. Such system features include those design, performance, and1 g( ~; ?1 ?. o% r) h4 ^) H operational capabilities used to limit or avoid the hostile environment,- ]9 q5 c) P1 B architectures that minimize the impact of localized damage to the larger wartime ; k! e: r: B$ r- zmission, as well as physical hardening to environment levels, which cannot be 8 q7 r6 ^& N; R% Z9 L+ l4 Smitigated otherwise. Survivability characteristics include proliferation, redundancy, / P" w$ r& ~, l7 u% j) X, a& \1 eavoidance, reconstitution, deception, and hardening. ' h: R5 v, \( b/ q6 C- PNUDET Nuclear Detonation. . I* R# `# f- p4 w2 E6 WNUICCS NORAD and USSPACECOM Integrated Command and Control System.. ]3 T* ]# [- {1 [$ o i' l NUT Navy Upper Tier (Missile Defense). ! Z( i+ O& E0 H0 rNVG Night Vision Goggles. & }* C3 f5 R& W: M+ R0 {# RNVIS Near Vertical Incidence System (SINCGARS term).; l. L% _; W' H y; l7 r NVMEN Non-Volatile Memory (Telecomm/Computer term).7 z: t1 X" O) q! ^& {. s/ W L S" G NWC (1) National Warning Center. (2) National War College. (3) Naval War College.& n" C R! Y$ } (4) Nuclear Weapons Council. (5) Naval Weapons Center. 8 D* a( f) I/ T0 L8 X0 h3 wNEW Nuclear Weapons Effect. 4 W, E: ~ x- T9 Q( [* Z5 LNWFZ Nuclear Weapons Free Zone.* T9 D7 Z5 W2 @ n NWP Naval Warfare Publication. 9 y1 S; a7 V& [+ o% CNWS National Weather Service.' m: ]) m1 {; `. { L NWSC Naval Weapons Support Center. / L3 Y+ Y2 X# H6 bMDA GLOSSARY, VER. 4.0 N - `4 k, s- S- ?+ |205. o4 Y' w: t+ P, _& ~& I NWSUS Navy WWMCCS Site Unique Software. . X' \/ G6 R5 V H3 B, i( i# S5 YMDA GLOSSARY, VER. 4.0 O# a4 d z1 V1 c( M 206) X" n- N, K( `! a2 e# ~2 w OAMP Optical Airborne Measurement Program. ; z L! }( O7 D( l/ `. d# yO&M Operations and Maintenance. $ \3 P7 i B# JO&O Plan Operational & Organizational Plan (Army).2 E: ]& ~+ k2 i O&S Operations and Support. . T+ q& S( o- y9 e0 `0 b* u" h3 MO-Level Organizational Level (ILS term).0 A3 D3 f0 b6 b, }* } O/A On or About. 0 W* @1 s6 X$ L6 P4 COA (1) Operational Assessment. / _1 H% ^- b, r# P; ?* h(2) Operational Availability. ! N) p/ ~: r" f(3) Options Assessment (BM/C3 Program term c. 1994-6). 7 d) c p: j4 u9 z7 f3 O* KOAA Other Agreements Authority (OSD term).! v& m# W0 `! ? OAB Outer air battle.& M/ c( J0 V& L% M+ a% @ OAC Operating Agency Code.) C7 k$ o* K4 ~( N/ e3 T' y OAMP Optical Airborne Measurement Program. + }& `, ~2 l. P2 L' ]0 \ Y) {) dOAO OAO Corporation, Greenbelt, MD. _6 J: r k& d C$ I: M* VOAR Chairman of the Joint Chiefs of Staff Operation Plans Assessment Report.+ }. s0 d, B" }8 L) Q3 T9 L, H/ R# _ OAS Organization of American States.) L( [! I. ~' E8 U h- _ OASA Office of the Assistant Secretary of the Army.; w) i9 E3 p$ [( c0 W1 I OASD Office of Assistant Secretary of Defense. * K9 O4 m2 X3 s( bOASD (C3I) Office of the Assistant Secretary of Defense (C3I)& i9 [& s+ X( g" B7 d5 \* ]- r OASP On-Array Advanced Signal Processing.( O3 e: ^) \; {5 d# _) A OB Operating Budget. ( D/ @+ F0 ]& [8 }& q1 |) JOBAN Operating Budget Account Number.* E, O i" f, A } OBDP Onboard Data Processor.* W! B) j6 v7 [+ x" b) A OBE Overtaken By Events. / B4 F _/ [5 d, E8 wOBJ Object.8 w" J! G5 y5 }; ~0 d. x5 q Object-Oriented A software development approach that organizes software as a collection of9 _ R2 C) H: d4 _# I objects containing both data structure and behavior.7 |* `$ G( ~! {( G4 {6 H- b4 V; ] Object-Oriented 5 D5 v0 @% d7 L/ \& t8 QAnalysis 1 j$ ]! U; g. o1 L4 X! TThe process by which a real-world problem is examined in terms of a collection of# X, ~7 H2 O3 K3 ?. T objects to understand requirements, without planning the implementation. , z4 W6 g- L( I. Q' y; J# y _Object Rate (Max) The maximum rate (per second) that a sensor can acquire RVs, decoys, AOs, or! B' @) B3 ?& c4 Z fractionated missile/PBV debris. 5 `& [% ]. `6 j' o' ?MDA GLOSSARY, VER. 4.0 O: N& J6 l% A; T" m 207 $ s/ e2 ]+ P! \Objects in FOV4 `$ ~1 S* ^+ Z$ J6 O' p" U4 S (Max)( A0 B; h! \9 ~ The maximum number of RVs, decoys, AOs, or fractionated missile/PBV debris , ^# }# Y, r% L' Vthat a sensor can acquire at one time.# W' z0 T0 ^- L6 V- S Obligation A duty to make a future payment of money. The duty is incurred as soon as an 2 p) a3 Y5 R, V8 D% R+ Q3 }order is placed, or a contract is awarded. The placement of an order is sufficient. & |# C, D2 T$ X( \+ E9 D3 y- aAn obligation “legally” encumbers a specified sum of money that will require$ ?4 j) h, l2 z* a3 q1 X+ X outlays or expenditures in the future. 3 T6 p# \2 C* M. {Obligation ' K% R u, ~% qAuthority6 g8 j. l- @- w4 q% b (1) A congressional authorization to procure goods and services within a- F6 v! Y; M4 Z specified amount by appropriation or other authorization. 5 ~$ ^( Q' _" }/ R: r(2) The administrative extension of such authority, as by apportionment of 7 h4 h, g4 {2 l0 J9 O$ E( V: ?funding.# z: N& l0 W3 n (3) The amount of authority so granted. {, T: f6 }8 G5 r" Y Obscurant A material (e.g., smoke or chaff) used to conceal an object from observation by a+ b8 c4 o% s/ |+ D& K8 U- Q2 z+ I! x radio or optical sensor. Smoke may be used to conceal an object from6 l; r; w: U2 V o. [! _ observation by an optical sensor, and chaff may be used to conceal an object Y( M4 b3 O3 g8 jfrom observation by a radio sensor (e.g., radar).) r( d' m, q- h4 T* g6 ^7 P. L Observable A measurable target attribute. g- D$ B" A, [OBSV Observation. 7 s% t. M$ a3 v- D2 {- tOC Operations Center.1 A1 v) t6 f8 P% F3 U6 ` OCA Offensive Counter-air. # t2 N+ Y" ~7 o+ ?0 a- Z5 W/ bOCD Operational Concept Document. ) G% L6 q: x3 C5 x8 _OCI Organizational Conflict of Interest. 8 S+ v5 N. U$ R1 A8 r# [OCM Overt Countermeasure. / E, q& }$ E5 g& a2 n. eOCONUS Outside CONUS. ( n4 f( }: `7 _. |OCR Optical Character Reader. % u1 M# @; a; ?OCS (1) Operational Control System. (2) Ozone Depleting Chemical.: U- j3 C! B. z3 s/ o j OCU Operators Console Unit (THAAD).+ ~$ `4 Z* G9 Z( R! n OD Optical Disk (PATRIOT). 0 K7 M! p5 k" i1 a YOD PA&E Office of the Director, Program Analysis and Evaluation./ m* K1 [/ u) P ODA Optical Discrimination Algorithms/Architecture.1 ~$ B. e+ k; M: W ODASD Office of the Deputy Assistant Secretary of Defense. 0 v) R/ O- m" d9 Q& K; \& p( tODCS Office, Deputy Chief of Staff.

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