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发表于 2008-12-25 20:07:59 |只看该作者
MDA GLOSSARY, VER. 4.0 H. [ Y! v/ x, a6 I# x& }* K9 F 130 6 }* o, h0 C7 s; S" F6 OHuman-in-Control Human-in-Control provides for the positive control of automated system A( W6 A$ t0 ~* L& D( J" F) i processes. This is accomplished by requiring human action to provide essential : {! o0 v' R) v. O! jhigh-level commands such as initiate, terminate, and interrupt. With regards to ! D1 M9 R8 G! HBMD, 10 USC 2431, Section 224 states that: “No agency of the Federal. r: ^% }( S" q a2 s0 h Government may plan for, fund, or otherwise support the development of ! B0 P+ I; m* u/ tcommand and control systems for strategic defense in the boost or post-boost ' X3 c3 W4 W6 ~0 E$ f0 W& E0 q kphase against ballistic missile threats that would permit such strategic defenses . [, M" b$ n( |: ?/ I0 i9 Pto initiate the directing of damaging or lethal fire except by affirmative human 8 D$ z, d1 H! u0 ^decision at an appropriate level of authority.” (USSPACECOM) + M" T5 B- A3 e0 N6 b, t0 g1 d. E+ iHuman' p) K, [2 Q R9 A: n: y3 Y Intelligence; \+ b! T% I& G3 G: M- z (HUMINT) 1 i: r4 H( n5 s( d1 v1 `- FA category of intelligence derived from information collected and provided by 2 V( H/ l9 O9 ?" i0 L+ @3 U+ chuman sources. % w3 h e- c' T' y; DHuman Systems + U+ V* w0 e+ R. o, V5 YIntegration, _# t1 T L( [8 Z2 R+ V% ` The human considerations (human factors engineering, manpower, personnel,# g7 l2 l% m* v* L K/ C training, and safety and health hazards) that are integrated into the design effort1 [$ G8 t8 K6 N& Z8 T: o for the defense system to improve total system performance and reduce costs of, ~, t& y; w, E0 A# Q ownership by focusing attention on the capabilities and limitations of the soldier,' G6 K u' V; {) X" O \% E, N sailor, airman, or Marine.2 O9 `& w; F, ^2 P* h HUMINT Human Intelligence. _; ~5 n" b* X# c4 yHVAA High Value Airborne Assets.8 \8 M P% F# H1 ~4 z HVAC Heating, Ventilation, and Air Conditioning. , T* {+ P& R+ C7 g3 j THVG Hypervelocity Gun.3 d }6 Z, W$ }: o$ I" m9 J HVL Hypervelocity Launcher (Gun). 3 M8 s# S6 o i" y0 gHVM Hypervelocity Missile. 8 Q+ U) p: J3 s& yHVP Hypervelocity Projectile.5 [" F, ~8 F7 r2 Q$ ` HVT Half-Value Thickness. $ w/ j: j0 |3 }HW Hardware. * c1 t( e+ r7 q" JHW/SW Hardware/Software.$ g9 h8 y3 |/ W0 S$ f- E6 x8 A2 I HWCI Hardware Configuration Item. I! t% s8 ^' d- I3 ]8 Q3 h HWIL See Hardware-in-the-Loop.) @6 n y: X' Z# g7 {( u# l1 B HWILT Hardware-in-the-loop Test. & h5 g# b# A/ F, lHYLYE Hypersonic Low Temperature.( A8 Y7 J1 X+ v, u f+ u Hypervelocity v. } ]1 ^2 }, c: l' a j& \Gun (HVG) * {1 g5 \3 O; O. hA gun that can accelerate projectiles to 5 km per second or more; for example, 1 J; @4 L- Z; f- ^an electromagnetic or rail gun.- }: d4 ?9 B5 v* v) j8 }* J1 G Hypervelocity 5 k- i0 ^" s# ^0 A: O bMissile (HVM) 7 N" E* e& a9 [7 Q' ^- Y5 xA missile that can operate at a velocity greater than 4 km per second. 3 O1 [- G, i/ H$ CHYWAYS Hybrids with Advanced Yields for Surveillance.% b j( r$ Q- v8 | ? Hz Hertz (cycles per second).9 M2 r6 x0 i) [ m1 J MDA GLOSSARY, VER.4 .0 I / K8 f- K0 y/ w5 L A131 y: m, W; `* L: K" }* u3 sI&CO Installation and Checkout. ' ]8 Z2 [: W9 s* MI&I Installation and Integration.& k6 n% f7 w4 Y; c( M+ c I&PA Integration and Performance Analysis. # {& R9 h+ Q3 L9 b, J) rI&T Integration and Test., r' J5 j: O% Y I&W Indications and Warning. + ~$ M8 {+ [' Y" _3 JI-CASE Integrated Computer-Aided Systems Engineering. ' I% G+ K: {8 k. {" II-HAWK Improved HAWK.' i+ J) P' a: U+ A9 _" I I-MOSC Integrated Mission Operations Support Center (USAF term). $ K+ i, p/ e3 n9 [: ~" ?I/F Interface.2 U/ Q" x$ U0 A! @! [* n% u I/O Input/Output. 6 z2 ?& H. m" r+ LI/R Interchangeability/Reparability.' C8 Y9 ?: e0 p I4 International Information Integrity Institute. 8 [' _3 {1 ~- k) k8 x$ B( H8 Q) S- YIA Information Architecture.7 n: h# h- n! Z& U8 M/ m- Q) E1 J IA&I Industrial Affairs and Installations.( O A, l& T: D! V$ r4 v IA&T Installation (Integration), assembly, and test.& c Q9 B# u5 v" e7 T IAD Integrated Air Defense.0 _$ u, ~1 x) j7 C IADS Integrated Air Defense System. ' Q$ ]+ m1 I- Q( JIAEA International Atomic Energy Agency. R4 Y' b# ~$ N# Z' m* b9 C+ U6 sIAG International Agreement Generator.1 U% h* j; I9 Z# z: q. V IAI Israel Aircraft Industries.+ U; u6 a/ q) Q. G IAP (1) Integrated Action Plan. (2) Integrated Avionics Package.1 ]- f! P! O$ r6 e& S5 X3 ^ e$ [ IAS Israeli Architecture Study." S- D, c8 j Z) `+ s3 }# Z IAT Integrated Assembly Test. & V6 ^, O- H5 {5 Z: O( m; }IATACS Improved Army Tactical Communications System. 0 c! X: {/ R3 ^, y. U3 a/ yIATCO Integration, Assembly, Test & Check Out.3 H. Y& X" M4 b+ K' `0 P/ ~ IAW In Accordance With.5 q0 q: V4 g2 d: l A1 N: ] IBA Industrial Base Assessment. ) g5 [; Y" w2 k* D% s% t8 jIBC Impurity Band Conduction.. Q9 w8 E S0 m$ [8 e IBCSi:As Impurity Band Conduction Arsenic Doped Silicon., \# C/ \0 Q( R5 d" V MDA GLOSSARY, VER.4 .0 I + u2 X2 N1 z6 h1 c8 K$ p132: T5 W8 V& D' `4 G) E! B IBDL Intra-Battery Data Link. 5 |4 u3 \0 w0 l. VIBID Integrated BMC3 Infrastructure Demonstration$ F2 [( {# M" D& |; q IBIS Israeli Boost-Phase Intercept System. 7 [, D2 w7 f( r7 c: R+ P( fIBM International Business Machines Corporation. 7 n9 c% V$ b, |IBPA Industrial Base/Producibility Analysis. 0 Z# t/ z( M7 [IBR Integrated Baseline Review (DD 5000 term). , j9 e h# l2 G( tIBS Integrated Bridge System, a part of the Integrated Control System (ICS) for US+ {9 M& q7 @9 }/ _( ^( m naval ships. / C7 O( c% I5 UIBSS Infrared Background Signature Survey.6 m5 F: N$ ^0 V% X& U/ e IC (1) Intelligence Community. (2) Integrated Circuit.8 {/ Z6 ]3 H& O0 T, G$ C& J3 W ICA (1) Independent Cost Analysis. (2) Independent Cost Assessment. u0 m0 k7 X3 t: P3 @( TICADS Integrated Correlation and Display System.5 L0 p7 S# F8 m# k0 N ICAF Industrial College of the Armed Forces. 3 q' u( U! x" X" d2 [8 BICAO International Civil Aviation Organization.5 |) l9 W8 l }% b: W ICAS Integrated Condition Assessment System, a part of the Integrated Control ) F1 j, X/ p3 bSystem (ICS) for US naval ships. $ z; S! S. Y1 B. I: f6 lICASE Integrated Computer Assisted Software Engineering. - y H: Z3 N* w1 KICBM See Intercontinental Ballistic Missile. E$ B& C; c7 ?& \$ wICC (1) Information and Coordination Central (PATRIOT). . t# O& w! W2 v% f(2) Item Category Code (ILS term).# g5 P8 V! p* ]5 u- U1 W ICCIP Inter-Center Council of Information Processing. 3 s2 H& c: t! {3 ?) h7 iICCITS Inter-Center Council on Information Technology Security. ) W6 K9 R: x# u5 L: X+ ^ICCN Inter-Center Council on Networking./ x0 _+ ]+ E7 E+ Y. \) @ ICD Interface Control Document/Drawing.. [& k% G; Y7 Z% Z ICE Independent Cost Estimate.( v. q ?/ ^4 j7 P% I2 s ICEDEFFOR Iceland Defense Force (NATO). * ]- `9 b% B+ v0 ^9 A/ [# RICM Improved Conventional Munitions. A: U9 p) {" t7 C0 V ICN Installation Completion Notification.) u) O: H- }' g" V7 Y+ @ ICO Interface Control Officer (JFACC term). 5 E, R z3 r- ?( XICOE Initiations, Commitments, Obligations, Expenditures.' d' W" g" F+ N. L% _ MDA GLOSSARY, VER.4 .0 I1 F) c1 j9 J& Z3 |7 O0 I 133 ! e: e! \; r3 {$ j6 ^+ CICP (1) Interface Change Proposal. (2) Inventory Control Point (ILS term). 0 h& `+ a# f7 M1 _; \ w(3) Interface Change Proposal. (4) Interface Control Process. ) o7 z* H8 T& E! OICR Integrated Contracting Report.$ B* S. x9 Q; @$ z* w ICS (1) Integrated Control System, a computerized monitoring, command, and 0 y* s2 d: z- d+ S5 D: J! Ncontrol system for US naval ships. ' O- A' Z! Y$ H- a(2) Interface Control Specification. # T) j7 Z: ^: L5 {3 Z+ {ICU Interface Control Unit.: j# a$ h g7 _8 D; ` ICWG Interface Control Working Group. 8 v1 K1 z; j1 Z, j% WID (1) Interactive Discrimination. (2) Identification. * L, s" Q/ A S. }IDA Institute for Defense Analysis.% @, n# [' S6 L4 s2 Q IDASC Improved Direct Air Support Center (USMC term). R) Z$ g; _" g0 O0 @) L: [% C" _ IDB Integrated Data Base.1 @7 X, K0 V2 E IDD Interface Design Document.7 I1 C C! d/ l" S7 ^5 ?$ o/ X IDEA Integrated Dose Environmental Analysis.- V% r. t/ C' R; N! d" b& ~ IDECM Integrated Defensive Electronics Countermeasures (USN/USAF term).; d: y! N# _- H: c Identification' Y0 a# j5 m2 O6 a: K# g/ q8 Y4 b$ e Friend or Foe; C5 M) ?9 l% Y! f4 I% z4 r1 W; t8 @ (IFF)1 `' s( v. o- n$ A- w A system using electromagnetic transmissions to which equipment carried by& e/ H T+ C5 M. i8 o& ~ friendly forces automatically responds, for example by emitting pulses, thereby 7 n4 y: ` C# x! @ j) wdistinguishing themselves from enemy forces. 4 V. H8 F- w. a. f! ]IDG Institute for the Dynamics of Geo-spheres. ; N+ P1 c! }" \, p1 x' rIDHS Intelligence Data Handling System. 0 m. ^3 u J% N) x4 uIDIP Integrated Development and Initial Production.. }# f3 t9 R- {( p: ^5 p IDR Initial Design Review.

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发表于 2008-12-25 20:08:15 |只看该作者
IDS (1) Interface Design Standards. (2) Intrusion Detection System./ c# r" y$ S4 Z IE (1) Independent Evaluation. (2) Integration Exercise. 3 W+ ^2 u% \9 e6 k0 i3 _3 m9 E. tIED Intrinsic Event Discrimination." ?% M6 z( k( w% u- l4 q$ I IEE Institute of Electrical and Electronics Engineers. ^$ e2 e4 Q0 L2 Z# m0 v3 K IEI Integrated Engineering Infrastructure.. z8 ^* I7 a3 O7 `! \& R IEMP Induced Electromagnetic Pulse. 9 e9 B |! Z. }" R# H9 a5 f. {' jIEP Integrated Evaluation Plan. 6 s7 _: e8 G- QIER Independent Evaluation Report. " \) ^& `- \! u5 N- m* v/ dIESG Internet Engineering Steering Group. * d2 d; B- {* s4 ~; ^3 k) `MDA GLOSSARY, VER.4 .0 I 7 g- a5 X2 h( U0 L5 d134; F5 g, Z/ l: Z( o IETF Internet Engineering Task Force.5 d8 Q3 D! z5 C$ \6 L! r. e) y! _5 j5 n0 } IEV Integrated Experimental Version. . S8 x2 _: D) U0 `7 E# }$ UIEW Intelligence and Electronic Warfare.& m7 _% t1 I( X# f IFA Integrated Financial Analysis./ M" e9 P7 B" w8 q IFF Identification, Friend or Foe. 2 Z2 ]- ?, d, n& ?+ OIFHV In-Flight Homing View./ d0 v/ s+ l9 ]9 k1 X7 g& h' B IFICS In-Flight Interceptor Communications System. IFICS provides the) J8 P( w1 X9 ^: ~ communications link between the ground and the space based NMD assets.6 ~, j" M/ ~! }0 | The generic term IFICS replaces the obsolete design specific communications 6 i1 T4 v& | msystem term GEP.- k5 b( }9 U0 j& B. s/ X% z IFOG Interferometric Fiber Optic Gyroscope. + h5 t% t7 i! QIFOV Instantaneous Field of View. " z+ l5 g3 Y2 O5 h. ?IFSR In-Flight Status Report$ {; O+ X" m+ J' Z IFT Integrated Flight Test. 9 n$ \3 `- Z- p$ {IFTU In-Flight Target Update.2 @3 R5 i$ q& U7 x P4 O9 B" c/ ]6 F* ]; E IG Inspector General.4 Y8 z5 ^+ i: p& n; [6 [. [# m: @ IGEMP Internally Generated Electromagnetic Pulse. 0 A/ Z8 @1 y* K% H7 aIGES Initial Graphics Exchange Standard. " c9 r0 |# e l; L# F1 s- ZIGS Inertial Guidance System.( i3 |# p( v, X6 Q IGSM Interim Ground Station Module (JSTARS). 1 n5 o, M" |! I+ L1 |" YIGT Integrated Ground Test.. J- W! y! \/ J9 {% ~7 w# T IGU Inertial Guidance Unit.$ \0 e! h( C3 R II Impulse Intensity. a& V# v P8 M- b" j# S8 ]7 IIIP Interoperability Improvement Program. 9 e4 k3 [5 K' @+ L/ N- zIIPT Integration Integrated Product (Process) Team. % m1 z# \* ]3 z$ l" d) mIIR (1) Intelligence Information Report. (2) Imaging Infrared. % d$ V2 c$ K( pIIS International Institute for Strategic Studies (UK). ' M2 b1 l+ J" e1 |. n7 Q" {IIT Interceptor Integration Test. 3 m& v4 E, @( }3 [) k! K" O% N. i9 NIITF Information Infrastructure Task Force./ J- O% k" d* I; {7 d9 ^* _ IJSOW Improved Joint Stand Off Weapon. : d/ J: F- t5 [MDA GLOSSARY, VER.4 .0 I 1 J- G6 [ M: v8 H$ |, \, s135 $ M+ M7 Y5 f) ?* V0 QILA Inter-Laboratory Authorization (Contracting term). : G F0 B4 u" M. e2 S7 m5 }8 v. l) cILC Initial Launch Capability.# e4 r' g" z' C+ v0 Y; x Ilities The operational and support requirements a program must address (e.g.,; H: D# x$ \. }: e k' n- ~ availability, vulnerability, producibility, reliability, maintainability, logistics' _7 }% M. K& |: a: u4 ~- C supportability, etc.).7 p' P( O. X7 Z0 P# Q8 t& U Illumination Non-interfering impingement of electromagnetic energy on Red, Blue, or Gray6 t) v; ~: Y8 {, a satellites and Red ballistic missiles in test. 6 B% P/ l1 e8 cILS Integrated Logistics Support.! T, {3 I/ {- C8 T ILSM ILS Manager. 7 b" J& a* I2 L, y/ HILSMT ILS Management Team0 E O6 R' ^6 q! X, k: V ILSO ILS Office.2 V% c4 `& j, R5 A* y! ] ILSP Integrated Logistics Support Plan. / |5 C: c7 z5 f# G5 i0 u6 W9 gILSWG ILS Working Group.) l9 A, R) }0 S# x IM Information Management., Q' u5 l/ f2 z( Q7 Y Imagery Collectively, the representations or objects reproduced electronically or by optical + e. P, ^" v; p9 l9 ]* Smeans on film, electronic display devices, or other media." \2 L6 m- ~% M5 u' k3 }+ Y) | Imagery 1 O* R' v: t EIntelligence E: O; Z" [; q6 B6 ^/ ~2 {) c(IMINT) ) h( W3 u" r* j( W. uIntelligence derived from the exploitation of collection by visual photography,6 s% [8 y1 C- }! ] infrared sensors, lasers, electro-optics, and radar sensors (such as synthetic 4 J( f1 Y4 D( i) s" U! e) d% Saperture radar) wherein images of objects are reproduced optically or' y' c c( G" q% F3 k electronically on film, electronic display devices, or other media. 2 g* R! n9 z! oImagery 7 B3 D z/ t- f; f& X2 fCorrelation4 c$ U. g& i3 r/ ^! U& W The mutual relationship between the different signatures on imagery from9 y; ?# Y3 T& z6 s: s different types of sensors in terms of position and the physical characteristics / [3 e' H1 p( I( hsignified. 3 {0 o) E( t( n" H/ \; i: J+ L) V: uImaging The process of obtaining a high quality image of an object. : K" J4 i* w; N) v+ o1 o* A3 dIMC (1) Interagency Management Council (GSA term).1 n: _9 U8 e) I& q5 [- ~. ~ (2) Internal Management Control.% {# ]. P' m7 i# `* q* C IMDB Imagery Management. - N" H* w- i( ?; z M( n( Q( @IMDO Israeli Missile Defense Organization. MDA counterpart in the Israeli Ministry of' P8 Y# a" {; y4 g Defense.% R. Y5 d( b# Y b! G$ M, S2 h2 ^ IMINT Imagery Intelligence. ( o3 z9 X h' u! Q2 mIMIP Industrial Modernization Incentives Program. 8 n/ _1 E( {" ~5 j7 Y, e* CImmediate Kill& S7 V8 B: t& i2 C- N* @0 D! o2 [: @ Mode( ?2 s- W# i, N% C9 r) }0 u. q) A A kill mode in which the target is immediately catastrophically destroyed by * b2 f6 E) q1 |5 `impact with the KV or KED.; v- e! R6 ~% Q4 u Impact Point* ]9 U5 g' C9 N/ g/ G Prediction (IPP) 4 t+ J) m/ c0 D( G( C$ ^1 UPrediction of the point on the earth’s surface where a specific RV will impact, ' A( J) }% n! c9 Ausually specified in terms of the circular error probable. The estimate includes7 m3 V$ ?( Y0 O4 e6 C1 t5 J! i8 J4 y the perturbing effects of the atmosphere and resultant uncertainties. % u+ n5 |5 _- \* o; ^% NMDA GLOSSARY, VER.4 .0 I& s8 L0 J% P H' M5 \! d+ D 136 % G' Y, R/ v/ M1 MImplicit9 [" e, G& O# e Coordination - U M; {+ Q: l/ r% S' E; [9 ` hMany independent battle managers (computers) use the same algorithms to) ]' P( V7 w/ E6 W# U3 } derive a common calculated result. Decisions resulting from these calculations7 m3 |0 ^0 q Q, { will be identical even though the calculated results may not be identical.2 ]. P- \4 D. o; h7 e& L- @' d' A j Decisions or results are not communicated between Battle Managers.8 ^6 ]( o& k4 B! Y, Q1 I8 b1 f Impulse A mechanical jolt delivered to an object. Physically, impulse is a force applied for 7 Y) V# J7 a4 X# o% ga period of time, and the System Internationale Unit of impulse is the Newtonsecond (abbreviated N-s). (See Impulse Intensity.)+ B/ m( X0 y( c6 m) G- N1 c0 s# P* P Impulse # i2 Y. Y* B2 w4 E( a% c. uIntensity (II) * {# S) t/ F1 ^0 q( [" vMechanical impulse per unit area. The System Internationale unit of impulse $ d c5 b* A( ?# t4 Aintensity is the Pascal-second (abbreviated Pa-s). A conventionally used unit of 5 T4 `0 d5 `! a8 E) N7 oimpulse intensity is the “tap”, which is one dyne-second per square centimeter;* d2 h! A$ x# v2 Z2 R hence, 1 tap = 0.1 Pa-s. # v5 X" R7 B+ I( lImpulse Kill The destruction of a target, using directed energy, by ablative shock. The' u9 y9 Z" h. \! z5 R0 n, t intensity of directed energy may be so great that the surface of the target . ]) m( N+ V% H/ ], V) a/ Aviolently and rapidly boils off delivering a mechanical shock wave to the rest of; H: N' z" {2 M4 z% P the target and causing structural failure. * _" _# r) y9 X& Q1 s& VIMPWG Information Policy Working Group.2 Z& W* u) U& S+ u$ Y IMS Integrated Master Schedule. E- W- X. @; `+ B9 q IMU Inertial Measurement Unit.- ~# L2 d- q+ p$ _* a# ^* C0 f IN (1) Air Force component intelligence officer (staff). (2) Instructor. (3) Impulse7 y) N9 ~" R5 v$ C' f4 }# F5 d4 N Noise. ; L1 m# q& Q) c) gIn Inch.8 j) Z* f$ g+ W IN LINAC Induction Linear Accelerator.3 f n& t1 c0 j4 y9 d, ^1 l In-Flight Target 1 Q8 E# _: q8 a1 |+ C) `6 K/ pUpdate (FTU): w- R; C. g' |: b) m- c3 y A report to in-flight interceptor weapons. The IFTU provides updated, predictahead target position, time, and velocity for use within the interceptor’s control ; A6 I! d/ R% K5 @suite to make midcourse corrections to intercept the target. / c; K2 } T/ x6 f& F8 wInclination The inclination of an orbit is the (dihedral) angle between the plane containing 4 E2 v, h/ \. j, A9 s- @& Z3 qthe orbit and the plane containing the earth’s equator. An equatorial orbit has 0 O7 o* ~/ h- G5 O; ^% k- Can inclination of 0° for a satellite traveling eastward or 180° for a satellite. T' `' ~3 A4 H9 @/ v: p1 r traveling westward. An orbit having an inclination between 0° and 90° and in0 _& }- `: g0 W which a satellite is traveling generally eastward is called a prograde orbit. An# t( f* O0 l7 x- Z5 ]8 F orbit having an inclination of 90° passes above the north and south poles and is " R% P3 {1 n; ccalled a polar orbit. An orbit having an inclination of more than 90° is called a7 _& J* ^# U8 L. L* ?5 [. n @3 x retrograde orbit.% ?: f; z$ O7 ~ ] Incremental& a8 }$ b9 V4 A9 b$ b! F Funding* P) ^ j. Z, l) w8 g R The provision (or recording) of budgetary resources for a program or project / R* S- o7 @6 f7 c2 Gbased on obligations estimated to be incurred within a fiscal year when such" }, e4 K3 J' c- l/ E budgetary resources will cover only a portion of the obligations to be incurred in , I2 u8 \/ ]' b2 d2 l% A, u% [3 ucompleting the program or project as programmed. This differs from full funding,) `7 x& m8 z1 O& Y1 l2 x* J where budgetary resources are provided or recorded for the total estimated% D% h. E* y! g6 J' w8 t/ K obligations for a program or a project in the initial year of funding.

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发表于 2008-12-25 20:08:32 |只看该作者
Identification/ i P' ? t. w8 t; t Friend or Foe : t. ^- m4 c! k3 e9 \0 f(IFF)- U8 W7 L/ Z% G: F A system using electromagnetic transmissions to which equipment carried by 8 S3 ?+ w o: U2 Afriendly forces automatically responds, fro example by emitting pulses, thereby " h) A& B, \% Z; Sdistinguishing themselves from enemy forces.1 d2 b2 ]8 y+ B' f$ q MDA GLOSSARY, VER.4 .0 I- ]- e" S3 w' `) W 137. T" Z' y% b' {4 Q. c% m& r* W" F; N Imagery- B2 F/ z' F4 S! l% L1 k Correlation ) d, D+ O, ^5 y' Z {The mutual relationship between the different signatures on imagery from) [+ H' V3 ~# s: M$ Q" e different types of sensors in terms of position and the physical characteristics4 v% `( q- B0 R9 Y9 g signified./ D& `2 n$ n0 C2 s Independent ' t6 k5 W) \1 N- N! zCost Analysis & v% @( u0 \/ M2 }% tAn analysis of program cost estimates conducted by an impartial body3 p7 C Z" y% I. B' v9 |2 d disassociated from the management of the program. (See Title 10, United+ \) H4 V2 P6 T States Code, Section 2434, “Independent Cost Estimates; Operational+ X) V0 `) I7 w: L! F5 U* A) _ Manpower Requirements.”)0 _, L3 F5 L: S6 Z6 h9 o& `& i Independent Cost , y( A$ ]( h; a5 n, c9 QEstimate (ICE) % q8 C: j* Z6 CA cost estimate prepared by an impartial body outside the chain of authority / m, c4 Q0 {, e: q" L$ v+ p. K9 g Yresponsible for acquiring or using the goods or services.( \% O# M2 J8 u" \6 W9 g- s# H7 r Independent 4 x; }4 m8 H& [2 R3 a5 dEvaluation* X0 u) x3 z1 F/ H6 p; v1 o1 M Report (IER)6 H# L( C; O$ k5 P" t; f$ `# g Documents the independent evaluation of the system and is based on test data,. u* L$ s) U7 F! ?# D7 D reports, studies, and simulations. The IER contains the independent evaluator’s 5 g" o' R. ?' @: q$ y8 G1 D& Lassessment of key issues, supporting analyses, major findings, and a position on3 V9 p1 o1 F) i0 I% \ the future capability of the system to fulfill approved requirements. The IER is# X3 `7 j4 K# q! e provided to the DAB to support the MS III decision production decision. An IER ' W j2 c- Z8 m8 Ymay also be used to support LRIP decisions. (U.S. Army) " R# `5 q1 g( w6 h( wIndependent0 J# l( M, C- ? Research and A2 x, b) }& O/ O9 P& vDevelopment& e. a5 r' I: n* _6 Q! g; X- } (IR&D) $ O& `& _; q+ VEffort by industry that is not sponsored by, or required in performance of, a6 l0 o5 ?) t" W0 j* n* W8 ^; F contract and which consists of projects falling within the areas of basic and8 r( x6 I+ D+ f: X% _4 _9 a applied research, development, and systems and other concept formulation . a2 q% |! p2 ?# |studies. Also, discretionary funds which industry can allocate to projects. (See 2 m0 c% E0 n5 zFAR 31.001.)0 w1 D: g p. T+ F8 y, t Independent, V; F: f% V& P9 r- y' d Verification and & {3 u6 E7 j: Z5 q6 Q& iValidation (IV&V) # U& X3 d/ G& g/ x% IVerification and validation performed by a contractor or Government agency that4 \+ u2 f3 H) `5 l is not responsible for developing the product or performing the activity being6 Z: t! j" i' Y evaluated. IV&V is an activity that is conducted separately from the software / h' ^* R( n8 `% q/ r! Hdevelopment activities.9 F! I, G) W d$ o Indium4 H7 S( w( s3 R+ I" V1 p7 a8 [3 q) W Antimonide 5 p: \- @0 n$ _, I0 h5 |6 NInfrared sensing material. 6 r& O2 ~/ M0 Z% i( N' gIndividual" Q) B. f+ r( |3 C, z5 f! a Acceptance Test % y+ O. l o& OA test of predetermined critical items to verify their operational characteristics: g" s& h+ L8 y! B! K* J: T7 r* e! M prior to assembly into subsystems. Waivers to this requirement, such as using$ _+ K0 U0 ~, A- E the end item acceptance tests, are not recommended as production expediency.' d2 Z1 m& s. t; U+ v( { Induced & f% k) a& {. |: I' LEnvironments # I `. c5 E) G, @; GInduced environments are defined at the system level as the disturbances in the, G* {( l- K) Y z; W* \5 L7 ? natural environments caused by BMD system influences on other BMD assets# w- [& E1 m7 I7 Y% b (Self-Induced, e.g., GBR radar energy impacting and effecting a GBI in flight) or+ I5 b7 h1 ]' j/ `# D the influence of other systems external to BMD on BMD assets (Externally-, P. }' Z4 L( o& ^" \1 _$ F Induced, e.g., high power electric line electromagnetic field effects on C2E0 m, f. ^1 L# K1 i! K3 W electronic equipment). 9 ^8 E6 Y. o5 _, j3 F0 gInduced / ?7 T4 H3 C. ~9 D7 Y/ E: Y( ?Radioactivity ( @9 B' J4 Q0 iRadioactivity produced in certain materials as a result of nuclear reactions, / Q6 W- p0 ~; nparticularly the capture of neutrons, which are accompanied by the formation of( V5 t# Y* P) R. g. x ~4 i* } unstable (radioactive) nuclei. In a nuclear explosion, neutrons can induce+ k; m+ J& A: e% X7 {: c0 H/ v3 I radioactivity in the weapon materials, as well as in the surroundings (e.g., by * B! g; ?( O' U3 [interaction with nitrogen in the air and with sodium, manganese, aluminum, and ( Q L* u6 r6 `9 zsilicon in soil and sea water). - E2 x# z6 u4 x# X. L [MDA GLOSSARY, VER.4 .0 I2 g0 Q' k7 ]. Q* l7 q4 A 1389 |# u/ b5 t4 F* k& A Industrial 8 h! I# z4 s0 a7 j% H! ~ BResource 7 U. B* Z" C, sAnalysis (IRA)! \3 `- Y" ~ |; l. R ~7 l) A A quick-turnaround or a detailed analysis of industrial and/or specific factory * _6 A+ X" ?# R! Pcapabilities to determine the availability of production resources required to 1 B( }! \ g+ T9 P# v3 e/ bsupport SDS. These resources include capital (including machine tools and ' m$ E4 M$ t$ a/ {( vspecial tooling/test equipment), materiel, and manpower needed to meet the : |, w6 r8 r" N. ^. B4 M( ]) Irange of SDS requirements. IRA includes the results of feasibility studies,+ p" A( R5 `& i$ @, \; d producibility analyses, and technology assessments. Shortfalls discovered in1 I1 V5 O2 w) ~+ e5 ~% U/ C IRAs are assessed for risk levels, based on the reasons for the risks, and , O3 N. @* q- Q( k8 ~' h) q( vbecome issues listed in the MDA Producibility Programming and Issues& v8 ]7 a- l) Z+ R: X Resolution Strategies (PPIRS) document. " M$ W5 y( c" @# L* \2 F8 AInertial7 ~" {4 d( B3 e# i Guidance4 Z1 Y' P- A+ ~$ A A guidance system designed to project a missile over a predetermined path, * J& H0 b1 Z( |, B. Rwherein the path of the missile is adjusted after launching by devices wholly- i& V5 d7 h ]% Z* a within the missile and independent of outside information. The system measures & | _# I) Z$ p/ H( \and converts accelerations experienced to distance traveled in a certain0 ]% G3 S, z$ g8 V direction., M- {0 |6 M8 e* l- P8 ~ Y Inertial 6 r# ?/ v H0 Z$ `9 S/ J0 @Measurement + f3 J- P2 R" K0 ^/ hUnit (IMU) 7 a6 C# _% A# m' \: `5 n4 _. i" TA guidance mechanism designed to project a missile over a predetermined path,8 {+ ]9 r; u0 {- L8 Q* U9 f! @ wherein the path of the missile is adjusted after launching by devices wholly 9 K! |3 x* o0 H1 N+ Pwithin the missile and independent of outside information. The unit measures0 T; r9 G/ I) q and converts accelerations experienced to distance traveled in a certain! V/ \4 T2 f* p. o& M) X: p direction." r" D# G1 y4 k/ b0 _* p INETS Integrated Effects Tests for Survivability.7 y: y: F/ n: ^* Z& q9 [ w INEWS Integrated Electronic Warfare System (Navy term).& v; h8 q& O. _) K* C9 ]/ c( N$ K INF Intermediate-range Nuclear Force (Treaty term). Also the name of U.S./USSR6 L. s1 M; @2 `4 z2 F Treaty.) t( ^% F. P0 F% @# O- M- I5 }7 u In-Flight Target - a% _8 r" I. xUpdate ! r, D; Q4 o( w7 M0 cA data report, which contains updated, predict- ahead target position, time, and6 ^1 p) M8 _8 { velocity for interceptor weapons to use in making midcourse correction. D; l7 e; I3 F0 a" j(USSPACECOM)3 @6 R1 y" ~2 R6 A: l! p Information" d" [) [5 Q5 D* j Architecture (IA) 5 N4 ~4 @; D1 a8 [8 j* VA description of the information that is needed to support command and control9 r0 c h- r5 D" ^) Y0 T0 f decision making and battle management, where it comes from, the processing 1 h" I. r' k) k" @% T+ athat must be performed to provide it, and the resulting behavior. The description " w( A, g- x" m8 Fprovides the invariant framework for interoperability, operational and design( x& P5 ~% R# N5 V flexibility, coping with the unexpected, extensibility, and reusability. ; O1 Y$ f' k5 `, N) tInformation & g1 ?& T: W" F) v" mResources" @. |8 N- @8 b- N Management, ^; ~2 e6 S3 {# P" O The planning, budgeting, organizing, directing, training, promoting, controlling, ) h# g0 o8 t: u4 w# K! Pand management activities associated with the burden, collection, creation, use, % y6 j5 R% ]( N) b- i: n! zand dissemination of information by agencies and includes the management of : r! `( A' s+ A; ~8 Qinformation and related resources, such as FIP resources.

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Information 4 c3 |) ]8 }) z) I2 HSecurity * {# A$ g: x" q6 G" x(INFOSEC)! ~" v, C+ l4 K+ n) p, e Those measures and administrative procedures for identifying, controlling, and ' J) Q# J( D6 Rprotecting against unauthorized disclosure of classified information or 4 r# u3 o D! c2 R! dunclassified controlled information, which includes export-controlled technical ( m/ \/ [$ k+ z# rdata and sensitive information. Such measures and procedures are concerned # P: w: p) ^0 J) O9 k: \+ k2 nwith security education and training, assignment of proper classifications,/ M3 \% ^" S% o downgrading and declassification, safeguarding, and monitoring. 6 k' W8 d0 o% m7 c0 v# hInfrared (IR) Electromagnetic radiations of wavelength between the longest visible red (7,000 * E0 b% \/ q% E9 d% jAngstroms or 7 x 10E4 millimeter) and about 1 millimeter. (See Electromagnetic # [! W. v# N9 @/ H3 Y# Y0 Y; uRadiation.)" S6 v. m: A% {/ w! x Infrared (IR) $ o) V/ ]/ L) S- \% H# {, f* TElectro-Optics, r" d3 e6 [6 n: b; x Technologies/techniques employed by optical sensors in the wavelength ) t4 d, ^) M, z! \2 o0 S, q# sspectrum slightly longer than visible but shorter than radio.8 M9 @" K7 ^" R- }( q MDA GLOSSARY, VER.4 .0 I + W$ `. }9 J; A7 @7 y0 E139: m/ }. H$ H: U Infrared Imagery That imagery produced as a result of sensing electromagnetic radiations emitted \8 q* `* `7 T% h5 c: H. d or reflected from a given target surface in the infrared position of the ) B& N* E O& w/ Ielectromagnetic spectrum.3 A7 z0 C4 @: s' W Infrared Sensor A sensor designed to detect the electromagnetic radiation in the wavelength" Z4 K5 i* f% x, v4 m" C region of 1 to 40 microns. 1 \. M, v4 m$ n( \! r4 H. F) XInitial + _" X+ m8 ~& O( ?* Y9 p" cOperational + K4 b6 R* G/ K+ `6 V; RCapability (IOC)* e, l6 X5 B( w! i The first attainment of the capability to employ effectively a weapon, item of& P( m* ^; E y! B1 B, Y equipment, or system of approved specific characteristics, and which is manned 9 O1 H' ]6 X! aor operated by a trained, equipped, and supported military unit or force.9 | v1 G; m+ X Initial + p) m! `3 z# ~+ L" X! `Operational Test 5 m6 ~/ b/ p& X/ S) d0 I j' @, tand Evaluation , F3 G1 K) Z: h2 g! D(IOT&E): y4 N* l& y/ g$ N9 l' r& {; a6 n! ~ All operational test and evaluation conducted on production or production " m1 D' b3 W8 F7 Z0 o3 Rrepresentative articles, to support the decision to proceed beyond low-rate initial+ N, p6 I7 ]& w Z production. It is conducted to provide a valid estimate of expected system $ a q% D* i+ P2 H6 Uoperational effectiveness and operational suitability., ]- \9 O! g3 N+ j INMARAT International Maritime Satellite (a UHF communications satellite).8 y5 |' t- q: R9 I, ^% s) W9 Y INS (1) Internal Navigation System. (2) Insert code. $ f3 p3 h( {% [InSb Indium Antimonide. , {3 g# X3 S3 R+ V0 jINSCOM U.S. Army Intelligence and Security Command.9 b3 u( d, ?1 B, M U( l, _ INSICOM Integrated Survivability Experiments.+ z5 |: w" J1 L7 \" ~ Integ Integrated. - E! L! X; v- z X5 `6 p. h7 j p9 |Integrated+ G9 }" r) Q% P' A" |" ?' h6 b4 F Contracting" L3 x, n" b0 x. e7 a Report (ICR) / V( Z3 _6 d, M Q8 e$ lA quarterly report of BMD contracts, which define the roles, relationships, and " x3 R" a5 K$ V. r4 Z: e! einterfaces among contracts, contractors, and programs, and provides a5 M; b3 T! o$ n& ?0 d S" h mechanism for strengthening MDA contracting oversight (formerly known as6 V: G( O) I9 @" O% k! \ Integrated Contracting Plan or ICP). , Q4 q( h# z3 F/ GIntegrated Fire# ~) F* ?$ R* f9 B: w: _ Control System 5 f- L" B: C8 O& Z. E7 I9 H0 PA system, which performs the functions of target acquisition, tracking, data, u9 }! L* z- y6 w/ P1 M computation, and engagement control, primarily using electronic means assisted6 E8 ~3 }9 h8 s9 c by electromechanical devices. 6 F4 J. i7 F' |2 yIntegrated# E% T% Q& t2 N: R Logistics Support 7 D& g6 S- M' O& _1 q(ILS)/ n, A" P$ L) n' I (1) A disciplined, unified, and iterative approach to the management and # ?! ^: G: {1 W1 y, i6 o! _" `. @technical activities necessary to integrate support considerations into3 m7 D; z8 V4 H. Y system and equipment design; develop support requirements that are - ?7 ` p& \$ _. K% a, w) u4 irelated consistently to readiness objectives, to design, and to each. b" W+ Q* U6 S3 g1 G. `! ?, o other; acquire the required support; and provide the required support 0 x# U" V: e9 P B, hduring the operational phase at minimum cost.' V$ x/ @/ t+ p! Z& t (2) A composite of all the support considerations necessary to assure the9 Q1 x' E& r$ l4 z# S/ W$ r effective and economical support of a system for its life cycle. It is an) f' R- S; |# F9 k# n; p integral part of all other aspects of system acquisition and operation. 9 S5 _! i# _, V0 s' ZIntegrated% @4 Y5 D6 s" Z0 E, M: K. A2 X g Logistics Support 7 v8 D7 C% K" j1 E(ILS) Elements $ c; x P6 w: F: i, U: EMaintenance Planning. The process conducted to evolve and establish/ d% w) A7 u7 [8 t2 D+ o4 R maintenance concepts and requirements for the lifetime of a materiel system.9 g! v! k y x Manpower and Personnel. The identification and acquisition of military and. L$ E% ]& I, K; @ ~: C/ c civilian personnel with the skills and grades required operating and supporting a - [" _0 A! k1 l2 n5 Hmateriel system over its lifetime at peacetime and wartime rates.1 \/ D9 h+ H) ? Supply Support. All management actions, procedures, and techniques used to ) F( y5 T; C9 b/ G" Ldetermine requirements to acquire, catalog, receive, store, transfer, issue, and- e: s/ s7 m0 ` dispose of secondary items. This includes provisioning for initial support as well# b" F: B& v0 `& x% d* q0 w as replenishment supplies support. ; c0 f' |6 z! z5 j: B) c, ~' oMDA GLOSSARY, VER.4 .0 I/ j. d1 z1 c/ B$ F9 P; ]. h 140 n4 Z# T6 l% y; xSupport Equipment. All equipment (mobile or fixed) required to support the6 O- H! _1 O& B5 V* M6 ^ operation and maintenance of a materiel system. This includes associated multiuse end items, ground-handling and maintenance equipment, tools, meteorology - {. x) E1 v2 H, [3 _) m# R) zand calibration equipment, test equipment, and automatic test equipment. It% N" v$ x3 c2 t( C Y! }( H# S includes the acquisition of logistics support for the support and test equipment u1 W# a0 D+ H4 e) U) b itself. % U0 Y. Y' X5 n! ], e! V8 CTechnical Data. Recorded information regardless of form or character (such as 7 H) k7 P# {, X3 Fmanuals and drawings) of a scientific or technical nature. Computer programs- c- [# ~& g9 H# p and related software are not technical data; documentation of computer 4 c& t1 S9 ~) C( H* y- b2 {programs and related software are. Also excluded are financial data or other( W1 c A( \2 v2 `6 I- g7 b0 F' O4 `1 G information related to contract administration. $ P9 O7 w1 X/ Z3 N( r. @ o' H5 `Training and Training Support. The processes, procedures, techniques, training( Z8 I$ ]5 r" W5 z6 k6 y: ^ devices, and equipment used to train civilian and active duty and reserve military! L) F5 B% B, n7 H personnel to operate and support a materiel system. This includes individual * w7 A! I. g# b, ^$ o+ v3 g' {* ~and crew training; new equipment training; initial, formal, and on-the-job training;0 e- B& @/ I6 a+ K' ^% _4 y5 C6 F and logistic support planning for training equipment and training device # w) K( r- y6 T& Y$ D) S% N' }acquisitions and installations.! v* F1 }7 f& y% O# j9 \! _ Computer Resources Support. The facilities, hardware, software, ; k+ X. j0 H2 n8 D3 r# ~documentation, manpower, and personnel needed to operate and support 4 B9 p) O0 s' [; p5 a6 a, fembedded computer systems. # H/ v' B0 E& T; f1 C) X: F* zFacilities. The permanent, or semi-permanent, or temporary real property assets 2 L7 z$ y$ m1 e7 R8 _7 {* ~" @% Grequired to support the materiel system, including conducting studies to define2 R3 j( r& r8 W1 M$ b types of facilities or facility improvements, locations, space needs, utilities, " F$ }, r; ^: W- M7 ]environmental requirements, real estate requirements, and equipment. # f* \: i4 e+ ?& N. w0 v# BPackaging, Handling, Storage, and Transportation. The resources, processes, 7 C& N: R( X+ _9 A+ r7 ~: {3 rprocedures, design considerations, and methods to ensure that all system,2 M* @# k3 ?% Y0 y equipment, and support items are preserved, packaged, handled, and0 K2 u7 z& `; ^8 h# g. i8 u2 f8 j# }8 T transported properly, including environmental considerations, equipment . u2 P0 E, Z8 jpreservation requirements for short- and long-term storage, and transportability. ' X, a) z8 v* B1 E3 }Design Interface. The relationship of logistics-related design parameters, such as# F# l0 K T" @/ Z/ }+ a, [ reliability and maintainability, to readiness and support resource requirements. 8 E5 y$ |8 x* D- sThese logistics-related design parameters are expressed in operational terms8 G" }. C, r% q3 e rather than inherent values and specifically related to system readiness! o) f, |$ {" ?+ ?& ?1 h- G objectives and support costs of the materiel system.7 x9 A7 X; d7 G" e) d3 \8 z Integrated " |0 b3 E. o, M1 v7 L+ HLogistics& }- W* c7 A8 H6 C) u% U# Y Support Plan 9 P& j3 G4 I% X/ Q9 U0 N(ILSP)1 I3 R- \2 Z& u# z6 J. p The formal planning document for logistics support. It is kept current through the + \* b7 h! i+ ~. M2 z/ sprogram life and sets forth the plan for operational support, provides a detailed. g. l4 V" |. Q8 M" A ILS program to fit with the overall program, provides decision-making bodies with' }# w# u- x3 I, d' r necessary ILS information to make sound decisions in system development and2 k5 ^* w/ C) Z production, and provides the basis for ILS procurement packages/specifications " C( }0 h& F( c9 B' eRFPs, SOWs, source selection evaluation, terms and conditions, and CDRLs. 3 z3 X9 K% N9 HIntegrated" z' y- Y$ g9 u: w, l Priority List $ y8 v- z' w( C) eA list of a combatant commander’s highest priority requirements, prioritized. H2 C( i/ z3 n B2 X" L across Service and functional lines. The list defines shortfalls in key programs8 z# T3 w% Y1 P* D1 X9 g* I2 ] that, in the judgment of the combatant commander, adversely affect the : q: U9 }0 g& ~3 ]/ y" Q$ R; bcapability of the forces to accomplish their assigned mission. The integrated/ `3 H* L* x4 _! k" } priority list provides the combatant commander’s recommendations for; D7 `, R8 O4 N: F programming funds in the Planning, Programming, and Budgeting System ! s8 t* @. n1 v3 O/ @5 Fprocess. Also called IPL.

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Integrated3 d4 ?, W' y+ Q( J' L: g9 r Program# J% e4 t$ D# U! e& t) x/ z( J+ [ Assessment! G! A" R! x. I2 }1 b0 h8 I4 c (IPA) " `3 I h, O4 q+ H8 H5 D" W2 TA document prepared by the supporting staff or review forum of the milestone 1 x5 k; ^' {* ?! ~" k+ O1 J; s- ~decision authority to support Milestone I, II, III, and IV reviews. It provides an $ U* q; X0 T) L; H6 P& ^independent assessment of a program’s status and readiness to proceed into: g6 \+ Z4 p. j" k" E/ a2 Q the next phase of the acquisition cycle. d- j2 {& w* dMDA GLOSSARY, VER.4 .0 I- |2 ]" L; u c; N- c" ~ 141 % C3 X0 ]; `1 bIntegrated3 A+ y6 C6 h# k Program # T: w/ y$ t- R5 YSummary (IPS) / V3 U5 i& H! {8 j( b- r" @6 n+ JA DoD Component document prepared and submitted to the milestone decision9 N6 I; H% A [ authority in support of Milestone I, II, III, and IV reviews. It succinctly highlights * b2 m4 X% E6 o8 _8 \. C# m5 Athe status of a program and its readiness to proceed into the next phase of the 4 H7 |- S7 Y4 T9 ]1 Tacquisition cycle. 7 I m- _! I- p! hIntegrated2 w, V2 l& T1 {( Q6 o Tactical Warning# o A- {! n- t& h and Attack , |7 U$ f4 o! N6 `Assessment4 x$ f4 U2 X W (ITW/AA) 3 {6 ^$ j* W1 \# ~+ C8 wITW/AA is the integration of ballistic missile warning, space warning, and( Y8 p) T3 [& J' l$ x' ~ atmospheric warning with intelligence information for synthesis of all attack ! C$ l* F- t& {warning information, strategic and tactical.8 z4 }6 W8 D- G) Q: ^0 W Integrated $ D. M- f# e2 t/ KWarfare 6 @! H$ f) \8 `1 B! KThe conduct of a military operation in any combat environment wherein opposing3 U! Y. { z5 e! V2 g forces employ non-conventional weapons in combination with conventional 8 {3 S/ n4 M; N. b2 qweapons.% k. T: V9 g$ M4 h Integration (1) The combination of separate systems, capabilities, functions, etc. in such ! `0 ?( t0 @& o3 l; b( Sa way those individual elements can operate singly or in concert without* W1 f& `) v$ Z8 A$ z- B) G: m adversely affecting other elements. (USSPACECOM)! q+ U; L. F! H% m8 f (2) Act of putting together as the final end item various components of a t& t! r1 Z. I) g' X U system. ) y9 w9 E# K2 A, aINTEL Intelligence.$ }9 o1 y- y$ ^- k Intelligence (1) The product, resulting from the collection, evaluation, analysis,& `9 \) o$ s1 }# N integration and interpretation of all available information concerning 8 C7 P+ e" W2 m3 xforeign countries or areas.9 p. x. }2 E, b+ ^" S, c (2) Information and knowledge about an adversary obtained through + u3 q! l( j! u9 T4 Mobservation, investigation, analysis, or understanding.+ \# ~, M( O* }+ U+ E! J Intelligence : N0 R4 H1 N5 k% U. z' KIndicators2 O1 x, r4 B% j( C9 F Classified or unclassified actions or information obtainable by an adversary that,& A4 O4 s% C/ s+ K3 S. ] when properly interpreted, can provide information about friendly capabilities and7 }6 N, s l" u9 V, R intentions. # e3 c( H+ k- K$ dIntelligence & e+ s3 ?0 ?- T8 k ^6 F' ZOperations % j, L+ O/ A7 l8 |- `Center (IOC) 1 B) S& L; S- \) a# LAn organization term for all intelligence activities in Cheyenne Mountain AFB.5 R' X j% g; r. v! q/ t+ l$ d The IOC includes the Consolidated Intelligence Watch (CIW), Operational & A! Q, _" n/ b" j$ W- u- HIntelligence Elements, and the Joint SPACECOM Intelligence Center (JSIC) . A1 r ?1 f, ZCheyenne Mountain Node (JCN).5 [7 w5 r. k3 v1 J5 K Intelligence 8 o, B1 [) d: d8 X0 ^ WPreparation of . B7 T; R3 |: i1 Z ]the Battlespace6 x* J* A0 X( W! F# b5 m% C An analytical methodology employed to reduce uncertainties concerning the3 W$ i7 k, E# @# }5 g enemy, environment, and terrain for all types of operations. Intelligence% E7 [8 k: F5 W. S- g preparation of the battle space builds an extensive database for each potential " c2 v' U+ w5 A6 Rarea in which a unit may be required to operate. The database is then analyzed ; J! C6 a6 P/ ~$ ^' S3 } vin detail to determine the impact of the enemy, environment, and terrain on3 A+ a( |" x5 q' a- i operations and presents it in graphic form. Intelligence preparation of the battle 5 K8 m- A! e6 }, R; O' vspace is a continuing process. Also called IPB. C! ]6 l* t$ }) c0 @1 ?) Y: ^: X/ J5 r Intelligence 9 _! F" W; w/ \1 D$ F7 HReport (INTREP)1 E) j) Y s& L9 v A specific report of information usually on a single item made at any level of7 W+ [/ v( d9 ?9 ]2 e command in tactical operations and disseminated as rapidly as possible in 1 W$ a. X% o7 R P( u! r0 okeeping with the timeliness of the information. - m7 [) o: m1 U, zIntelligence 8 e& T& A0 G( ]+ I5 G1 A3 [Threat 0 y# \9 _2 ~: ^1 R- U( qAn identification of known and potential adversary capabilities to collect and 8 J6 o; b$ m; i* Xexploit information from a given or similar operation.8 Q; m' p) s- Q% L: y+ F MDA GLOSSARY, VER.4 .0 I ( g2 H) z8 }4 O" W1427 \" w4 w. h: V: J" F$ I+ v, P Intensity The amount of energy of any radiation incident upon (or flowing through) unit' @# K( @( n) `* ~# r0 y area, perpendicular to the radiation beam, in unit time. The intensity of thermal : g& q0 y3 ?9 [! }. hradiation is generally expressed in calories per square centimeter per second+ j+ ~ J+ W; A2 H; O" } falling on a given surface at any specific instant. As applied to nuclear radiation, 9 F% |0 h& [5 U- w4 Hthe term intensity is sometimes used, rather loosely, to express the exposure (or: r) H* Z( c6 U: C5 {% ]4 f dose) rate at a given location.3 ?6 ?& y; v# G5 G6 M1 K$ o Interactive! O$ n {9 c( {* u Responses , V! |; L9 g: FInteractive response data on tracked objects to assist in their classification. $ e. J% c" P; {% H: Y6 YInterceptor {2 ^0 X4 h1 R5 h( B5 W8 }6 F) {Cluster! {% l1 n q0 n% M3 m( h" D9 R A group of objects, which are within divert capability of a deployed interceptor. + }: f: M3 e3 A: `; WInterceptor Track A function or ability of a sensor to accurately detail an interceptor’s position and ' Y. c" y m: K5 ]; Zvelocity in three dimensions.- t- Z5 F" W& ^: m6 { Interceptor Track. T! R3 F. _/ V, @ Range (Max)! p) c9 L- U5 H, N( X- Y The maximum range at which a sensor can perform the interceptor track function( l& Z; g2 M+ R& P# c8 ^ on a single interceptor in a normal (non-man-made) environment.

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Interchangeabilit 3 h2 s( a# C) ~, P% xy1 S' q/ I2 u4 J$ ?2 t7 w A condition which exists when two or more items possess such functional and - W. ?. k8 _$ Fphysical characteristics as to be equivalent in performance and durability, and- q8 A2 D, m1 J3 p$ q; M: g are capable of being exchanged one for the other without alteration of the items + h: J" `* U$ n: N Ythemselves or of adjoining items, except for adjustment, and without selection for ( o7 N% u% M, H* Lfit and performance. * z6 L9 ]* M& s( Y8 dInterconnection The linking together of interoperable systems. 7 r9 |: \1 B0 N, ^9 LIntercontinental 4 a( k1 h8 D2 A6 h6 \8 `/ n! g+ {5 NBallistic Missile+ W5 j: e% O& S+ |8 e& i (ICBM) ! c( z; _* F4 j" r% H% X* FA ballistic missile with a range from about 3,000 to 8,000 nautical miles. The3 n& |( c2 {4 U* |3 d term ICBM is used only for land-based systems to differentiate them from' }9 [ h* k7 C/ E, Y- @# L submarine-launched ballistic missiles. (See SLBM.) 8 E( j) D7 x7 N9 ^2 `Interface (1) A shared boundary defined by common physical interconnection$ i. X9 N" b+ {( M* \ characteristics, signal characteristics, and meanings of interchanged$ j( r8 e0 R# k- W& V/ z signals.% T- b4 a% s2 q! f( [ (2) A device or equipment making possible interoperation between two 8 O+ z* b/ C- Psystems, e.g., a hardware component or a common storage register. . ?6 ~# y! d4 o9 L(3) A shared logical boundary between two software components.5 @3 d# R! b( h3 t4 S (4) A common boundary or connection between persons, or between/ d% M* D3 M) G; f0 |; x1 J1 L% Z systems, or between persons and systems.; g. i6 ^8 I5 d* \$ ~- t9 s Interface Control5 B$ y& w0 O5 T" @4 _3 t- E3 a Document (ICD) 6 n$ o0 f. e% W$ b7 _) h. L(1) A document that describes the requirements of the characteristics that must; P }1 @! r# S exist at a common boundary between two or more equipment or computer . j! p' k% ^3 u- R% y: Q( Xsoftware products. An ICD for a BMDS element or component consists of an ; }1 b8 A" C( m$ Y% E; H3 r) OInterface Control Specification (ICS) and an Interface Design Document (IDD). 0 k! Y' H7 m* c/ d(MDA Lexicon)' o/ D# O: P7 y+ N (2) The technical documentation, generated by each party to an interface control ! c1 R1 u8 ~3 k A1 t9 Oagreement, that presents that party’s interface and interfacing requirements." l6 ?3 v4 E& E2 n& g3 a4 Y/ I3 L The ICD may be in the form of a drawing or a specification. 9 f: _7 b, \- C0 d% y1 Y FInterface : T6 K, j6 c6 Z) JRequirements9 z" m' a% X) G0 z* S3 @( l Document (IRD)" V) P7 n9 O( s! z8 T1 v A document that sets forth the interface requirements for a system or system5 f- q# v4 ~7 ]4 m7 z- X, Q3 v component.9 v9 W6 c6 W1 f MDA GLOSSARY, VER.4 .0 I , }6 X; X! L& g9 n2 C& K8 f$ }143; y! i$ g; f- b! ~# l3 Z Interference The phenomenon of two or more waves of the same frequency combining to ; A8 [6 o) w' ^( s) s. q2 L4 nform a wave in which the disturbance at any point is the algebraic or vector sum # `: q8 [9 d: f2 [! m; lof the disturbances due to the interfering waves at that point.! Y6 e. L2 ]9 W5 {$ A) B Intermediate ' H7 _3 h, \- e3 O" bRange Ballistic ) I7 k- @% |/ L$ ~7 I) ]Missile (IRBM)3 | N4 B. e a4 Y A ballistic missile having a range capability of 1,500 to 3,000 nautical miles.6 R' \. z7 d5 n' E International4 M' d- s- L' h Agreement w5 v/ k5 S% v( V- e, a5 T lGenerator (IAG)6 J8 d' d- S; y; [) @6 ?% D. q Software system, managed by OSD, which must be used to author DoD6 s- j1 n8 a& E6 S1 B" } international Agreements. 3 J7 l9 w' v a9 F- l* EInternational r5 W/ m0 v1 u+ hCooperative/ ?8 U8 N4 h/ ]8 W Logistics " {- x7 M' E% F0 b( aCooperation and mutual support in the field of logistics through the coordination, }, M* A$ L5 Z of policies, plans, procedures, development activities, and the common supply6 Q+ i* r# A+ ?/ ` and exchange of goods and services arranged on the basis of bilateral and & t/ A2 b- S9 z2 Z& {multilateral agreements with appropriate cost reimbursement provisions. u( O2 E; |% K8 P$ A X International& i- D9 _* I& Q" A Logistics 6 q3 f' M X3 o( z; g% S6 h VThe negotiating, planning, and implementation of supporting logistics " P+ Y2 C- c3 m% Marrangements between nations, their forces, and agencies. It includes furnishing# C6 R( a) x% R$ [' ?- l logistic support to, or receiving logistic support from, one or more friendly foreign( C4 M1 ?+ R; e- B6 U$ W/ N governments, international organizations, or military forces, with or without8 M9 M) B% v4 B% n, `& n' c9 c6 B& p reimbursement. It also includes planning and actions related to the intermeshing6 u! Y! b% l, Z* r5 Y, A5 i of a significant element, activity, or component of the military logistics systems or' K) P4 [8 B- w) j7 M G procedures of the United States with those of one or more foreign governments,/ z+ ` Z0 y: V. C% H$ y international organizations, or military forces on a temporary or permanent basis. 5 W9 b( M! L$ j" m+ S3 ]It includes planning and actions related to the utilization of United States ! _ T% `4 H# T4 I* {: T8 q Elogistics policies, systems, and/or procedures to meet requirements of one or( `0 r. X6 s' w# |: _+ C more foreign governments, international organizations, or forces.& K( l# H1 R( G! _: y! u International $ @: ?# I2 ?( M; y2 H# FLogistic Support % l! Y) y9 j1 @ X& X" H. nThe provision of military logistic support by one participating nation to one or1 O+ M7 Z' K' _0 o9 ]2 O$ Q more participating nations, either with or without reimbursement.1 Y' U2 v ?& `. G/ ]$ W X Interoperability The ability of systems, units, or forces to provide services to or accept services% o# d; E/ Y0 a" v5 B from other systems, units, or forces and to use the services so exchanged to 6 j1 f2 c1 c& q4 G7 W7 Z& M& \operate effectively together.5 d# Z5 M- D9 ?# p+ |! _5 N/ L7 T INTERPOL International Criminal Police Organization.8 Z( b" P, V8 Q4 R: S7 i INTLCT Integrated Electronics. # g" t' K3 C7 ^$ LIntruder 2 h' K7 q2 T$ `$ iOperation1 Z" G/ Z2 Q o# i An offensive operation by day or night over enemy territory with the primary& g2 Q9 t. }5 m. U: r object of destroying enemy aircraft in the vicinity of their bases.9 {- v U9 n5 c" a9 a INU Inertial Navigation Unit.4 o( w* \- m" z, R- E. p3 x. f3 b Inventory Control, `, R$ m4 L! n4 K% D# R6 R Point % w2 C$ q" k8 ?6 J. Q& ?An organizational unit or activity within a DoD supply system that is assigned the $ U9 Y+ y1 m0 zprimary responsibility for the materiel management of a group or items either for a# g4 I1 ^$ g% ?9 s3 | particular Service or for the DoD as a whole. Materiel inventory management $ K/ p" ^* H' Lincludes cataloging direction, requirements computation, procurement direction,6 Z2 `1 t+ i# ~ distribution management, disposal direction, and, generally, rebuild direction. ( }. V* A; x8 |, k9 YInverse Square * S. P0 N G- [+ cLaw ! q2 M' ]9 R: v! p6 NThe law that states when thermal or nuclear radiation is uniformly emitted from a3 Y$ N3 ?* C* P U" J point source, the amount received per unit area at any given distance from the* ]5 l# I$ y$ b source, assuming no absorption, is inversely proportional to the square of that8 \4 F( ?. m1 B" {+ j1 I' F distance.( l# h3 e! ^6 f* i MDA GLOSSARY, VER.4 .0 I! \; v" ~& Q$ f8 c5 i1 w/ g( C 1448 r5 n, d! z0 k6 M$ U: P, C Inverse Synthetic 0 p% S' l8 J# A* R+ Q9 I [Aperture Radar 1 L1 i0 E4 h+ M" G1 y(ISAR) 0 L4 t- E; a8 T7 w; AA type of radar similar to synthetic aperture radar, which uses information from0 o* |9 }- x8 ~2 u% u) N* D the motion of targets to provide high resolution. 3 s2 A! o ?: s5 V% gIO (1) Information Operations. (2) Integrated Optic.% x# d% ]% {) s. Q4 f- [/ o+ M+ [ IOC (1) Initial Operational Capability. 9 ?3 }" S7 P' V5 M4 u& P! T7 d(2) Intelligence Operations Center.2 g2 c$ \# }# v (3) Integrated Optics Chip. S1 Y4 y/ ~# O IOM Inert Operational Missile.. G3 t8 a! X" t% U7 R; A" E IONDS Integrated Operational Nuclear Detonation Detection System (US).- d# B9 g/ f& h/ a* M Ionization The process of producing ions by the removal of electrons from, or the addition6 W8 r; ?! T& ^7 h* s of electrons to atoms or molecules. 8 F2 m- [: m0 o/ [: A) lIonizing1 H' q. y4 @" B; s5 `: Y Radiation$ r1 \2 t- v x6 Y Electromagnetic radiation (gamma rays, x-rays, extreme ultraviolet (EUV)) or, {3 @3 a) S$ O+ ^* A4 | particulate radiation (alpha particles, beta particles, neutrons, etc.) capable of 5 S1 D" O% m2 y8 z3 X+ Tproducing ions, e.g., electrically charged particles, directly or indirectly, in its U4 ]; B' {7 I! N: k) ] passage through matter. (Nuclear Radiation.)4 y3 E9 ^0 N: t Ionosphere The region of the atmosphere, extending from roughly 70 to 500 kilometers! b5 C v/ s6 Z+ J, V altitude, in which ions and free electrons exist in sufficient quantities to reflect h; v1 \' z5 z4 p5 E- Y electromagnetic waves. ! x7 |/ q& |& a0 TIOSS Interagency OPSEC Support Staff. 5 ?1 k6 Q; P8 i {7 @( t$ i/ K0 iIOT&E Initial Operational Test and Evaluation./ a$ }, Y \7 k' L- e8 T( b3 i0 u IOU Input/Output Unit. ; |" }2 L: P3 K1 }IP (1) Instructor Pilot. (2) Initial Point. (3) Initial Position. (4) Internet Protocol.0 m! I7 L: x1 y9 ^7 q1 Y8 L (5) Interconnect Protocol. . n( L( I* O7 E* S: FIPA Integrated Program Assessment. ! \9 ?7 \, ]7 q& L3 G MIPB Intelligence Preparation of the Battlefield or Battlespace. 5 h* k& e! L8 M3 }9 z; ~, j' K9 SIPC Information Policy Committee.6 _- f: l" t/ R" ^7 C7 x( \ IPD Integrated Product (Process) Development.& M/ }; R# |3 x4 e. w IPE Industrial Plant Equipment. 1 t, A7 m+ l4 g* m" Z: {0 L% H' q) }4 L4 p! AIPL Integrated Priority List.0 O3 @' k( `& }" H: m0 F IPM Integration Program Manager. 8 O1 K0 p( {0 a/ TIPMI Integration Program Management Initiative.- i# Q, K: U; j( |( {1 b X IPP (1) Impact Point Prediction. (2) Industrial Preparedness Program.( m$ C! d* P9 l$ n e0 l IPPD Integrated Process and Product Development.1 K2 H& C( ~$ ` IPR See In-Progress Review. (Also called Interim Program Review).2 @- [2 k# [+ }' i# A- I/ y MDA GLOSSARY, VER.4 .0 I # B P9 s( m( H. s0 ^3 {" T. ]. e! z; f/ X0 ?145' E* u. m W& X7 C. t* a IPRR Initial Production Readiness Review. 1 B( E, [( y) s; n' \3 R& `IPRWG Intellectual Property Rights Working Group. $ \4 Q- n1 B6 t+ KIPS Integrated Program Summary. 8 F1 N; D% u1 n. \" y# lIPSRU Inertial Pseudo-Star Reference Unit.$ [6 {' T) t) m! \. [' n. M4 W- g IPT (1) Integrated Product Team. (2) Integrated Process Team. (3) Integrated ' @' N; t3 x6 d8 C: ?$ i ^* sPlanning Team.& t, O9 E& C( w IQT Initial Qualification Training (ILS term).( k; o) C( `3 D8 ]# o IR (1) Infrared. (2) Information Requirement. (3) Incident Report. (4) ' |! ]1 P; U* ?Information Rate. (5) Initial Review (NMD BMC2 term). (6) Isotope2 ~: n& \: B! x$ N& f: P; j Radar.' T9 u0 o: s5 W0 Q* b IR Electro-Optics Technologies/techniques employed by optical sensors in the wavelength 6 ?- E. {9 C y5 S, qspectrum slightly longer than visible but shorter than radio. ! H3 T2 E6 B% r' y; I5 L' z9 hIR&D Independent Research and Development. (Also called IRAD). - V& r2 a4 \, }6 K& `7 TIR/Vies Infrared Visual.- {, W/ t# y1 l1 ~) y IRA Industrial Resource Analysis.' z( y& W @; _ IRAD Independent Research and Development. P) L4 q& N) N% I' ~IRAS Infrared Astronomical Satellite.1 B G |3 R! t% H! a# } IRBM Intermediate Range Ballistic Missile.* \6 e+ V/ l- W, T$ C IRBS (1) Infrared Background Sensor. (2) Intermediate-Range Booster System. 7 D" N! W0 {# h* I. c9 D4 I: V$ wIRCM Infrared Countermeasures.0 X8 V" J+ v2 }$ \- P. W- S* _ IRD Interface Requirements Document. 1 ^8 R7 N5 O$ bIRFP International Request for Proposals (Contracting term).8 r G" ?) ~5 h- B IRFPA Infrared Focal Plane Array.6 X; T5 a! ?! L4 G" ?* g$ U& m IRG Independent Review Group. 4 {1 j" R( Q) u1 Y3 L2 I" gIRIA Infrared Information Analysis Center.: W# S' |+ T- c* ^ IRIG Inter-Range Instrumentation Group. ' ]$ O! H4 l% d h: l2 eIRINT Infrared Intelligence. T: d: G) ?# n7 c: g0 { IRIS Infrared Instrumentation System.; s; t* T3 s4 w$ A4 o; ]2 W IRLA Item Repair Level Analysis ILS term). 1 U7 k/ l9 v+ r1 S+ d# b9 t+ TIRM Information Resources Management. 1 ]2 r3 E1 e$ i8 q, kIRMAC Information Resource Management Advisory Committee.

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MDA GLOSSARY, VER.4 .0 I 7 K* J9 P* H8 v6 Z Y146 |# T' [+ N! h2 M' iIRMC Information Resource Management College.1 y' H& d0 s n6 s- z IRR Internal Requirements Review.9 {8 J P8 M: B( c: y( G) ` IRRAS Integrated Reliability and Risk Analysis System.7 `4 E/ T s- S2 M0 e8 U/ c' B IRRS Information Resources Requirements Study. 5 V5 f/ \; S6 j# }IRS Interface Requirements Review. - {' G. N9 u4 H3 S( b& zIRSS Infrared Sensor System (EAGLE).; J0 s5 Y* P# ]. U* p IRST Infrared Search and Track. ) }6 {7 M2 M# q% p' F% @5 B) yIRTF Internet Research Task Force. # r7 F9 F0 [' S& w; E* W4 hIS Information System.5 h6 R+ N; M# y# p) U8 P5 L IS&T (1) Invite, Show and Test.6 @/ ^# v4 q6 q2 o$ o& E (2) Innovative Science and Technology.; V" q- a$ }* s" e5 A( ]9 V1 C (3) Integrated Science & Technology.( h+ P$ n4 D# v9 ~) h ISA Inter-service Agreement.. D' Q5 i* [- B8 {5 ^ IS&T (1) Invite, Show and Test./ ^! b: f! |) ]: U% f$ { (2) Innovative Science and Technology.1 F8 d- ^; m. i2 g0 x ISAR Inverse Synthetic Aperture Radar.3 \: f T e7 _3 C; j1 \) E- _' x4 u ISAS Institute of Space and Astronautical Science (Japan).2 V! D* D' L- t' Q; ^( W' E ISC (1) Information Systems Command. / ]4 Q! p4 ~9 r, J(2) Irvine Sensors Corporation.3 Y# X$ V2 ~6 T' ~( G/ n ISDN Integrated Services Digital Network. 5 Z8 C: X% l, }2 \( [ISE (1) Integrated SATKA Experiments. (2) Integrated Space Experiment.# W2 w E4 S$ G9 n5 D5 w ISE&I Israeli System Engineering and Integration.6 Q; N9 o" P/ F8 p% L# V ISG Industry Support Group.0 F i* Z' X) S4 V ISM (1) Industrial Security Manual. (2) Integrated Structure Model. - z4 e( k9 w3 | V2 m! g0 pISMG International Simulation & Modeling Group.1 \9 Q i. e, O2 X ISMO Information Security Management Office.) ]: s9 h' f1 X ISO International Standards Organization. 3 ?0 b7 Z( ]' u3 r: X# |ISOO Information Security Oversight Office." f. a+ n9 k$ R9 ` Isotropic Independent of direction; referring to the radiation of energy, it means “with" |0 g+ ^4 h0 w5 A7 B equal intensity in all directions” (e.g., omni directional). - G: v4 s1 X; g( m7 u: Y2 X& K/ UMDA GLOSSARY, VER.4 .0 I7 p0 y4 Y8 c# l* C# X6 N) K( |& y 147! E' d$ ~* z/ [! \+ f Isotropic - b) W# f; D* u% ?! ~2 @; ?Nuclear Weapon U$ T# @% e. c! W, w A nuclear explosive, which radiates x-rays and other forms of radiation with 3 N; l% |$ x+ D) A( s4 A3 b3 ]approximately equal intensity in all directions. The term “isotropic” is used to 3 k9 a# |8 y( B! f7 @distinguish them from nuclear directed energy weapons.9 A3 M+ ^2 P) a# I7 Z( o0 | ISP Integrated Support Plan. " p( }. C) O d3 u/ {- YISR Intelligence, Surveillance, and Reconnaissance.; e7 O" u1 X* n' P8 h2 g0 D3 K ISS (1) Information System Security. (2) Infrared Surveillance System. . d7 e" B4 q# _8 V0 |6 p( p# f+ N7 fISSA Information System Security Association.) b, h- W: m2 z* t4 W ISSAA Information Systems and Software Acquisition Agency. . p* s4 J. ?8 O W+ P3 {( dISSC Information Systems Security Committee.2 N- Q8 `- c& h& {' y) s ISSM Information System Security Manager.# N/ {0 _7 r, R* Z ISSO Information System Security Officer., d( }* B! `- d# v+ ^& U9 N ISSTA International Symposium on Spread Spectrum Techniques and Applications.! O% I( h7 K( I* t Issue Cycle A process followed during OSD review of the POM. It begins in early June and, f4 x1 Z. U* J6 ` r9 |8 b extends into July. z8 W+ o F" e+ _$ a% J# a8 R Issue Papers OSD documents defining issues raised during review of the POM.; T6 W1 S7 A/ L) F5 Z IST (1) Innovative Science and Technology. (2) Integrated System Test.; n3 R* s, q" [, t7 L# T, F+ Y: ] ISTC Integrated System Test Capability. " y6 p6 N8 }" R3 y- G9 R7 @ISTEF Innovative Science and Technology Experiment Facility.3 g0 c5 f& l1 p0 b' X; | ISTF Installed System Test Facility.' ?4 `% s, ~5 R- R2 U$ J" W ISV Interceptor Sensor Vehicle.3 o+ n. `; o: V, Z8 W1 I& w ISWG Integration Support Working Group. 7 G& u+ @/ N8 D9 CIT Information Technology.1 X* d6 g8 Z7 l0 f5 Y% S5 k- r! J ITAC Intelligence Threat Analysis Center. & {$ l3 S; ~7 [+ w, q; j! ?ITAR International Traffic in Arms Regulations.+ l6 V: r' c- |2 s& _! `1 f0 m- } ITB (1) Integrated Test Bed. (2) Israeli Test Bed.8 ~2 Z/ X3 S: Z; ^7 o. F! d ITCE International Traffic in Arms Regulations. : g# M. X. v" w. y+ e& {ITD Integration Technology Demonstration.3 n+ i" `; T `: H6 X( N ITDAP (1) Integrated Test Data Analysis Plan." L7 E: P, G2 D: y. } (2) Integrated Test Design and Assessment Plan. $ _' F9 ~! l7 A9 v7 ?( RItem Manager An individual within the organization of an inventory control point or other such ( m+ [, Y+ v# i- Xorganization assigned management responsibilities for one or more specific items* Y2 ~; N# w: L _0 k* w9 R of materiel. ) }) O P+ l8 e$ jMDA GLOSSARY, VER.4 .0 I. }; j5 Z# c* j+ s. D+ [- z+ { 1487 [: _) _. F( Y& D8 W6 @ ITERS Improved Tactical Events Reporting System.% h$ t0 c" b6 A6 } ITL Integrate, Transfer, Launch0 m. c. s# O0 F$ Q2 C& x' t ITMSC Information Technology Management Systems Council.9 C/ u, I$ d* ]* B9 E1 [ ITMT Integrated Technical Management Team." g/ Y7 C7 o: v3 k f ITO Instructions-to-Offerers (FAR term).1 ?) ]) G9 M5 ` ITP Integrated Test Plan.2 r5 |* g8 A2 V; H. D/ R/ T ITPB Information Technology Policy Board. . q' e6 ~- Z' |: i! H, y" ]4 dITR Information Technology Resources. 8 U2 E7 x$ R9 H3 M4 U" L @ITS Information Technology Service. 6 i7 S$ \/ z8 Y+ F' cITSD Information Technology Services Directorate. 2 p+ E$ {+ u6 nITT ITT Corporation. & f3 C5 j- N$ u, lITV (1) Integrated Technology Validation. (2) Instrumented Test Vehicle 0 D3 E0 `* E9 v* x! E) ~" [ITW Integrated Tactical Warning. [8 J: e* j2 _6 M' u0 d; QITW/AA Integrated Tactical Warning and Attack Assessment.& `: j1 a, o7 \! K+ t IUI Integrated User Interface. R, A6 P! j( }" Z5 e9 y! QIV Interceptor Vehicle. 6 N, `7 H; K: h/ j7 ^- OIV&V Independent Verification and Validation.2 y- _9 K) s# u: u3 H e0 p- b IVHS Intelligent Vehicle Highway System.6 i+ D! d( W5 P+ L" f1 |! ~+ w4 T& c IVIS Inter-Vehicular Information System (USA term).! c! i, G, K4 u" T% m IW Information Warfare. t. B; [* J, BIWCD Integrated Wavefront Control Demonstration.8 j9 x: t) h+ H) O IWEB Information Warfare Executive Board.$ `- {0 V3 v) i0 e IWG Interagency Working Group. ) ~+ ^; M$ L' ~/ z: _, ~2 o N/ e9 UIWS Indications and Warning System.0 b, i4 J+ b9 ~5 W7 I IWSM Integrated weapons system management. 1 D8 Q9 n6 X, KIXS Information Exchange System. : a2 f; x5 A* e2 h0 [6 A( ~# B: q6 C* OMDA GLOSSARY, VER. 4.0 J 2 j% Z8 R% M# l: b7 [! |. Q1497 F% A& u$ e7 \ J&A Justification and Approval.# j* j+ E, C! M: x J-SEAD Joint Suppression of Enemy Air Defenses. ) J* m2 V, W/ f) dJAAT Joint Air Attack Team.3 p u8 y) d. K JADO Joint Air Defense Operations.3 Z: G7 O# b( V% e' H5 P JAE Joint Acquisition Executive.# N* y. {( T& `4 z8 S, ^, V; s JAIC Joint Air Intelligence Center (JFACC term). + v. _3 S) ?0 O6 dJAMES Joint Automated Message Editing System (USN term)./ t6 v5 `0 Z7 |) N. Y Jammers Radio transmitters accompanying attacking RVs and tuned to broadcast at the+ e; [4 C* D& H2 U. B- ^ same frequency as defensive radar. The broadcasts add “noise” to the signals X5 X! V7 c+ P( v3 N reflected from the RVs and received by the radar. Susceptibility to jamming 0 z4 T3 C* i# ?8 Wgenerally decreases with increasing radar frequency, with decreasing altitude,# }7 ~4 {5 U {3 W, X& \* w and with increasing radar power. ! C$ x2 b2 Q1 [" e5 b' X6 X* g+ N5 yJAO Joint Area of Operations.& T: q. T% M# r" o* K8 w! D JAOC Joint Air Operations Center (JFACC term). ) i/ c4 A$ C' s6 PJASSAM Joint Air-to-Surface Standoff Missile (USAF term).6 O* C- `& b8 M% V. R2 Q- d JAST Joint Advanced Strike Aircraft (USAF/USN program).3 k" I" G+ W! f. |' E JBS Joint Broadcast Service (ASD(C3I) term)., r& {! ~) f' k& l JCAE Joint Committee on Atomic Energy (US). 4 C6 u& h4 }) x* @JCEOI Joint Communications-Electronic Operation Instructions. # T- S H6 D6 f% QJCM Joint Conflict Model.

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JCS Joint Chiefs of Staff (US.9 e) _% y3 |) D5 K; ]( H JCSM Joint Chiefs of Staff Memorandum. ! h/ j3 G+ S& p( D2 U& g9 vJCTN Joint Composite Tracking Network.$ t" ~$ H! j3 [+ ~4 | JDA Japan Defense Agency.8 O) k! y4 D: T* q6 u+ U JDAM Joint Direct Attack Munitions (USAF B1-B weapon). # c7 r! E1 G8 E$ I% aJDC (1) Joint Doctrine Center. (2) Joint Deployment Community., i$ s# V& y) P# e1 s/ Z JDISS Joint Deployable Intelligence Support System.! c% g( g: \% t JDN Joint Data Net.& N$ D8 A0 N0 B9 L# n3 c# Q0 A6 ? JEA Joint Effectiveness Analysis (formerly COEA).1 m" r, o: S% x g JEC Joint Economic Committee (US). 7 C2 _- J# c) V0 GJEIO Joint Engineering and Integration Office.: { s9 _! j5 Y* p* |& j MDA GLOSSARY, VER. 4.0 J" C. ?4 a9 s9 W/ H$ s 150% U4 P. \4 p( Q4 J JEM Joint Exercise Manual.5 e e4 I% _- N! r JETTA Joint Environment for Testing, Training, and Analysis. 2 g& D+ E- j" C# w oJEWC Joint Electronic Warfare Center.6 q# O4 F6 {# n F4 |8 C& x# Y JEZ Joint Engagement Zone.8 g, L' o8 Y+ h: \$ q8 g ~ h7 x JFCC Joint Forces Command Center. ) k' D; b3 ?& J& w# N7 S7 ^JFET Junction Field Effect Transistor.. ?6 o2 G9 f. Q5 C JFFC Joint Forces [Weapons] Fire Coordinator (JFACC term).( A0 w, ^4 G, E/ A0 l JFLC Joint Force Land Component.5 B3 Y* [" X4 f3 v4 a& ^ N7 V JFMC Joint Forces Maritime Component. 5 p1 u# [5 ^; h, l- c& OJFSC Joint Forces Staff College, Norfolk, VA.: k6 q+ z# H/ Y& q I: N5 q JFSOC Joint Forces Special Operations Component.9 w2 }6 b" i: v$ R JG-APP Joint Group on Acquisition Pollution Prevention.8 m# Z& F' l2 S: s1 O$ a; H9 h$ a JHU Johns Hopkins University, Baltimore, MD a- G) W; c' g) q: }. q. n# v JHU/APL Johns Hopkins University/Applied Physics Laboratory, Laurel, MD.& l7 u7 L7 o+ @ JIC (1) Joint Intelligence Center. (2) Jet Interaction Controls.0 `. ?, U2 F5 z* p# C JICPAC Joint Intelligence Center, Pacific (JFACC term).7 S) r, c( Z5 a( b: t( w- b JIEO Joint Interoperability and Engineering Organization. : [4 N! g7 g6 r% {* J! L" |1 BJINTACCS Joint Interoperability of Tactical Command and Control Systems. 0 g$ y5 C' Q. P- n0 S9 K1 AJIOP Joint Interface Operational Procedures. ( R& b& y2 N6 k3 K( N# \2 q! ^JIOP-MTF Joint Interface Operational Procedures – Message Text Forms. q* K- f2 \9 q# \# S% a JIOPTL Joint Integrated Prioritized Target List (JFACC term).. J0 z6 ]8 w$ x JITC Joint Interoperability Test Center.( ?7 p: y ]. D( @ JLC Joint Logistics Commanders.6 w% O5 s( R8 B3 E {8 H JLOTS Joint Logistics Over-The-Shore.8 c/ Q+ l q2 o6 } JM&S Joint Modeling and Simulation.! k2 O* N5 z/ Z7 G- v# q7 ~ JMC (1) Joint Movement Center. (2) Joint Military Command.$ A8 H& f1 v9 U0 l0 x# P: { JMCCOC Joint MILSTAR Communications Control and Operations Concept.$ l* H6 g2 F$ V# e6 A8 r JMCIS Joint Maritime Command Information System., ?8 v$ H V/ k1 |: y# h: ?' ~6 G MDA GLOSSARY, VER. 4.0 J 6 c* T" p$ x B9 n, a! `151 - H# P5 C! ~) @, @/ J y- `& x& S9 }% FJMDN Joint Missile Defense Network. Encompasses all mission-oriented Information 8 L( C3 h) I' NTechnology Resources (ITR) networks, facilities and systems operated or funded , b2 N; ~4 W) v5 L8 ?$ |7 Wby MDA in support of missile defense programs and operations. A major - V4 {0 s! l# J% l- icomponent of the JMDN is the Ballistic Missile Defense Network (BMDN),& A! ~' q: m `& j9 [9 a* f! u operated by the JNTF. ) u0 A2 w! s2 u3 zJMEM Joint Munitions Effectiveness Manual." i" b/ m" p! M, J6 } JMENS Joint Mission Element Needs Statement.' C6 G6 A" }2 h" G. u+ M( v JMNS Joint Mission Needs Statement. 5 k# e$ [% \* V& kJMO Joint Maritime Operations." }$ ?% X4 S" p$ O9 K6 n0 B6 C6 I2 V JMSNS Justification for Major Systems New Start.( E* r5 p* c" ?! }2 f. ~3 g JMSWG (1) Joint Multi-TADIL Standards Working Group. . v# _& m5 ^6 v- q(2) Joint Interoperability Message Standards Working Group.) ^' s/ z9 w, ^# S, u/ U JNAAS JNIF Advisory and Assistance Service.5 _5 g$ Z n0 Q9 d JNESSY JNIC Joint National Integration Center Electronic Security System.+ P% I1 S& }% Q8 \, {9 I. S JNTF OBSOLETE. See JNIC.9 d5 U5 u0 B$ X9 R" K JNICOMC Joint National Integration Center Operations and Maintenance Contractor.' L/ M* N5 d: ] s JNICRDC Joint National Integration Center Research and Development Contractor. ( u5 \& @! k1 @2 o) ]JNICUSLA Joint National Integration Center Unclassified Standalone and Laptop Access. & E( U+ |$ I% j1 UJOB Joint Operations Board. 4 T1 I- {) M- P# W6 H) q% `JOC Joint Oversight Council.. v8 N `( S6 ~, j( H9 Y JOCAS Job Order Cost Accounting System.' A# H# m0 h5 y' T" i Joint Activities, operations, organizations, etc., in which elements of more than one " S/ w8 c! s* F0 uService of the same nation participate. When all services are not involved, the 9 O9 m5 s1 c4 I, B4 `# Xparticipating Services shall be identified, e.g., Joint Army-Navy). " }1 @) j% _. E$ F) GJoint Doctrine Fundamental principles that guide the employment of forces of two or more 3 P1 c) _# [! [6 q' _7 g. V8 [Services in coordinated action toward a common objective. It will be , _" l7 h: y( A6 G; xpromulgated by the Chairman of the Joint Chiefs of Staff, in coordination with the4 A6 ~, ~) u. j$ \' P combatant commands, Services, and Joint Staff. See also Chairman, Joint 5 A! c1 o0 y1 C& fChiefs of Staff. 9 ]. l9 h1 d! `+ `" ^; P7 \Joint Doctrine 9 S7 C/ x- [. S7 y3 M1 h: m8 wWorking Party8 Z$ b5 q# p# d# ~1 E A forum to include representatives of the Services and combatant commands1 ]/ t" H6 x7 {) ] with the purpose of systematic address of joint doctrine and joint tactics, ( A' n% l1 \9 k+ Gtechniques, and procedures (JTTP) issues such as project proposal examination, 4 V! U) W' I7 zproject scope development, project validation, and lead agent recommendation. . y( J7 e2 b$ U1 c Y3 AThe Joint Doctrine Working Party meets under the sponsorship of the Director, ( L9 ?. P! R& nOperations Plans and Interoperability. / K1 `% q9 u* l: n5 w# }) SJoint Electronic , Y( a W# Z. ^) d' F1 p2 `Warfare Center ' T( M+ k. n) S+ s( r6 t7 ^(JEWC) 5 X8 ^! E/ D3 e$ l7 s" KElectronic Security Command (ESC) team at Kelly AFB, TX, responsible for 2 A2 c r$ d9 }+ n1 E" C+ R* p/ zinvestigating and locating the cause of MIJI either against satellites or ground, ^) I' p7 e1 s systems. / ~/ i8 o' v8 Y: `MDA GLOSSARY, VER. 4.0 J " `& F4 J7 }& n: ?. j152 ( |! v0 J: I+ ZJoint Force A general term applied to a force composed of significant elements, assigned or7 {5 D" K4 Z/ v attached, of the Army, the Navy or Marine Corps, and the Air Force, or two or( m$ x* t* @6 r more of these Services, operating under a single commander authorized to" W$ T# D( k9 f: _4 T exercise operational control. See also Joint Force Commander.' i" C$ w4 W# T" i7 K! S& f Joint Force Air. l( L% r# ~3 V( ? ^ Component0 ^/ S& f* q! O& k Commander 1 q" e' c7 I, V( ^& a* M(JFACC)% ?- n7 y4 n, f2 L The commander within a unified command, subordinate unified command, or: O7 v. D: T9 m! P, j joint task force responsible to the establishing commander for making # @/ c1 ^3 s4 _recommendations on the proper employment of air forces, planning and8 n* c6 q0 i/ @) y3 I. f coordinating air operations, or accomplishing such operational missions as may6 J# |* f5 q0 `4 Q be assigned. The joint force air component commander is given the authority ) D0 @- }. c$ K: ^0 Qnecessary to accomplish missions and tasks assigned by the establishing / m u, {, F: R! O* v ecommander. The JFACC will normally be the commander with the: U" t' o4 n, {" D7 w2 M preponderance of air forces and the requisite command and control capabilities.2 ^+ M S7 P# n! q( O Joint Force6 ^6 E3 r6 _ B' g/ x- \$ B Commander0 ?1 {( L2 M& ^$ ~6 G: [$ O (JFC) ; `1 E% U8 \+ s4 q6 k" z3 `A general term applied to a commander authorized to exercise combatant : c& B" G* F1 p. I% r3 I( Acommand (command authority) or operational control over a joint force. Also; X2 q- o2 x/ F3 d p1 _ called JFC. 3 p" j& ]& Y0 p$ D( c/ YJoint Force Land 7 T( `2 }$ g6 e) J9 l6 aComponent 1 l9 O7 V9 C3 bCommander b& C4 K3 [- `2 x(JFLCC). G3 o1 {7 ^* A* W8 d9 O" y+ c7 A The commander within a unified command, subordinate unified command, or# e$ B& H$ |2 H9 r7 X( [* o- T z joint task force responsible to the establishing commander for making . z# ^, | B$ ]% ^recommendations on the proper employment of land forces, planning and2 j+ o. H- \# O coordinating land operations, or accomplishing such operational missions as may4 c& y! Y- |( i* d) |& l% ?, G$ Q be assigned. The joint force land component commander is given the authority5 C$ _3 b d7 [& a* ~, { necessary to accomplish missions and tasks assigned by the establishing! r1 L: V& ^# r+ x* B* L commander. The JFLCC will normally be the commander with the 2 C5 Z: w- t" _5 P" _preponderance of land forces and the requisite command and control7 s/ |: r e1 d9 @8 ^* Z* k capabilities.7 s9 p6 r% V. c4 g3 G Joint Force ; t6 L, C* H0 z- a$ x6 @& @, GSpecial # v, X. t7 [1 W& x$ x- ~Operations* c" \0 f. V) ]0 h# l Component - [/ _5 q+ J* h0 m6 N: hCommander0 T; F7 c. K5 L( f (JFSOCC) 5 g% L1 s; z; k& |The commander within a unified command, subordinate unified command, or 7 s$ Q7 ]. h; S+ Z4 [# w. O( kjoint task force responsible to the establishing commander for making& b1 w/ P; T& M6 n) L recommendations on the proper employment of special operations forces and 2 y! ~1 j& [) \- m7 Lassets, planning and coordinating maritime operations, or accomplishing such 9 E" D/ {! A3 L* h: H+ Boperational missions as may be assigned. The JFSOCC is given the authority ' w8 _: f. A% _/ a& g* R4 s& [necessary to accomplish missions and tasks assigned by the establishing4 z; t* A, g( E- o( Z: g5 A8 J0 L commander. The JFSOCC will normally be the commander with the* P$ r; _% G2 p B$ X" L; W, L* n preponderance of special operations forces and the requisite command and 3 Y$ l9 H4 d2 x* A, O& g) }control capabilities.* C0 U4 ?, r5 H/ z1 w# @7 S* `7 g Joint National0 `) o! |0 g, G" \ Test Facility* X% l* q! D, [: a) t, f; I (JNTF) 5 ]8 B7 A1 t0 L# BA large, modeling, simulation and test facility located on Falcon AFB in Colorado7 s+ q" k0 h$ I: A$ U8 l+ L which serves as the central control, coordinating, and computing center for the 4 j) T- D8 R% y0 XNTB and as the primary integration and test facility of the BMD SE&I contractor.

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(Former NTF) 8 }: q; f7 i6 U4 e2 JJoint Operational6 m: H7 |$ e% P6 V Planning and9 L' d+ W n* R& O& m$ h Execution ; P. ?" x+ A+ B, C! i( _System (JOPES) Z! Z5 z# ^) qA continuously evolving system that is being developed through the integration! }7 Q, H0 Q4 ~; D and enhancement of earlier planning and execution systems: Joint Operation / p# Q' X4 l/ B' A4 E1 uPlanning System and Joint Deployment System. It provides the foundation for* e8 U x) ?4 X9 S: _6 q+ t# m9 H conventional command and control by national and theater level commanders ( @$ k3 p, e( \and their staffs. It is designed to satisfy their informational needs in the conduct" C+ `$ M c6 p of joint planning and operations. JOPES includes joint operation planning0 _1 }' d: C" H5 }1 x" H' \3 K6 M policies, procedures, and reporting structures supported by communications and% z I6 B8 a. ^* f, O automated data processing systems. JOPES is used to monitor, plan, and2 \2 h* Y& v4 O- I& _* \, } execute mobilization, deployment, employment, and sustainment activities- w$ c c" t+ `* @6 ]" X associated with joint operations.9 a: F1 p: }% }( _. S( o MDA GLOSSARY, VER. 4.0 J2 T. w! f/ r7 L$ }/ y# d 153 $ \+ q% }7 y! pJoint Operating- s) c) x7 o4 R/ O; z& k* @+ h& W* P2 H Procedures 2 A5 \. Z4 V) l; P0 N/ S) T(JOPs)& H1 {) }- N. R5 o! S8 @ These documents identify and describe detailed procedures and interactions/ Z# |% F4 P* g0 Q! V+ G necessary to carry out significant aspects of a joint program. Subjects for JOPs0 a9 c" @% N/ j; @4 b. _" y% B may include Systems Engineering, Personnel Staffing, Reliability, Survivability," U! K" ~* I0 C% l* C+ @% ` Vulnerability, Maintainability, Production, Management Controls and Reporting, ( U5 t8 m( D+ i" JFinancial Control, Test and Evaluation, Training, Logistics Support, Procurement 1 V0 Z$ v2 E" d$ Aand Deployment. The JOPs are developed and negotiated by the Program ) \- k4 @2 P5 f8 l5 W& YManger and the participating Services. & A2 i* D: T5 q3 QJoint Operations- e) {0 u! L! e/ |, j# P8 }! | Area 4 q2 f: }, i8 w1 Z3 b# FThat area of conflict in which a joint force commander conducts military! ]' x: @7 m& A9 v/ s5 p$ d4 x operations pursuant to an assigned mission and the administration incident to 9 [5 _, m" T% I5 I& M2 Jsuch military operations. Also called JOA.7 s6 _- O% S0 v9 V: m" z Joint Program Any defense acquisition system, subsystem, component, or technology program ( j& J8 x2 R6 Y3 s. T3 athat involves formal management or funding by more than one DoD Component4 e3 i3 O1 d9 |& [# h! ]; C/ p' Z during any phase of a system’s life-cycle.9 M( K4 K% I4 c/ m& e% A/ B+ e Joint/ t7 S% W2 P9 K F6 d/ ^( E- p Requirements: y& ^' M9 `3 X, Q; F Oversight" V) x& w; H z4 W Council (JROC) 6 |* w# v C* [: P: iA council, chaired by the Vice Chairman, Joint Chiefs of Staff, that conducts. m1 X. f; c& v+ x# I4 r requirements analyses, determines the validity of mission needs and develops M _/ ^6 m z% g! j' F; O4 E: t recommended joint priorities for those needs it approves, and validates ( Z% S$ f2 }5 q( E. lperformance objectives and thresholds in support of the Defense Acquisition 8 R0 |9 X' E; `3 I C9 GBoard. Council members include the Vice Chiefs of the Army, Navy, and Air & f7 ^: T! f. u; j- l' @+ \7 oForce, and the Assistant Commandant of the Marine Corps. # I, E7 y4 V/ t: N i- @% \: BJoint SPACECOM* w( q8 S; Y3 e- x0 L: H Intelligence - q6 X2 o+ M# D" j* V4 F2 fCenter (JSIC)' J6 Y, Y7 W1 b4 ^1 r( } A USSPACECOM Intelligence Center responsible for producing operational J6 U: a3 L( m1 z5 A8 L$ qintelligence for USSPACECOM missions and for space intelligence production for1 M8 h8 ~: l5 G+ o! l the DoD and intelligence community. Delegated Space Intelligence production: G! Q) O) o/ P includes: Space Order of Battle (OB), Space Object Identification (SOI), and; Y; o& [& X1 Q& W- S4 c' `& a Satellite Reconnaissance Advance Notices (SATRAN). Located at CMAFB. & ~% L* C3 v# l# B6 {Joint Strategic5 @5 h' E& t* K7 o ^/ s Defense Planning8 F+ b' L* U3 @( J: j2 N Staff (JOSDEPS) " P/ h0 A8 Y5 b, j8 ? L& U* VA special staff located at USSPACECOM Headquarters responsible for9 F2 g; ^# z0 M# _, c integrated strategic defense planning and for integration of strategic defensive 6 X# i# I7 m% j' b8 @and strategic offensive operations. The USCINCSPACE serves as Director, Joint / r# V3 D9 C& k3 uStrategic Defense Planning Staff. / q1 m/ `* E* o' W$ OJoint Strategic$ P$ R/ w" C7 P! n; t; k. y Target Planning9 t. [4 R! m5 C) l Staff (JSTPS); o; X5 M/ X5 N: ~- F A JCS organization located at Offutt AFB responsible for planning, developing,7 u& P |' B4 f7 p+ [9 N. r coordinating, and producing the Single Integrated Operations Plans (SIOP). 7 q# `8 a1 {& nAlso responsible for producing the National Strategic Target List (NSTL). The8 {+ b0 m8 M y9 A# i Commander in Chief, USSTRATCOM is also the Director, Joint Strategic Target5 B$ @' S% k3 e2 M7 @. X Planning Staff. % Z7 W9 }7 S( k0 s: HJoint 7 w# @' n8 S& @Suppression of! t d: ]% T' U4 c, F: ?" E, ~+ M Enemy Air ( Y! a( u5 Q2 L' eDefense% u: q) g$ w0 [# i! Y& q% ?( m A broad term that includes all suppression of enemy air defenses activities/ s) R% g& w, v) W. Y0 M provided by one component of the joint force in support of another. Also called 4 B; X/ i; j) ~- @/ Q: P3 N( Q8 H" MJ-SNEAD.% k8 ^4 C* E+ D ^% g2 j! w Joint Tactical ; V% f1 k" s. w4 ^0 W; lInformation 5 g" \ S( u- h2 K5 F( a: e0 oDistribution / A3 I3 r3 k# `" Y/ ]$ k9 aSystem (JTIDS). Z' A2 B: d* S6 O A joint service, jam-resistant, secure communications system that permits the+ s, \* S# I1 K6 _# _ interchange of essential tactical information between aircraft, surface vessels, * h) C2 \3 Z C& i: b8 p. Y# R; xand mobile or fixed-base land stations. 1 P: S. z6 h3 \ h% U$ M: d) E% t3 U$ gJoint Tactics, 5 L0 c9 u1 o z5 J* gTechniques, and& C' h9 N, a' G! ^: L" Y. G. R8 t Procedures . ?) `9 ?0 R- F8 C! j(JTTP) # e: T2 n6 L. J* p: L! m. [' _The actions and methods, which implement joint doctrine and describe how* e& O5 G) E: D- p& h+ A' K forces will be employed in joint operations. The Chairman, Joint Chiefs of Staff,3 a) j2 E# b5 R* }* T promulgates them in coordination with the combatant commands, Services and( x' z* T$ }, O& x Joint Staff. Also called JTTP.3 ^! H; w g7 S MDA GLOSSARY, VER. 4.0 J; O5 h' w& u5 H8 S& R, K* Z6 { s- G 154" v2 S: L0 h- n/ D6 X Joint Test and: v$ e4 F+ e+ u0 z Evaluation , l5 _, g5 j, p; }T&E conducted jointly by two or more DoD components for systems to be - t0 T5 P. i4 J, kacquired by more than one component or for a component's systems which have- Z* U. ^' w B/ d! ^, f/ S interfaces with equipment of another component.1 J% _5 A" y+ H7 g5 l1 G: O Joint Test and4 Z" U' \/ W$ A! K Evaluation3 q9 A9 |. H+ j9 v: E Program3 R9 F# ]3 U! O+ z2 K( L# ` An OSD program for Joint T&E, structured to evaluate or provide information on + C- t# R7 J5 b! |- Y" l% ?; S4 Asystem performance, technical concepts, system requirements or improvements, , E( o* T6 t! W3 F! t- R F5 G% \5 {systems interoperability, improving or developing testing methodologies, or for 3 H& |6 \7 V/ X) V& j, y2 Yforce structure planning, doctrine, or procedures. : X g) m; H3 @JON Job Order Number. ; \: }5 p* u2 @7 wJOP Joint Operating Procedures.6 @& W7 z: A8 s- k* {7 N( w! m JOPES Joint Operational Planning and Execution System.7 D0 p2 j% K' a% X* K8 u* i JOPS Joint Operations Planning System.; ]& v: `. \: E9 n JOR Joint Operational Requirements. % `# m, o& z$ ?( uJORD Joint Operational Requirements Document. " w4 o5 [' `. S* f/ \" r/ DJOSDEPS Joint Strategic Defense Planning Staff.0 f) R% ], A- Z; I JOSS JTF Operational Support System (JIEO term).& I- R, o5 y; f# w# j JOTS Joint Operational Tactical System (USN term).- e; _0 ]& N9 V JP Joint Publication.; z+ [0 e% g9 S& Q e JPL Jet Propulsion Laboratory, Pasadena, CA. 5 ?5 L7 }. Y/ R9 i& AJPM Joint Program Manager.* k+ D. ]. q3 y6 d O) B. g JPN Joint Planning Net. & A% p8 G8 p( i" j( U2 NJPO Joint Program Office.: K! l7 S" {0 P. b/ O' Q' u2 ] JPOC Joint Program Optic Cobra. . S5 K% a2 C ]) p4 KJPOI Joint Project -- Ornate Impact % ]; d- |7 K# N; RJPON Joint Project -- Optic Needle./ L6 F+ }0 f+ u" ]7 P1 C+ W- v1 ?' b4 k JPRN Joint Precision Reporting Net.' Y8 ?; T7 `) p- Y3 L# G* v JPSD Joint Precision Strike Demonstration.- N" g. F7 @1 m( n0 o$ R JPT Joint Planning Tool. m8 Q, O$ C a6 d3 C2 i* H6 T JRB Joint Review Board (JROC term).7 f8 X+ a- J' Y. H JRC Joint Reconnaissance Coordinator (JFACC term). 8 x" ?. v. ^' H/ M+ FJRCC Joint Rescue Coordination Center (JFTF term).7 y. {7 I* J8 b- g JRMB Joint Resources Management Board.

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MDA GLOSSARY, VER. 4.0 J+ @0 k+ N: z2 |. _; ~ 1551 M) }) Q* Y7 |" F3 N JROC Joint Requirements Oversight Council. ( S) h2 ~$ }1 P! qJROC SSG JROC Strategic Systems Group.) N9 m9 w, A4 h9 x" b& m5 a JRSC Jam Resistant Secure Communications. 1 @! |. T/ M( g) ?* |JRTC Joint Readiness Training Center. 9 Z" a. W0 O% a: c9 J+ ?# q/ m) U+ ZJS Joint Staff.0 w7 ~8 A6 i: {1 X: X) Z JS&MDWC Joint Space and Missile Defense Warfare Center. 4 z! }& M- t1 C1 J, }JSC (1) Joint Security Commission. (2) Joint Steering Committee (French/US term).7 v4 S# Q5 R# {1 P9 m JSCP Joint Strategic Capabilities Plan.8 [4 ?2 D; a( x' G& }( E% N n9 u JSEAD Joint Suppression of Enemy Air Defense (Joint Forces term). ( Q( V8 r5 B* d( t, MJSET (1) Joint System Engineering Team (MDA/USN term). $ k; o4 {# q5 ]: ]" t(2) Joint Service Evaluation Team.( d8 p3 F' {( o1 k. C JSF Joint Strike Fighter (USAF, USN, USMC, UK RAF project). 2 c. O7 N5 Z9 L3 U: OJSIC Joint SPACECOM Intelligence Center.+ a9 @/ Z+ j8 S5 {% d JSIPS Joint Service Imagery Processing System (TelComms/Computer term). + a T3 `0 u- S% z4 s" A6 i! jJSMB Joint Space Management Board.0 s v0 W5 a" f) e JSOC Joint Special Operations Command. / C' n9 T' g/ j; x0 _7 {! |" tJSOR Joint Services Operating Requirement.- d0 n7 e* \+ ~ JSPD Joint Strategic Planning Document. ( z$ ^' P7 {, E" T1 j, _2 K# {# M4 iJSPS Joint Strategic Planning System.$ H5 _% o: s: B JSS Joint Surveillance System.! b7 f8 p, }7 S8 L. i* \8 ~/ Q JSST Joint Space Support Team. c( W r* Q% ?: F/ x- J ]1 \& w( h JSTARS Joint Surveillance and Target Attack Radar System.; y y# [5 D4 |" _ JSTPS Joint Strategic Target Planning Staff.1 B* V7 \. _0 F( ~- H8 A- Y! M JT (1) Joint Test (2) Joint Targeting. r+ g7 v/ b l( `; d- R JT&E Joint Test and Evaluation. 4 V7 x! a& \4 o) |JTA Joint Technical Architecture (JCS term). 4 I) y+ T! |4 l, e1 tJTAGS Joint Tactical Ground Station.0 c1 E; H9 Q% M+ g) n( G JTAMDO Joint Theater Air and Missile Defense Organization.- n: D; Z; W! Q JTASC Joint Training Analysis and Simulations Center.5 r- p9 ~- N/ M- ^ MDA GLOSSARY, VER. 4.0 J ! z# l* D3 l5 N) R3 B+ ^4 r, j156 2 L5 ^5 i, W y/ \0 NJTB JFACC (Afloat) Targeting Board (JFACC term).6 a$ |! w% }9 S JTBP Joint Theater Battle Picture. 4 w, x1 s3 v' k& q' F' QJTCB Joint Targeting Coordination Board (JFACC term). . | ^; q9 ?. C+ i) W- J# @ A2 NJTE Joint Targeting Element (JFACC term). 1 d6 }. C. B0 J9 B- R. jJTF Joint Task Force. o/ ]( y0 q% c4 oJTFEX Joint Task Force Exercise. 8 T1 a8 [ H$ mJTIDS Joint Tactical Information Distribution System.9 T. b* R r ?& S JTL Joint Target List.1 x; k1 |# ]! @ JTMD Joint Theater Missile Defense." L% j7 a+ K1 Q1 z% X* l! B# c# C+ H JTMDP Joint Theater Missile Defense Plan.* N; ^. G$ c7 b# x1 Z JTPO Joint Terminal Project Office [of MILSTAR Comms Sys].! R% H! [- S! e! y9 ` JTOC Joint Targets Oversight Council.+ r0 r4 E' W% m9 x) c0 f& B JTR Joint Travel Regulations.+ C6 e8 Q- z; H% c7 z( _+ Z JTRP Joint Telecommunication Resources Board., f; D; W# X2 F. U) {- H ]+ B JTSG Joint Targeting Steering Group (JFACC term). 4 H, @3 j( @" DJTT Joint Tactical Terminal. 6 K( A% e7 a+ t3 T8 H6 ]: gJTTP Joint Tactics, Techniques, and Procedures.+ Y& m, C" i; e7 e8 W# d JVX Joint Services Advanced Vertical Lift Aircraft.: T9 h/ s- f3 ~ JWAN Joint Wide Area Net. 5 h% H& ~' |6 Z, D$ A% R: V4 l3 ]JWARS Joint Warfighting System 9 computer model).. j/ l6 L% h7 B JWC Joint Warfare Center. ' {3 q* F: ~6 [# TJWG Joint Working Group.1 A* n. {# k2 T9 b JWICS Joint Worldwide Intelligence Communications Network. + H J2 g, v. E6 J( DJWID Joint Warrior Interoperability Demonstration & ]+ |/ S2 m" XJWSTP Joint Warfighting Science and Technology Plan.& m3 w* _" [' d) F MDA GLOSSARY, VER. 4.0 K. q# m2 k4 D1 E5 ]2 ^! ^ 157 , e0 L5 L+ j4 g4 AK (1) Kelvin. (2) Kilo.4 h# n t: \& h2 o d K Factor The relative measure of a sensor’s ability to distinguish one object from another.6 Y1 i! b# b3 W" l9 ~ `2 v% Q/ e Theoretically (but not in practice) it is the distance between the mean locations of5 R6 C) x% \, I* i! V/ c# X5 B. B two observed objects given normal distributions and standard deviations for both / z" X' v1 R& ]' k. c4 ^( [objects." X" N2 a) s# w, Y- Y+ _" v B! _ KA Kill Assessment. ( w" X/ F9 t L/ dKAPP Key Asset Protection Program.9 j/ z. A; K: Y% O* J; y1 h" T9 [ KB Kilobyte.+ t# x% \& p8 Y* Z- a4 F Kbps Kilobyte per second. 6 G. y! l& P0 z+ X M$ I% sKBS Knowledge Based System (UKMOD). ( J& ]9 m+ b5 } t# gKBSF Knowledge Based Sensor Fusion. ; k9 u' W4 r+ x) N3 SKDEC Kinetic Energy Weapon Digital Emulation Center, Huntsville, AL. V0 H, W# Q/ o% ~1 E" O3 eKDS Kwajalein Discrimination System. # y9 X9 }- p" h: s& ^, M; fKE See Kinetic Energy.) Z" p6 j: [. b" }6 }# m; q KE ASAT Kinetic Energy Anti-Satellite Weapon. . z/ \1 v0 p- m% RKED Kill Enhancement Device.( u7 |* t' w. X8 [3 J' X! _ Keep-Out Zone A volume around a space asset, which is off limits to parties not owners of the ) ], ~! W( c* i1 R/ {) p6 Oasset. Keep-out zones could be negotiated or unilaterally declared. The right to # L. l* G# |) B! I" odefend such a zone by force and the legality of unilaterally declared zones5 o/ F" X6 w+ g d, v under the Outer Space Treaty remain to be determined. 9 T. w& {0 b* `1 n) m6 uKEI Kinetic Energy Intercept.2 G2 l1 y$ ?! E( o% Y KENN Statistical pattern recognition tool. ) _& j- L- ~. h; eKEV Kinetic Energy Vehicle.. A. W/ V* s' r' s$ k KEW Kinetic Energy Weapon.% q% p; c G$ y6 q7 z KEWC Kinetic Energy Weapon, Chemical (propulsion).& E; z& i$ `& p4 T KEWE Kinetic Energy Weapon, Electromagnetic (propulsion)./ @7 n2 Y) b: |& {. ^; J+ g5 s KEWG Kinetic Energy Weapon, Ground. 3 i" m4 w" | `; y! S/ c. `) G* hKEWO Kinetic Energy Weapon, Orbital. ! i1 d! V% @+ n$ Y2 {# M U5 MKey A type of dataset used for encryption or decryption. In cryptography, a3 N8 R0 I1 u+ S8 I; P3 e1 c9 P sequence of symbols that controls the operations of encryption and decryption.8 K' }9 `8 m2 w, v; K- z; l; J Kg Kilogram.# @9 R% j9 H2 P" E KHILS Kinetic Kill Vehicle Hardware in-the-Loop Simulator, Eglin AFB, FL. ; C/ k! c( l5 K' t, O1 V& V( IMDA GLOSSARY, VER. 4.0 K , h' I J" F+ e: I: L2 M- y158 3 v! d- U( a4 sKHIT Kinetic Kill Vehicle Hardware Integrated Test.3 m7 I: J% f A ~& D( K3 ? KIDD Kinetic Impact Debris Distribution." J, f3 T# g+ O- U Kill Assessment & F0 d5 d' Z; u. e; b(KA)9 M2 N2 D1 K; z; j; E$ @: v An evaluation of information to determine the result of a ballistic missile/RV 4 `1 c+ \0 r' Vintercept for the purpose of providing information for defense effectiveness and % s# H6 E7 I: ^ dre-engagements. (USSPACECOM)& g& K& n7 m9 R% A1 G# l Kill Enhancement ' ?; W1 t& {# I5 I) `$ t/ mDevice ( G' V, K9 e+ m* c0 J) I) a* ?A device that improves an interceptor’s lethality. ! g& e' V) e/ K2 K% HKinematic 1 f8 x x8 o$ i% y9 D+ q, SBattlespace ' w% C- ], e2 v; }) {" t' IThe planned engagement region in space of an interceptor given the sensor 2 ]/ v% Y% F/ X& ?& ttimeline, kinematic capabilities of the interceptor, engagement timeline, and 7 [/ W: N( \! coperational constraints./ R; `: T: v4 f0 V) z Kinetic Energy % j6 T$ p; b: ^% }(KE)3 E+ a7 _6 @- q1 D9 x2 f0 ] The energy from the momentum of an object, i.e., an object in motion. 4 a _, Z1 k6 f) xKinetic Energy" d( k& }6 u( C& ^4 q, ]$ s+ ? Weapon (KEW) 7 U- \, A; f/ ?5 DA weapon that uses kinetic energy, or energy of motion to kill an object. $ |( j9 x* z0 A, {' g# cExamples of weapons, which use kinetic energy, are a rock, a bullet, a nonexplosively armed rocket, and an electromagnetic rail gun. 4 ^* h' F, X' s* ?0 D" pKinetic Kill6 A6 R8 X3 t$ u Vehicle (KKV)# m8 A1 p) `% g& ? A weapon using a non-explosive projectile moving at very high speed to destroy) b# j7 a I2 C' q1 z a target on impact. The projectile may include homing sensors and on-board# g, T, a' u4 S rockets to improve its accuracy, or it may follow a preset trajectory (as with a shell ! E: }; R( r# N: z* Claunched from a gun).

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