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发表于 2008-12-25 20:21:26 |只看该作者
STINFO Center Science and Technical Information data centers archiving and providing user& v' S+ G* A# ^/ f5 P access and support to a variety of missile defense test and evaluation data.8 F' K2 l! ?/ c3 z6 m( u6 Y STM Significant Technical Milestone. d% x: A' }/ F+ q4 rSTO (1) Special Technical Operations (JFACC term). / k! z, \3 ?! h' T& o$ A! ~(2) Science and Technology Objective. 0 ~% T5 }4 B3 @) e. u. Y% j" ]STOAL Short Takeoff/Arrested Landing. 8 M; z! r0 Y9 Z& q, ZSTOM System Test Object Model. h& h* ]1 d% I2 T3 ~ Storage," z: v/ c5 L7 [ Handling, and " u5 A2 g! O2 U, \, pTransportation# a) i& H* L! G8 T% z! E/ y3 i' o! M Environments" {. ^/ e; W% _& Y7 h These environment categories cover the applicable free field or ambient9 X% _: k8 R& j; P; R ?* m environments, which the system assets must be capable of withstanding during % C8 D: R0 |. `8 Y' ustorage, handling and transportation. They include the full array of applicable1 B% @% Z/ Q6 a. @( N" d atmospheric and ground environments to which BMD assets will be exposed & i& ]4 g2 R# yduring these non-operational aspects of system deployment such as pressure,7 s, x+ q, Y% [: m& Q2 T shock and vibration environments, among others. 3 c1 K3 E% h6 M& V. AStorm Name of a theater ballistic missile test target system, part of the Baseline Target ; [& {( R4 I! N) i" v: CSet. # o2 o# T9 x5 l) wStorm Shadow Conventionally Armed Stand Off Missile weapon based on Matra of France’s 6 y% a3 V) W6 i( T& yApache missile.% P! G: s( f3 e- \( g STOW Synthetic Theater of War (US Army term). ) g9 U. Z) U8 s- N+ U4 f, wSTP (1) System Test Plan (2) Sensor Task Plan. ; [3 V' W( @- l6 p KSTRAP HATMD System Training Plan. ! b+ ? Y, N4 c! _3 sSTRATCOM Strategic Command. , D; o* P3 ~5 L* QStrategic * O( N9 e! U w! E* \Defense$ t/ f% b2 q! ^+ Q' C* b# \ All active and passive measures to detect, identify, assess, degrade and defeat6 L6 _/ M0 H0 Y0 o+ p b. `2 e ballistic missile, air, and space threats to North America, including measures to ' N9 z" i# C9 U5 I7 ~; znullify or reduce the effectiveness of such attacks. ( n @/ e# _2 U* J" t8 u( i" N2 ]Strategic 0 z7 ?$ w1 L+ L1 N. w7 {6 U; DDefense' B" N5 j b! p& g' e Emergency1 x8 g5 u4 b v Declarations that attack is imminent or taking place.0 B) h/ |- e& ]8 z: v) [1 ] Strategic: v/ K* J7 Q! ?# c4 { Defense System : I; i J& X4 K(SDS)* d: k- U% ^2 B5 t' C1 u A generic descriptor, which refers to all architectural elements of the evolving x3 X0 I$ L/ X ballistic missile defense system. , H2 \; {; f6 O U5 [+ n1 _) BMDA GLOSSARY, VER. 4.0 S 8 d( w% b6 H3 Z' d280 4 F: O! [5 t2 c3 \& GStrategic Level of: d- ?+ L# f% b9 e+ w" n! h War 2 V6 x5 V1 t' O& \! XThe level of war at which a nation or group of nations determines national or/ Y" v) `6 R7 f. e4 E alliance security objectives and develops and uses national resources to7 {! f& ^1 U% t, D0 G accomplish those objectives. : k# p+ B( Z& @: m0 ]( uStrategic 3 U3 L r8 P, ^! J) e BOffensive Forces. M0 t6 D' k6 p8 N# A: W2 l (SOF)! a3 d" b$ r- U& G. c: I" R4 J: O+ t: a Those forces under the command of the Commander in Chief, USSTRATCOM,! T0 F$ h8 X- z, l2 E the Commander in Chief, Atlantic Command, the Commander in Chief, Pacific. i( ~& z H, y; f ~ Command, and other forces assigned to execute the Single Integrated- R* [: a4 f1 T1 L Operations Plan (SIOP). These forces include but are not limited to B-52s, B-1s, . G9 x( J; \3 f/ FFB-111s, Minuteman IIs and IIIs, Peacekeepers, Poseidons, and Tridents.& P. y* a( o! f9 O7 _ Strategic* G3 b8 ^/ i7 S- m" O# b5 n2 ~ Reserve" g/ F$ A6 D2 N0 l, ~8 w8 b# {. @ That quantity of material that is placed in a particular geographic location due to) d8 P9 J8 k; ^7 T strategic considerations or in anticipation of major interruptions in the supply; d/ @! m1 [/ o( Q$ c distribution system. It is over and above the stockage objective. t9 F+ w' b5 H x9 l, G, s5 Y Strategic+ k0 I' n' a+ _! S" A, |6 K Warning 8 @9 n: d$ q8 L% HA warning prior to the initiation of a threatening act.0 R" n! D- O' _4 W6 j Strategic 7 W" Z) ], [; {' l% z6 X% ZWarning Lead - J( V! g2 A$ y h) lTime m! ]2 v, N3 S7 S8 H" g1 tThat time between the receipt of strategic warning and the beginning of ?- `6 D0 [/ p4 m7 S hostilities. This time may include two action periods: strategic warning predecision time and strategic warning post-decision time.1 F, L% }- M* h8 [/ m/ d Strategic& S( @9 t4 o0 c! E7 | Warning Post-% e e: g A- N Decision Time& H' g3 _8 h. Z! _1 o4 h That time which begins after the decision, made at the highest levels of; w3 x: V6 l. \5 |! a government(s) in response to strategic warning, is ordered executed and ends( k* }: \7 i6 Q with the start of hostilities or termination of the threat. It is that part of strategic4 o8 G* l9 X% I/ w6 W s warning lead-time available for executing pre-hostility actions to strengthen the 2 k4 r" f4 r+ f. d4 s Ynational strategic posture; however, some preparatory actions may be initiated in$ ?6 d- H* K- _' N9 Q; V the pre-decision period. 8 b% C& ~- K7 o6 [# l* ?Strategic ) q% R) W3 ^- u' i" WWarning Pre- 2 u' u! b+ c3 e6 e$ mDecision Time * ?; X% r6 O6 v$ U% e+ Z6 l& BThat time which begins upon receipt of strategic warning and ends when a , {( D$ a( j& r3 _0 f* c5 xdecision is ordered executed. It is that part of strategic warning lead time9 e" [. ~5 G/ g. g/ n6 A' T- k: g available to the highest levels of government(s) to determine the strategic course+ N" _7 `0 R* H: x$ f9 H" h of action to be executed.0 Q; ^9 J: `- {# |- V7 ]9 M STREAD Standard TRE Display. : G6 m" l8 {" c! OSTRICOM Simulation, Training, and Instrumentation Command (USA term)." v& J" B& e% Y" x2 R* w+ L Structured6 H- M2 Q" B7 B Attack : x" m5 K) x# y6 XAn attack in which the arrival of warheads on their diverse targets is precisely5 @. q4 S* T) x e+ y5 Y4 v7 ~ timed for maximum strategic impact.7 h9 A* o' O8 {) M( e% J Structured. {/ a. F/ h5 r+ B9 d. U( q Design ! ?) N' ^. P8 l' h$ n$ FA disciplined approach to software design that adheres to a specified set of rules I, E! o; c5 y% c8 J6 u& gbased on principles such as top-down design, stepwise refinement, and data ! k7 c4 l0 K2 v6 l' iflow analysis.

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发表于 2008-12-25 20:21:38 |只看该作者
Structured2 p4 l2 Y* Y: z5 f, {& v, K Program : U' h! O3 l# _$ L5 ZA program constructed of a basic set of control structures, each one having one5 \( C% W; w5 I/ Y entry point and one exit. The set of control structures typically includes:& `) O6 [' H( s5 Z! F& a sequence of two or more instructions, conditional selection of one of two or more 1 I! _% ?9 g4 p: Jinstructions, conditional selection of one of two or more instructions or: G1 I8 w6 I3 T; [) ` sequences of instructions, and repetition of an instruction or a sequence of$ c# Y* W2 @5 L5 {9 W' N. x instructions. 1 A5 f' E0 i5 @, q" y+ WSTRV Space Technology Research Vehicle., U+ A7 a1 }- P( _ STS See Space Transportation System. ! V' W, a' R; k; O1 u6 ~) ~STSC Software Technology Support Center.* I9 v% q8 H+ Y8 _: [ F MDA GLOSSARY, VER. 4.0 S 6 |/ ~# \5 `# \! _" A1 M281 # w+ u( m7 j) O+ y- T2 A6 HSTT (1) Small Tactical Terminal (USAF term). . ]& t' e9 |8 ?% j- t& G- k(2) Stockpile-to-Target (US Army term).3 H# c' N6 D0 F5 }6 _; p3 ? STTR Small Business Technology Transfer. * n Q4 ?7 d* h" W" O; _" HSTU Secure Telephone Unit.* D9 n [# K4 U' L7 ?/ J STW Strike Warfare. 5 E. d- {; |- G. B: Y/ ESTWC Strike Warfare Commander.0 E$ g/ b8 t4 |. U: C STWG Simulation Tools Working Group.4 ~3 E. q5 U# ]( b: x Subassembly Two or more parts joined together to form a unit, capable of disassembly, which; U- w4 P1 K$ o% H% \ is only a part of a complete machine, structure, or other article. : u/ l" h" C0 h y/ F8 oSubcontractor A contractor who enters into a contract with a prime contractor.3 ^9 v/ y7 V6 P8 ^$ _9 T5 q Subject Security " s. e, b& Q3 C' e/ O X) u- WLevel6 E! b) f- D1 J5 @3 |* k A subject's security level is equal to the security level of the objects to which it * C `" Y1 E S8 [5 ~has both read and write access. A subject's security level must always be9 H: u6 @. p9 K V7 {1 N! s* s( L& t9 g dominated by the clearance of the user and with the associated subject.3 r2 M* z3 n7 t O n0 B h Submarine-/ }. M$ q, f7 L& c* a! ~ Launched9 U7 p5 o; K3 o- `7 m/ N Ballistic Missile ; O% X8 t$ T4 ~7 z, Z5 S(SLBM) # d0 H2 T+ a& ]) zA ballistic missile launched from a submarine, with a range of 3,000 to 6,000 2 M% }, D8 R8 [$ fmiles.6 e t& ^8 x0 w& Z. M4 |, O SUBROC Submarine Rocket.( @6 C# W6 i( f6 Z/ {' M' } Subsystem A functional grouping of components that combine to perform a major function ! u( [+ A$ u9 Rwithin an element, such as attitude control and propulsion. 8 G: S3 W3 P p \* b! ? g3 sSubtractive 6 ^5 I' S& _" t# ?0 J8 ADefense& E4 l0 l) l0 i8 h* ` First come first engaged as long as weapons last. 1 u# N0 T! D2 ~) ^1 K! _+ HSUCCESS Synthesized UHF Computer Controlled Equipment Subsystem. % ^" U. H; p+ d1 K) b1 G9 K4 kSuccession of ; }* ?) w) v3 WCommand . p e, o$ ?% z, r! Z: A5 m R1 dThe planned or actual sequence in which subordinate commanders, in turn, : v- ?& ~# e6 Y6 J0 x: {' |become de facto commanders of a senior organization. Devolution of command * [) u# y4 J& d9 iis a synonymous term.! _7 y$ c2 ?" O# B3 c. D$ J SUM Software Users Manual (Computer term).8 i+ `, U* i: g1 j Sunk Costs The costs of resources already committed or spent. In comparing two0 z+ f4 M9 a$ J5 d: D" u alternatives, such costs are "non-additive," and they are not germane to / [+ E& R1 C& ?6 A" Vdecisions about future use of resources.( L( X; j8 a) |! N6 E" h9 a8 D Sup Pro Supporting Programs (MDA term).8 @4 z6 }3 `: T3 b/ v Super Survivable Solar Power Subsystem Demonstrator.5 G' u2 Q1 x& s" w Super Radiance The process used by a super radiant laser to generate or amplify a laser beam in + @) n' }7 n) qa single pass through a lasant material, or, in the case of a free electron laser, 1 _) z4 F4 z( e& x7 T, h+ xthrough an electric or magnetic field in the presence of an electron beam. Super % ~+ v V1 K& b' V* W1 |! B# Z2 v# Gradiance is actually a form of stimulated emission. Also known as 1 ^2 p; ]/ \- b$ Bsuperfluorescence, or amplified spontaneous emission.: b w' v/ Q8 g7 o2 R4 I MDA GLOSSARY, VER. 4.0 S ) i2 z4 x5 y) M) I) r4 U2821 o2 M3 z: X5 B: B+ B Superradiant0 y6 d/ g7 D/ s: ` Laser (SRL) + E0 C4 p& j* ?' O0 \A laser in which the beam passes through the lasant only once; mirrors are not 2 X8 P- ]3 n- J! ]4 Z; ?% J# S b7 q8 ]required for the operation of such a laser, as they are with more conventional 1 V2 Q! M) B8 Z8 E6 Xlasers which are sometimes called "cavity lasers" to distinguish them from 1 p" _% P' k: t8 W. [" L; Nsuperradiant lasers. Free electron lasers may also be superradiant; the laser 6 h% h9 c8 c3 }# f* B- B/ G3 o: Dbeam of a superradiant free electron laser would pass once through the electric8 O, z. @! n: \3 B7 n or magnetic field (instead of a lasant) in the presence of an electron beam. 0 U4 b9 K5 q" e* Z) A2 C4 T, `& r. GSupervisory 4 ?7 N d) j5 M; R" y" [3 ^Programs! g7 o* z: l; C, f8 G" i2 f Computer programs that have the primary function of scheduling, allocating, and# f; ]- U( {3 ~3 [ V controlling system resources rather than processing data to produce results. % ~- W$ H: p SSupplemental0 _ j2 N. {# ^, F& X) {8 I, H8 ? Appropriation : O* q2 I- G0 z: T; }An appropriation enacted as an addition to a regular annular appropriation act. ( ^/ M4 E' R: e8 w2 }Support6 E+ x+ V; {& J, a; @ Equipment 9 k7 f, {! g+ _; [All system equipment required to support the ground and flight phases of the * w6 ^6 g$ V, E0 _# bmission. Support equipment includes aerospace ground equipment (AGE), : i T/ W1 g) h) L3 n: tmaintenance ground equipment (MGE), transportation and handling (T&H), V5 L; V* s! K* ~0 q. O equipment, and equipment used to support system deployment (i.e., assembly 5 n! W2 }& q J" W3 i' vtools and fixtures, test and checkout equipment, personnel support and( Z1 v, L+ v2 d" n& E, K$ _: R protection equipment). 2 W1 J) \2 f# k# {, j/ B9 sSupport / m2 h$ p; C! z5 O& I8 cPersonnel. {6 V3 x) |8 f5 l0 H, c( L& M8 l Individuals, in addition to operators, trainers, and maintainers, who are directly 4 U, i' ? e1 x. s* T5 m( \7 X6 qassociated with an operational system(s), and who are critical to its continuous2 w- b3 Y- f3 O; G1 N. R operation. Examples include program management offices, security, supply,% Q9 s8 T5 v" Q3 h6 i% ?. E administrative support, and the like.' ?" X% v: ]( D k0 b& A Support Software Software that aids in the development or maintenance of other software, for: M R1 G0 R+ I& _* b% V. M example compilers, loaders, and other utilities. . I4 L/ B) _( hSuppression Temporary or transient degradation of the performance of a weapons system,5 Q* M H6 b# \ y1 y. t below the level needed to fulfill its mission objectives, by an opposing force., X$ L2 _- K* l% X0 h. ^; n SUPSHIP Superintendent of Shipbuilding.* }* \6 f) N* J8 P5 X5 \3 B4 |3 C2 A SURCOM Surveillance Constellation. ! |5 d* A5 R+ D+ _0 Z" t' n9 BSurge Production An increased rate of production necessary to meet demands for defense items! v' F" _( l' I8 V( F6 {7 C4 ]- `2 A due to a need for accelerated production to meet a threat or for a wartime or 4 x: K6 C- _& z, m3 C ?; Lmobilization situation. This increased rate can be obtained by having excess3 ]4 v" N5 K9 D3 w production capacity available or by utilizing multiple shifts of normal capacity ( D J4 J. x6 \- lmeasures. * }" p9 Q, T7 a; M6 ?8 \# [Surveillance An observation procedure that includes tactical observations, strategic warning, : H& x9 w) J5 i2 g8 x7 O1 Zand meteorological assessments, by optical, infrared, radar, and radiometric , X& U5 ]9 I2 G5 u6 Zsensors on space-borne and terrestrial platforms.

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Surveillance , @& V6 R6 R! t/ PRequirements * y4 r9 ]5 D2 X( uRequirements are requests for surveillance, including relative priorities for 7 b, z! E5 y8 Lcoverage and sensitivity levels, based on operational orders, selected response 3 h! V. ^; v' n7 moptions and current surveillance system availability.- ~, K J5 o% T+ a Surveillance, & Q: V" o" ]( `# L0 Y1 w0 m3 ZSatellite and ' |) v% Y) m) n1 CMissile . w" {, `5 I2 S+ _The systematic observation of aerospace for the purpose of detecting, tracking,; I4 m$ u8 Z! P' a3 N; ]0 O, _0 n and characterizing objects, events, and phenomena associated with satellites/ b1 ]$ Z' h, Q8 D# D6 o and in-flight missiles, friendly and enemy.( o/ [6 g" R1 g [! A ] ` n; S/ e Surveillance; Q! M0 C9 V0 U4 B System: ]# c) D8 P7 ~ Configuration / J9 c' I. Q* L* J1 q; MThe sensor types and locations and the modes of operation currently activated, Z! P' q. ^ [% r, p in the surveillance system. ( O6 {0 |( ~# W9 A+ {' K# c; TMDA GLOSSARY, VER. 4.0 S & R2 ^0 t' |) |283 % u: k) T7 T" E5 i( }' z qSurvivability& D/ K- p/ [' c Operating Modes o# B9 I9 z1 m8 T1 zThe operating modes not including but in addition to the self-defense modes3 w- b& P4 z0 @, } that all the elements can use to protect themselves against direct enemy attack. / g& s& b# j' G) Q) V4 k4 p& YSurvivable and* Q% n1 ~- W( c8 G9 s4 W; B! c Enduring& I+ Y, R# ]8 M# Z Command Center5 O3 C0 \" |' V" L& ?( b U' m- _ (SECC)( |' C4 Y) M7 G" A The USSTRATCOM mobile C2 facility.* g; p! ?4 g3 C SUS Site Utilization Study. # u- d5 |' V% ?% Z' _9 H9 rSustainer Propulsion stage of a missile usually operating after the booster cutoff.0 g! i% O+ i Q6 m SV Space Vehicle. 0 o+ {) D' M. WSVS (1) OBSOLETE. SSTS Validation Satellite. (2) Scientific Visualization Suite.: ]: d6 V: D" G7 L. E6 _ SW (1) Software or (S/W). (2) Space Wing.6 h, o+ H' b+ f$ i3 H SWC Strike Warfare Commander. - o" R) ?6 i* kSweep Jamming A narrow band of jamming that is back and forth over a relatively wide operating O) X+ i3 z( x) D band of frequencies.9 h: c8 V) t. [. c9 H! Z SWG Scenario Working Group.+ X+ m- Y& x5 S O& z SWIL Software-in-the-Loop.: y4 F# J4 A" ` SWIR Short Wavelength Infrared. ; O9 T; Y" W' \0 a- s2 t! d# p; {SWSA Spatial Weapons System Analysis. ) U) |! x9 B- b) m8 dSWSC Space and Warning System Center.3 _' k! A- I* x; ~0 z0 Y4 Y SYDP Six-Year Defense Program.9 l6 m/ |$ k5 Y) ~7 p/ e0 B. z Synchronization For data streams, the process whereby a received set of data is placed in one to 9 g7 j- P' A1 Y1 ]one correspondence with the data assumed to have been transmitted. , ^6 X5 H: I9 ~6 `; O LSynthesis The automatic generation of a run able system from a specialized design where + m7 O; Y$ h/ W' ieach module description has associated implementations.3 F& E v' S1 F3 ]& {& y Synthetic ( T' ^$ B1 h/ Z# T7 w: @, VAperture Radar7 _% H$ Q/ L& d (SAR) 8 b [3 F& p$ o# S' \6 W1 yA radar technique that processes echoes of signals emitted at different points' C4 C" w9 v. O along a satellite's orbit. The highest resolution achievable by such a system is& [' I: f9 N1 L' J5 l theoretically equivalent to that of a single large antenna as wide as the distance% `0 G% }: ~! p6 u8 p( M% ]& Q& ] between the most widely spaced points along the orbit that are used for * S5 P4 P9 @& P' g; ntransmitting positions. In practice, resolution will be limited by the radar receiver's ' u6 e2 a4 G% ]+ ^8 e8 I6 Fsignal processing capability or by the limited coherence of the radio signal * i9 w$ t8 b8 x2 |6 X A, Vemitted by the radar transmitter.7 z8 |# i" T# z2 F/ M SYS System. : O/ z$ @# \3 @' b& R6 R. ySys C/O System Check Out. 7 p d$ j+ c& L, b3 V4 L; c, N, MSys Cmn System Common.- ] X: {" E( V5 p, f9 S4 G Sys T&E System Test and Evaluation. . h0 L7 _$ E* mMDA GLOSSARY, VER. 4.0 S 1 z K `5 X) h, d# u284 5 g* Q7 w( ~1 L/ D- g% w; dSYSCOM Systems Command.3 @7 i7 l( ^7 I System (1) The organization of hardware, software, materials, facilities, personnel, ) y3 I: ~3 R& |data, and services needed to perform a designated function with + M: J1 }+ J, g- v; D8 l9 t5 x, Jspecified results, such as the gathering of specified data, its processing,# ^" S. r0 }( U1 d$ Y and delivery to users.# l9 l0 Y% u' z O5 w (2) A combination of two or more interrelated equipment (sets) arranged in a ( Z1 o% K# @0 X! kfunctional package to perform an operational function or to satisfy a 6 v9 X0 B3 S! E; h1 C/ Trequirement.+ [' y5 ~! I& ]6 |' K( [3 T3 O8 ? System # F& H/ Z5 M5 t4 OActivation % C1 o$ d: m" z1 F; `7 }6 Z0 ~That set of coordination, assessment, decision, direction and control functions; p V' z( I/ }8 K4 } implemented to enable defense weapons, and to initiate the automated, realtime aspects of Battle Management, Engagement Control, and Weapon System ( |& y9 g+ O8 N5 v. R" uControl. - A3 v% T# i0 L& G cSystem , N3 Z' B) o% i; [% O0 KArchitecture2 U( ^8 X: k8 \5 ^$ z; } System9 c% h: H$ B8 I2 P Capability ) A: f6 W9 }! K5 Y/ S1 B9 {5 FSpecification n ]- T% y( u0 k/ T(SCS)4 i0 m& q. I& g7 y( B The structure and relationship among the components of a system. The system : j( p: c" U, j. o$ u8 |. harchitecture may also include the system’s interface with its operational* Z9 ?5 C0 p' K( K# k; `) S7 W; V environment. A framework or structure that portrays relationships among all the O8 ^( a- G; S3 K elements of missile defense systems. ' K m& g6 d# ?, ]' OThe government document that translates capabilities into functional ' Y) M: [ u7 E1 B- N* f# q) A7 Especifications for the overall BMDS and allocates functional specifications among 3 f# N/ u- I4 Z Z$ r5 Rthe elements of the BMDS.) X' F4 }1 Q! ]2 G4 w( [6 _ System Center+ Z1 |- u. T b+ J (SC). I+ n% I* h0 k8 {6 a A center in CMAFB responsible for the scheduling of maintenance for worldwide 9 Y/ B5 e. F& N& `: O6 jsensors and supporting equipment as well as maintenance responsibility of & }; w: G+ P3 ]1 G. C# Aequipment in CMAFB.. @% R1 V+ i' e! T2 D9 b System Concept . l* \1 \4 ]# Q+ F# P, {3 n' H2 fPaper (SCP) # J4 H; z" s' w6 S8 F$ l0 D" kOBSOLETE. For a major program, was used to summarize the results of the/ P' Q% J8 f; V concept exploration phase up to Milestone I and to describe the acquisition3 T+ C9 q5 e; E% s" B strategy, including the identification of the concepts to be carried into the ; }) r- `+ N* b( udemonstration and validation phase and the reasons for elimination of other3 Y6 h& K) L* V) o concepts. Now an Integrated Program Summary (IPS).

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System7 E3 Q. E) }; o* A& s4 p6 I Configuration ( K2 E, q& X4 d2 tControl Board 2 o7 G* S8 W+ w C6 K, T(SCCB)& s; \! [6 `6 ~$ J1 U ^ The senior SDS configuration control board. The SCCB will manage the systemlevel configuration of the SDS and the interfaces between elements of the SDS.& m2 V5 Y: q& Z& _4 f- T) L( I System Control Function or task of monitoring the maintenance status of assigned sensors and 2 e T& r- \) Ncomputer systems.9 k! i* q) x& C System-Critical: T9 a' `4 K! c+ v3 h# M Function0 }% |5 y# l$ E; _ A function that is necessary for the successful accomplishment of the system's) ]1 I0 v2 W& p2 H6 c, s2 S mission. ( B7 m7 v( f2 I7 hSystem Definition; j( J$ I. l; F Y Review (SDR)4 }5 `3 v8 ~- M1 z The formal review, in briefing format, for periodically deciding on updates to the ; O) W% ~, F0 a+ @9 osystem plans for development based on estimates of the program schedules and . O! n8 J0 y1 W! u6 A1 `6 ~9 Y2 Qfunding. The SDR summarizes candidate development plans and their potential ( g+ ^& G5 u/ G8 F. o @- {impacts on system design, cost, and schedule. The SDR provides a systemsengineering basis for the MDA program planning activities. Following the SDR,8 B' \% w, ~* S$ V$ k3 ?8 O+ W detailed element planning will result will result in a Configuration Control Board, & A% p4 ]: B5 |: u! m% Vfinal trades, and program documentation in the PPBS.6 i$ z5 a, Z0 B, s System * ~$ A% M, j( J; C T8 m" KDeployment% ?+ h: `- R3 M8 F' Y- g6 z Delivery of the completed production system to the using activity. % U h2 I9 ]4 z; K a0 d, D( YMDA GLOSSARY, VER. 4.0 S V/ _/ F7 ~$ B, k2 J- A 285 * x W( G8 \8 k, T. s" k" aSystem Design (1) The process of defining the hardware and software architectures, + [8 m( V% O, J. H+ Gcomponents, modules, interfaces, and data for a system to satisfy # n( K- N$ t2 x" I5 v+ a% [specified system requirements. " a4 X8 h8 n( K( k1 g" z(2) The result of the system design process.2 o. |* _; u( H5 S, O2 M0 ~* p: Q& Q System Design ) H* t X+ _9 Z; e' qConcept. s. p c4 p( t# f! d' _: D; q/ V An idea expressed in terms of general performance, capabilities, and 0 `& F0 H, c, u P7 x; Acharacteristics of hardware and software oriented either to operate or to be . k: \0 d9 F- z7 _9 aoperated as an integral whole in meeting a mission need.# _2 x' u) `2 M! T( J" a8 E System Design 5 [7 v9 w5 D9 y% E Z7 uReview (SDR) 2 x) b, P5 H( C. n1 b2 JEvaluates the optimization, correlation, completeness, and risks associated with & w! V9 W/ o8 C' Qthe allocated technical requirements.' z/ j$ h1 T- b8 P A System ) @8 c4 F6 u& f' {( [( p5 ~. L$ YEffectiveness 2 m- G5 n' h3 u& Z b3 LThe measure of the extent to which a system may be expected to achieve a set ; K$ s F* H4 _- S' Tof specific mission requirements. It is a function of availability, dependability, and v: Y: s8 v( J$ B" l( Qcapability.: ]# j4 q( ~% ^3 g System Evolution* g: ]0 C* B' F3 o" r4 d Plan (SEP)( J) r$ x& Q% I! X! B( c, @ The documented plan that establishes the strategy to evolve the BMDS$ F' I+ q/ ~4 E) @6 F# O0 ] capabilities over time. It reflects the BMD Acquisition Executive (AE) and Senior3 [/ q- I# n; M2 a1 d' u. y. M- O Executive Council’s (SEC) development decisions; documents the current BMDS" G k6 E! q* m$ o) f, ?3 F Development Baseline; and summarizes the capability, integration and 0 x( T% u# ^4 b3 X: [assessment of the BMDS evolution. It identifies opportunities (items that provide 7 y: h( x: X; c8 isignificant improvements in BMD capability), identifies challenges (impediments to 5 v0 c( O$ |& ?6 wachieving opportunity), and points to promising alternatives that can overcome' n5 O' {: q: v those challenges. 5 c3 b# M; b! @1 jSystem Families A collection or grouping of interrelated software systems in the domain that share" E/ @' j O% B' c- t. |6 b$ L a set of common characteristics.! l( m3 S3 t" `! K$ H4 m& C System; G5 ?% x* x' M! L2 Z Generated1 b0 J' ~) c: i* m1 n Electromagnetic $ x) w5 M, \ ?' M: D/ QPulse (SGEMP)/ c# @0 N% }# b2 m Transient electromagnetic radiation caused by the photoelectron emission of the , R: i9 ~4 X2 [0 M9 m0 ^; {surface of an object subjected to a pulse of photon energy. Although local % @2 H" m3 ?6 t2 g0 R9 E' e* mfields close to the object surface may reach quite high values (kilovolts), the$ D7 ?, L; g: x. l) I primary disturbance mechanism is the flow of replacement current through the ' {6 W. j7 |7 f8 O, H3 _0 Tobject in order to produce charge equalization. $ M" }3 `1 `5 {; vSystem : p7 G( {5 l; R7 |9 j; b: |Integration Test+ \ T o# E; a/ u1 V A live flight system-level test utilizing actual system command and control, ; t3 T( u0 U; W( _* ksensors, and weapon hardware. 1 f8 g N- p R. z- G' _$ c8 B9 y' eSystem Manager A general term of reference to those organizations directed by individual 6 T3 ]6 `3 t# C- G* Q$ V5 n3 Tmanagers, exercising authority over the planning, direction, and control, of tasks$ u, \. L/ L" T8 ` and associated functions essential for support of designated weapons or 9 [* u4 q% x0 f2 fequipment systems. . S- g$ t+ J2 O/ {System - ]! C1 q) Q, `; BOperational" L0 O# b6 H+ [9 p" C Concept 4 ]4 q t, O) n( A MA formal document that describes the intended purpose, employment, d) @) i0 s4 s2 n: c+ V deployment, and support of a system.; \0 u' B$ c- d# q System ) d0 D( W. Q7 M( r8 H! `" m, xOperation and . t4 T& z/ [% lIntegration 6 c+ N5 D7 J: bFunctions (SOIF) + g# U7 e6 Z \9 V( u A! DThe automated activities of tracking, communications, asset management, and 4 h4 p0 C6 L, z: Lbattle plan execution, which are executed under the guidance of the Command 3 N: F6 o/ v; g+ y6 F% x6 M9 p. yand Control Element. The allocation of these functions (and sub-functions) to ! L2 x8 m# x2 z; P+ U9 sthe system elements will be specified in the architecture(s).7 X2 ?; z& i; C1 T. C System Posture A USSPACECOM system of graduated readiness steps to bring the strategic & t$ C+ E' E& h9 ?, uBMD system to fully generated alert, similar to the USSTRATCOM concept of ; {) G: g' B. v h9 dposturing aircraft and missile forces to reduce reaction time." u9 h8 \7 o5 b+ \$ o7 A ~ MDA GLOSSARY, VER. 4.0 S; ]' W' k5 e5 Y# ?. K 286 - }7 q; f. x ySystem Program) R$ e) A3 I8 k; l- t2 i( F Office (SPO) + F9 A+ _! G% m3 }' l3 yThe office of the program manager and the point of contact with industry, l3 w: m$ H9 t, kgovernment agencies, and other activities participating in the system acquisition 2 b' q _( \% |, ]/ O! ^+ aprocess. (U.S. Army uses term “Project Office.”)

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System / K& L6 h/ [7 ]; v2 V* DReadiness ; k3 s5 T& c- C) i- pSystem Readiness includes the development of OPLANs necessary to carry out' e, v$ g- t! c; X the assigned mission, using strategy and guidance provided by higher authority/ K0 T1 A/ r, d2 O5 Z. F' _% N$ \ along with knowledge of current system performance and planned capabilities. It 7 Z3 ^: r) H, f( u1 r' ~/ r2 M. `includes peacetime tests and exercises to maintain the system in an operational$ l) ~0 e4 i5 n2 Q state, and the demonstration and evaluation of alternate tactics and the + ] S% @- m5 ]3 b2 Everification of system performance, to the extent practicable. It provides for the" v; x$ N) E) U6 s) P$ U, s5 _8 K+ i9 _ continued training and exercise of personnel in operating the system under4 r8 q& I" j- D, A realistic conditions, and provides for control of other system test functions& N7 j9 C# y: } necessary to keep the system operating. It provides for detection of anomalies + \0 {$ E- ?9 Cand for corrective action. It also provides for maintenance schedule control,, o) q" r0 n- _4 l/ k historical maintenance data retention, maintenance training, and test results l# v K7 C6 q status reporting. 3 t1 z( x$ m; e, r4 mSystem& F. E% U" l8 N! Y. J: j Readiness 3 u1 E5 u6 j9 _! w sObjective % H$ ]9 B) `, N$ T7 J7 rA criterion for assessing the ability of a system to undertake and sustain a + q" q2 q, l& d# Wspecified set of missions at planned peacetime and wartime utilization rates.$ ?9 ~+ H5 [* i System readiness measures take explicit account of the effects of reliability and 5 g( r2 S5 @8 z) Pmaintainability system design, the characteristics and performance of the support$ L$ H5 g! c9 B5 U, b% l system, and the quantity and location of support resources. Examples of ! \' i0 `+ C1 p8 A- H/ gsystem readiness measures are combat sortie rate over time, peacetime mission 5 J S7 x, L2 A1 C! gcapable rate, operational availability, and asset ready rate.3 @# ?% [3 ]4 A9 L System3 K* x7 } \: I7 O Requirements & k+ ]3 \% r5 E3 iAnalysis (SRA)1 s! y% |) [ B; \$ c4 |& U An analysis of the operational system requirements, as defined in the System ~, J% X/ O4 h( K: OConcept Paper and other approved requirements documents, used to determine' a4 x5 m1 y- Z1 u7 u specific system functional and performance requirements.1 o- Y' c5 E9 N5 i5 [: z- H. [ System 5 C2 Q1 z, Q: f- A, }3 JRequirements% r. D! R0 z1 {5 K, ?, E Review (SRR)( K' @7 x, E. u$ \! N& y Conducted to ascertain progress in defining system technical requirements. 3 x8 f. Q1 @% [1 h; K# aDetermines the direction and progress of the systems engineering effort and the " F3 G* C+ w k4 L( ]) C/ Odegree of convergence upon a balanced and complete configuration. - S! t6 ~4 ]. _. \7 p6 e8 Z+ ^' zSystem Security6 |1 ^) o8 H, V1 n* U* j2 t Engineering* p0 d. x2 Y8 d9 A/ u' J+ o! I (SSE)% |4 a. y) D0 s. s An element of system engineering that applies scientific and engineering # f. d8 R' Z4 ~. F h; Mprinciple to identify security vulnerabilities and minimize or contain risks$ _8 i- M% u% Z+ {+ X associated with these vulnerabilities. It uses mathematical, physical, and related) P v0 I* F8 g& x. } scientific disciplines, and the principles and methods of engineering design and 5 ?9 f6 v \& A+ s n) \analysis to specify, predict, and evaluate the vulnerability of the system to0 r9 k5 z j2 C* B! Y# ` security threats. 7 t0 u: [2 u; OSystem Security* ^& Y" G# y7 w" ^, Q7 J" G* ^ Engineering( q- d3 M2 K d7 r) B Management& m. \% v6 t6 N9 Y9 F Program1 ?( ^* a$ q% U/ H4 E+ W (SSEMP) 3 W; x j/ T- ?The contractor shall establish a SSE program to support economical 1 _4 ^0 W# L, y' wachievement of overall program objectives. To be considered efficient, the SSE ! J% L/ U+ d. Kprogram: (1) enhances the operational readiness and mission success of the& [6 `* a" Y* H/ U3 C2 P defense resource; (2) identifies and reduces potential vulnerabilities to the ) `9 a( J5 @; Q5 Z$ dresource from sabotage, theft, damage, destruction, etc.; (3) provides- J9 X9 U6 B( g' K A9 Z management information essential to system security planning and (4) minimizes; d/ m2 d2 t! q& E8 U its own impact on overall program cost and schedule." N9 n# d+ ?- g4 q6 u( Y" d" q System Security 8 N# z) K1 I6 t+ A% c2 zManagement- s4 l8 F. g4 j, @2 T Plan (SSMP) ; I$ K7 s9 G& WA formal document that fully describes the planned security tasks required to G8 q6 |1 J% R" ?- e: ]" B" C meet system security requirements, including organizational responsibilities,' @% A7 H. y+ z4 } methods of accomplishment, milestones, depth of effort, and integration with 3 i" y4 g6 l" zother program engineering, design and management activities, and related " L# w2 _' `0 d2 E& Ysystems.1 q# E. @' V M4 Y Systems+ @4 b7 |1 S! B: c( b Engineering2 B/ z+ ?5 v) U& S7 K) n" h An interdisciplinary approach to evolve and verify an integrated and life cycle9 X8 N, U, a* K; [ balanced set of system product and process solutions.' |1 d. P ], w1 f MDA GLOSSARY, VER. 4.0 S+ d k! e; ]8 ^0 ` 287 # [9 {/ Q1 M9 A: S) u, \, CSystems " n/ F; X' ^1 b; R: c+ ^Engineering $ ?; s0 n5 Q" ~* C. q! `5 E; k* CManagement3 c+ l: T) v: y1 m) U' o Plan (SEMP) " [) y. j* H0 `) ~- x( M; fThis plan documents: (1) Management of the systems engineering process, (2)+ z* B" C: U: O/ G4 P- H8 c Integration of the required technical specialties; (3) Performance measures+ y/ d5 N- {2 A' \1 g% Y development and reporting, including intermediate performance criteria, and (4)- f! \6 `3 C% O Key engineering milestones and schedules.3 K2 g6 i; ]" v8 ?3 r( M5 [6 `' E Systems Test + j( z& U7 k0 F* C. e6 R! DIntegration and, E9 l! W) A( O Coordination8 I1 k/ ^) _ }7 [% Z0 Y0 H The combination of SDS elements tests to reflect SDS performance contribution. % U9 Q- x+ `2 N% _7 J/ WSystem Threat ' P3 b' k) z' f2 h9 L e% ?Assessment 8 Q: I3 S8 \. ?; aReport (STAR) # s5 H; ]+ w5 \( MRequired by DoD 5000.2 and validated by DIA. Establishes the threat (to a 2 w+ I: j5 ^6 ^2 QService's Mission Area) and is part of basis for considering mission deficiency3 }# S; f/ u D$ d# A; C and potential program new start. Updated to support a DAB Milestone or when4 d; V& `4 g4 d; m( [* b% m the threat changes significantly. 5 Z6 X" G$ I8 D* `6 V% H% {System-Valued . @- u0 @( n# g! r" mAsset - q/ p( v6 y0 v6 |9 z3 L7 EA system element/component, function, or information element, which is critical to9 {4 a# w* S: u7 K the proper operation and well being of the SDS.' P" x. k5 {( t$ o9 E% I MDA GLOSSARY, VER. 4.0 T& o9 g6 q) d: d 288 , x' \+ z7 V( @8 n6 O, UT&C (1) Tracking and Control. (2) Test and Control. " w5 i$ G( u0 b+ H& [- \4 ]T&E Test and Evaluation. : r/ Y( {3 p; @T&T Transportation and Transportability.5 V! g7 @* v( H X8 o3 o. }1 t2 l# H! G T-MACH Trusted MACH. , v7 d- A6 U; _3 Y3 M- W/ |T-UAV Tactical Unmanned Aerial Vehicle.1 @: D+ ^1 |* L; Z T/R Transmit/Receive.. B& r* [ M% q% L) H1 q$ E T/REA Transmit/Receive Element Assembly (of a radar). $ m* n i' C% D3 J( ZT / H' @7 `+ V& t7 y' p24 C4 B1 W' O6 d2 v* b7 ?8 } m Technology Transfer. 8 r- e1 ?. L% ET - ]$ }( k& ?( p" T/ T+ [2 7 D$ Y( I+ }/ \% L1 BE Technical Training Equipment. ( t, o- w; o5 cTA (1) Threat Assessment. (2) Target Acquisition. (3) Test Articles.# H7 R$ J2 M+ p TAA Technical Assistance Agreement. 3 v! x. _( k5 ~) @3 Y$ VTAACOM Tactical Air Area Commander.' l* r7 j; R* h6 Z# ]: Q TAADCOM Theater Army Air Defense Commander. " @+ P: Y* o. F7 O1 oTAAF Test, Analyze and Fix. ' l+ W- \$ O: n e" Z9 ~' \TAC Tactical Advanced Computer. |/ l- w8 X' a& u TAC-3 Tactical Advanced Computer – Three (USN term). + m2 ]# N# R$ z1 o! t8 NTACAIR Tactical Air.+ ?$ G0 S0 H+ {2 w0 X. U TACAMO Take Charge And Move Out [Airborne SSBN Command Post]. . y8 S3 Y' p! p$ h0 S: STACC Tactical Air Command Center. 0 T) P* s, ~6 A# J! v: y2 I% R+ r" GTACC USMC Tactical Air Command Center (USMC term). 6 {* q! Q" V$ a9 b+ W9 ATACC USN Tactical Air Command Center (USN term).' t8 ]( D" ?( a. n1 m! k; e TACCS Theater Air Command and Control System.( {- v; F& S+ `5 `' U. v8 ? TACCSF Tactical Air Command and Control Simulation Facility. * h6 I2 I( G, h/ P) N/ MTACDAR Tactical Detection and Reporting. # R" @! Z/ n" c8 OTACFIRE Tactical [weapons] Fire.

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TACINTEL Tactical Intelligence Information [Exchange Subsystem] (USN term). ( V5 U7 d" r' z+ Y2 N& Y( p `' QTACOM Tank and Automotive Command (US Army term). 3 D2 l" J0 ]6 x+ y5 x% s6 m; ATACON Tactical Control.8 f( ^+ d4 W, z) L7 O% i, I5 v5 F TACS Theater Air Control System. 9 @& W! ^3 n" p' _* L& wMDA GLOSSARY, VER. 4.0 T $ N) N2 ~8 R' q7 A289, ~1 J; v1 y( t- x% v( ? TACSAT Tactical Satellite." ?9 P, ` x8 Y4 d TACSIM Tactical Simulation ! P" J# W; o3 }5 VTactical Air ! U) W! R: I7 yDoctrine % X5 |# }" g# b: s0 l2 x; g5 sFundamental principles designed to provide guidance for the employment of air . t1 Q# p/ b# }; v2 o( Gpower in tactical air operations to attain established objectives.' @; ~) _/ Y# n( k& V Tactical Air7 \2 x2 D* F8 k; H; o Operation' Y v1 n3 l6 W( z0 v! j An air operation involving the employment of air power in coordination with : T2 O8 j/ A; Qground or naval forces.7 L. @3 v0 Z, D' @ Tactical Air( z# |" N/ K. Q# d& K Operations* V, S: a# {8 {8 f6 V# ~6 v$ U Center 6 a) ~" x, x) |% lA subordinate operational component of the Marine Air Command and Control 7 E) i, P2 J1 N! n2 `System designed for direction and control of all en route air traffic and air( ]( W+ i$ Q: M5 K" N6 u- s defense operations in an assigned sector. # V# {6 |1 ^ F' n9 D/ |Tactical Air % t9 k# [& R" Y7 Z. g% i: M7 I2 l+ vSupport # P4 ?( z* F/ K, e& C' ~8 Z* ]5 ^1 ^- dAir operations carried out in coordination with surface forces and which directly$ b$ k+ O- h* \' t0 n4 T assist land or maritime operations.3 `7 |" w. | m0 @" i/ I Tactical Area of* ]* Z) \4 J2 o+ P: ~, g Responsibility( T" v9 F. I2 L- z, ?$ J6 a% V (TAOR) # T% t x, |- L2 w) KA defined area of land for which responsibility is specifically assigned to the8 k3 H: O7 t- m6 w commander of the area as a measure for control of assigned forces and2 Y3 v `3 k( t# Q9 a$ T0 }' C+ R coordination of support.( x( O P0 A3 Y; m! R& Q3 v5 o+ s Tactical Ballistic! D' M6 L8 }4 q/ G# W Missile (TBM) 2 r- y8 p8 A. W' ^- x: n; v9 P6 UA land-based missile generally having a range of <3000 miles that can be . J% o! {' w$ N. D& Aemployed within a continental theater of operations.0 P3 R6 _9 j3 R F Tactical Concept A statement, in broad outline, which provides a common basis for future- Q2 r) t) V, w& E: E development of tactical doctrine.4 s J, l2 l4 k5 g' p" I5 v Tactical Control The detailed and, usually, local direction and control of movements or 6 n; W% o Y+ X& s& b5 ]maneuvers necessary to accomplish missions or tasks assigned.; {; F7 w: N. Y, L" H1 S Tactical Data9 ~! D: f/ S. v- |4 s5 q Information link7 [/ u/ w3 F6 K7 |$ a A netted link in which one unit acts as a net control station and interrogates 2 f( V7 w! x$ e" p. Peach unit by roll call. Once interrogated, that unit transmits its data to the net. ; k$ E( F9 N. r$ p0 p( T3 R9 c% _This means that each unit receives all the information transmitted., f+ d8 C, j7 e: X$ r- { Tactical Level of 9 J$ O0 l9 A# y, @4 tWar2 p Z1 M3 M- J' E! T5 A9 u" F) q The level of war at which battles and engagements are planned and executed to, r! ]1 K5 U+ x \' y; y% ? accomplish military objectives assigned to tactical units or task forces.+ z, X. d) F( R& k* b' H Tactical# J @% S0 H. e, _2 V Operations Area$ h- x; N, x7 @$ p, J+ D- m (TOA)! L4 o9 Y! t, S That area between the fire support coordination line and the rear operations 0 X9 S' l$ V# b$ G) ]area where maximum flexibility in the use of airspace is needed to assure mission * U4 q$ P3 k: m& {$ u* T, jaccomplishment. 1 v# \+ G5 ?5 Z! J4 ZTactical, B" r, v: w, H7 e* q Operations8 E% J& x. L5 b% C! A Center (TOC)+ R& t* D" L! @- k+ ]! a/ t0 H* y A physical grouping of those elements of an Army general and special staff3 p5 O( w6 o1 M6 P! Y( z5 N concerned with the current tactical operations and the tactical support thereof. " o# u: x/ r9 V" X" R2 xTactical Warning 0 f- |, z& m- h, O$ w(TW): i- P# \+ j+ H6 I" F2 q (1) A warning after initiation of a threatening or hostile act based on an 9 m9 _( |/ d( j, j- ]evaluation of information from all available sources. 1 X& o+ m5 ?2 L; x(2) In satellite and missile surveillance, a notification to operational command* X+ _7 a0 j" r- o4 h centers that a specific threat event is occurring. The component F3 h/ B* ]! V3 @- M3 w2 C% oelements that describe threat events are: country of origin, event type, q, m+ U7 T, j and size, country under attack, and event time.) k1 ^! k& F: B n7 E# d5 Y Tactical ' a6 P/ i( F4 N. uWarning/Attack 6 k' H; _9 X9 g, U7 lAssessment 0 @6 |+ X, n, y5 h2 R3 F% R(TW/AA): f N' s) @' n8 S8 J2 g A composite term. See separate definitions for Tactical Warning and for Attack8 v7 A; @# I! X! \ Assessment. ! Y ~1 `8 [0 V3 P$ N7 \" K, q& cMDA GLOSSARY, VER. 4.0 T$ M2 R. u% `, s4 m7 c; W% L 290 8 v9 @. [# A) Y5 `* u/ c! I" {TAD (1) Tactical Air Defense. 0 i6 r# `. R3 c: o(2) Theater Air Defense.1 c; h% m$ F% V0 B/ G (3) Technical Acceptance Demonstration. 3 F; w o2 T1 \* ^TAD C2 Theater Air Defense Command and Control. 7 f2 q. A5 U' H' C& QTADAP Theater Air Defense Asset Planner.' I2 |+ t+ o. q$ f) \- x5 ]5 ? TADC Tactical Air Direction Center.1 {" \6 A+ U7 J+ \ TADCOM Theater Air Defense Command. 3 n& k$ y' I' }0 @( i9 PTADIL Tactical Digital Information Link.( G) |0 D* h3 G TADIL A Tactical Digital Information Link “A”.; S8 e1 s5 N# o3 n TADIL B Tactical Digital Information Link “B”# g1 l$ a2 ]0 `$ E9 s9 m TADIL J Tactical Digital Information Link “J”, l: v: w: C1 |' z. h' {1 G' A TADIX Tactical Data Information Exchange. 1 ~+ b: V: o8 y8 x. n7 {2 Q/ t8 zTADIXS Tactical Data Information Exchange System. ! ?# [: x; A2 _% j% ATADL Tactical Data Link.6 I: _ x! w5 l TADS Tactical Air Defense System. 9 s" f1 P0 |7 r( z2 a" HTADSIM Theater Air Defense Simulation. 1 x; k, _0 n" Z. Y' o% XTAF Tactical Air Force.( p; t' E1 g2 q! [" ~4 R TAFIM Tactical Architecture Framework for Information Management. - m9 v" [7 v! u" _& q# {0 lTAI International Atomic Time. 8 x4 G$ [' M# l/ j1 P8 u& ^% M4 }4 Q. GTAIS Technology Applications Information System.7 z# |% |8 h! u, r! a' \* @ TALDT Total Administrative and Logistics Downtime. * w, R& D2 n0 |4 b% G l$ PTALON NIGHT TALON programs, which support SOF./ e; v7 V: O% I TALON SHIELD An effort using stereo DSP processing to provide ballistic missile burnout vector 2 r9 b) d$ R2 ~$ Q. m- R" ^6 sand impact prediction for interceptor cueing, counterforce tasking, and passive & i5 g+ d! ~9 ~5 ~defense.

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发表于 2008-12-25 20:23:44 |只看该作者
TAM (1) Theater Attack Model. (2) Theater Analysis Model.. T6 a# V1 C4 \$ \ TAMD Theater Air and Missile Defense. / E2 _7 b# B" e# \8 g, Q. a0 O; R0 gTank Final Propulsion Stage (used interchangeably with sustainer).7 P$ }0 o1 B8 \* k+ q( x) E: m Tank Debris Hardware associated with tank. % `4 T1 g4 g" n( [Tank, ~! i9 {9 M) I0 V* V# N( y Fragmentation 5 h' v4 X4 h) e2 cThe breakup of a tank, either intentionally to serve as a penaid or naturally as a8 Z3 X1 V4 J& s6 a: ] result of aerodynamic loads and heating upon reentry. 4 t/ G. z; f) Y6 a1 r$ ?$ B( dMDA GLOSSARY, VER. 4.0 T + i9 Y; l/ t1 g0 v291 % n9 t" H- Y5 O. W" `( s+ QTAOC Tactical Air Operations Center.7 d: e) [3 l* d9 x0 R( B0 l, f' f TAOM Tactical Air Operations Module. * J" Y0 ?1 I" p, p" L# _4 mTAOS Technology for Autonomous Operation of Satellites. " X4 {( r' J0 V* ?1 r7 uTAR (1) The NMD Threat Assessment Report.0 o0 W* k g$ y& x5 B" Q (2) Threat Activity Report.1 f7 F8 O" X) Z6 t (3) Target Acquisition Radar. 3 s" h. N: Y+ v4 }7 s7 }TARA Technology Area Reviews and Assessments. * o' q2 R X4 W, l% D, e% \/ HTARGET Theater Analysis and Re-planning Graphical Execution Toolkit. . L7 I/ O) p5 O- E3 D5 F2 P9 ATarget: H3 I- p2 n0 }' ] Acquisition. [6 ^2 j W4 E0 s% a" y The detection and initiation of track on a target in the surveillance coverage. U8 s% ?, U. t* q region of a sensing system.; p$ I2 X. E+ H" b0 K; K8 t; ? Target 1 T( U2 p* ~" vClassification" Q; Q# E; s2 F: O! i) U, D+ N. r6 k+ x2 E and Type) \; A3 I2 k3 K9 T$ k Identification of the estimated target category based on surveillance, & ^2 C* }# S; Zdiscrimination, and intelligence data. 0 \. J; }7 ?8 [) H4 VTarget( S. F+ c' v% r& i2 V Discrimination " Q4 \' @" b* F, C2 F" z+ JThe ability of a surveillance or guidance system to identify or engage any one ; o" }4 y2 A: htarget when multiple targets are present. # H7 f9 D1 w( ] s6 DTarget Object; @+ f% L' w1 l& z& v9 g) U Map (TOM) 8 P; a. _# T9 d5 y0 _A data set, which contains three-dimensional position, estimates for target and* R# n) _+ T- [) ]9 j0 Y' }/ C# l0 d, \ other objects predicted to be in a weapon interceptor's field of view for use in7 |* Y, f; [ [) `6 P target designation. (USSPACECOM)/ Y" q% I( a" r$ H6 i$ @/ v Target Resolution The splitting of a single target into two or more targets. # }( ?( L, G$ U' i* ^9 u2 nTarget Signature (1) The characteristic pattern of a target displayed by detection and 5 C9 ~% F+ q# s o& m1 pidentification equipment. , G* F ~, k( G(2) In naval mine warfare, the variation in the influence field produced by the , U3 b+ y0 j A& l2 epassage of a ship or sweep.+ Y& k# h+ ~0 z/ |% s. i: W Target System ! [% }! L% v1 ?2 j, M& e. I: F: W& ]Requirements 3 F6 E+ d& }; w. k4 F' wDocument (TSRD) + A4 {, d9 Y% c: d- g0 r* ]BMD Program level program management document. Developed by each BMD/ p8 j N4 I `+ b& K; { Program Office, it outlines to MDA/TC and MDA/TE what the PO’s target& V; Z" r1 e3 O requirements are for each specific flight test based on the test objectives. 5 @% Q9 g1 @( g- v$ }# mProducing the TSRD is the first step in the target development process.' \- B. a& S# _2 _ B TASA Task and Skills Analysis.( C/ G D0 v+ a' U; _9 @ Tasks The required actions to accomplish all or part of a COA. Tasks contain guidance 7 o0 l. `) n( ]$ L1 {to the Battle Management/Command, Control and Communications (BM/C3 )( P, ~) N" S' Q engagement planning function concerning resource allocation, constraints, and$ L$ D( G- ?7 }9 ?) u6 e, i h5 ^ required performance. , ]; D( J: N$ z+ N! B1 Z! I0 YTASM Tactical Air-to-Surface Missile. $ {* R" g1 N$ ?7 u+ ^TASO Terminal Area Security Officer.: y0 \# ^0 T# c+ U1 w+ P TAT Technical Area Task.9 d" y0 M' v: v2 b7 ]$ P TAUL Teat and Upgrade Link. K, x1 B M# g2 A* X7 k' x7 ~ TAV Transatmospheric Vehicle. * L- p [! c4 |/ S, }3 N. j- lMDA GLOSSARY, VER. 4.0 T1 j0 }9 b8 i% k9 h N 292 ( y9 {0 q4 E# }1 A) A1 H9 J8 XTAWG Threat Accreditation Working Group. - W1 ~" k9 L- k+ X8 c1 KTB Test Bed.7 d4 `8 S& _' |, R" V TBA (1) Theater Battle Arena. (2) To be Announced. . r8 O1 P+ c$ w( x) N4 B7 I/ [TBD (1) To Be Determined. (2) To Be Developed. 8 d1 W1 b! h2 ?5 f& N" dTBIG TMD BM/C3 Integration Group.' \$ ~- N# p7 L7 y( W TBIP TOMAHAWK Baseline Improvement Program.3 Z, W/ V% A+ | TBM See Tactical Ballistic Missile/Theater Ballistic Missile. q9 u; b# H8 Z: T0 E2 XTBMD Theater Ballistic Missile Defense. ' o% T) z3 B- s9 O ^7 tTBMDSE Theater Ballistic Missile Defense System Exercise. 6 P* ~1 p9 n4 _0 c$ F; v# s( xTBN To be Negotiated.. n; T. h5 g2 S8 k0 k TBR To Be Resolved.* {8 @! a8 S3 {) R1 W+ Q$ S TBS (1) Tactical Broadcast System (US Army term).1 k( M |/ N' x5 G% m (2) To Be Supplied. 4 k4 A1 y; e! n3 F8 t, `(3) To Be Scheduled 9 P& \: x# t+ {, N) g1 H) y. # n) C( `9 ~' E- S2 MTCAMS Technical Control and Monitoring System. & K0 v# S9 _' B5 |TCC Tactical Command Center. ! O; N# n" \1 `- Y5 B* vTCCF Tactical Communications Control Facility. 5 K! \! {: T9 J. d* d7 i" O K& ~5 qTCE Three Color Experiment.( E! G2 n7 N, F: t1 U TCF Tactical Combat Force. & a2 Y% A: u- z; m5 qTCMD Theater Cruise Missile Defense.8 ]- _! G" L) {6 ]0 M TCMP Theater (Missile Defense) Countermeasures Mitigation Program." k2 o6 f4 _( t. G TCMP I Theater Countermeasures Mitigation Program One.7 C( M; N" C1 O4 ^4 b1 F" P+ A TCMP II Theater Missile Defense Critical Measurement Program Two (Replaces TMD " H2 W8 u0 j! ACountermeasures Mitigation).* z4 G& [8 u+ r TD (1) Test Director. 8 b5 q/ n; T; P9 B: G(2) Technical Data. 4 Z( w: u+ Q# V7 n% Q, K S2 L: q5 n(3) Technical Director. : U& F$ ?8 ?" e$ Z! P: t(4) Training Device, W! y/ D7 j" S: y TDA Table of Distribution and Allowance.: @. p+ n2 C% S TDADT Total Distribution Advanced Technology Demonstration. # N6 g- G* o1 ^5 A) cTDAS Theater Defense Architecture Study. ' t& ?4 S7 ^. c3 U @TDASS Theater Defense Architecture Scoping Study. ) g" ~& W1 z: T5 P& o: ?0 U+ g" MMDA GLOSSARY, VER. 4.0 T 2 ]) `2 `2 j$ T293 , @" G- i1 H2 L ~) |, Z$ {% FTDBM Track Data Base Manager. S; y' Z" N$ E+ d7 f9 A5 wTDC (1) Tactical Display Console. . ]* r) y D) P m(2) Theater Deployable Communications (USAF MDAP).1 W2 y( l5 ?2 s5 w TDCC Test Data Collection Center. ; T* U, E. ~9 W6 Y. a$ eTDD Target Detection Device.9 B5 p! X) {% }: f9 U TDDS TRAP Data Dissemination System.9 T/ a- Q6 D$ }7 X. z" s& G/ Z$ ] TDI Target Data Inventory.. I0 v% D- ~3 F+ o4 O; [ TDK Two-Dimensional Kinetics nozzle performance. - k( ?+ }) E* Q: `! y: g NTDM Time Division Multiplexed. 9 z$ Z7 x- a3 c8 R, YTDMA Time Division Multiple Access (TelComm/Computer term). ) K6 s Z1 r3 d$ GTDNS Theater Defense Netting Study.# j& S0 l3 A. v( K$ a$ v. Y* ` }5 O TDOA Time Difference of Arrival. + N/ O& I6 s F# z* t8 wTDP (1) Technical Data Package., `( [& c% K6 N* K" X+ v (2) Test Design Package. + S) Q5 l. a4 J+ W* k(3) Threat Design Program.

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发表于 2008-12-25 20:23:53 |只看该作者
TDORC Technology Demonstration, Quick Reaction Capability. P1 ^5 Q% G- d- X5 X5 ^ TDR Terminal Defense Radar.9 o' [; P. y( E7 u b8 M TDRSS Tracking and Data Relay Satellite System.: O$ x1 C: j# j* m TDSSPA Technology development for Solid State Phased Arrays. 5 i- v! {% \5 s. q% cTDT Target Development Test.; T2 }5 x' Q9 v& l$ \$ V TDTC Test, Development and Training Center.6 W% E* v) v% i& S TDU Target Data Update.8 C( J, g5 c- r. n TDUGS (1) Target Data Uplink Ground Station. (2) Target Data Update Ground Station.3 a* i1 S. L" X9 @) X TE (1) Thermo-electric. (2) Test Engineer. (3) Training Element. $ X" l/ \+ G" B Q; ](4) (BMC3) Test Exerciser., G# e* U. a9 }2 P" b, N TEA Transportation Engineering Agency. 7 V! b9 U- a' z# H: p- P; s rTEAS Test and Experiment Activity Summary.7 F3 U8 T$ E- ]/ N8 M9 u4 `) ~* u Tech (1) Technical. (2) Technology. (3) Technician # [ P+ ?6 I' P: g7 ITECH Technical* ]9 G4 c! L1 {9 c" F: w TECHON Technical Control. 7 x1 K( I" D+ a3 N1 \5 ITECHEVAL Technical Evaluation (USN term). 4 x) v g' j0 W% ^4 u H- VMDA GLOSSARY, VER. 4.0 T8 e8 S9 n( z" t: l 294# K- a2 }# N: u- y6 W# o Technical Data Scientific or technical information recorded in any form or medium (such as% r1 Q" d% Y! f1 X* ` manuals and drawings). Computer programs and related software are not & R1 T7 m9 T3 F0 p0 v( N B" \: Jtechnical data; documentation of computer programs and related software are.( A9 `# X/ ?; v, j5 } k Also excluded are financial data or other information related to contract , R9 a8 @( c! d1 s0 a( W. p% k. uadministration.. |0 E1 w; i& e. j0 Q- D Technical Data ( v$ Q& M/ M' @" pPackage (TDP) Q) [! m; a: T6 LA technical description of an item adequate for supporting an acquisition $ j4 K5 E& A' H3 a9 `2 rstrategy, production, engineering, and logistics support. The description defines / P; B _, W" x$ ?1 athe required design configuration and procedures to ensure adequacy of item3 z" b3 X1 b+ G1 Y5 ]) ]3 E9 R0 P performance. It consists of all applicable technical data such as drawings,, }0 }$ L* ?- {* h5 Z: _% q: N; D5 U1 H associated lists, specifications, standards, performance requirements, quality# ]) O- ^9 J- H' M$ d0 [5 d assurance provisions, and packaging details.

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Technical; y. |; D3 r) x Evaluation # R! n7 Y/ Z0 B9 e) ~The study, investigation, or test and evaluation by a developing agency to4 `; k4 p7 x3 v+ w9 ` determine the technical suitability of materiel, equipment, or a system, for use in1 R; J) F2 B7 v( l+ w the military services. (See Development Test and Evaluation.) + a8 s1 T; V1 O- M0 I! r! x9 \1 f$ GTechnical 8 d' @" j9 @! c/ l* u5 _% S7 SObjectives6 F5 ?2 Y: }+ [$ l- ^ The “target” values for the development effort when insufficient data is available0 h' p$ T/ o9 H* V for stating binding technical requirements. A- o9 {2 ^+ E, N1 [ Technical$ \- D7 A, r, b, s Objectives & 2 z4 m4 Q) h9 ~" c" C5 \Goals (TOG)5 L' p" A. ?4 i3 T High-level acquisition document to guide decision making for BMDS ?5 K' X! c; Vdevelopment; communicates objectives and goals.- B" |+ K8 }& ^# ~, V& @: B" g Technical! X' T; s3 e1 @" G; w+ _) y( l Parameters (TPs)' h6 f! g( Z9 S( _( }' \8 H0 c x A selected subset of the system’s technical metrics tracked in Technical/ n$ T5 f( h4 _) g7 C1 u" k Performance Measurement. Critical technical parameters are identified from risk ! ^2 o& u0 z% {+ `6 `7 _ b2 i0 Sanalyses and contract specification or incentivization, and are designed by 0 x, h3 K, z* x; i& A) d O3 tmanagement.. N) l* D3 k$ g: `+ n Technical 4 C* N( V, x! [, w6 zPerformance4 h4 g+ l7 X( p$ ?- X, ]% j Measurement 4 [) y' }9 r- x/ i0 N, y(TPM) % Z% m4 ^8 B- bDescribes all the activities undertaken by the government to obtain design status U) W8 i/ W) j beyond that treating schedule and cost. TPM is defined as the product design " } x6 S+ a \1 v+ m. F, ~assessment, which estimates, through tests the values of essential performance7 H) o' r! ?0 r3 s |# K parameters of the current design of WBS product elements. It forecasts the ( V5 Q. G9 _, B7 }7 L8 L6 Lvalues to be achieved through the planned technical program effort, measures$ c2 I7 p/ u1 `5 ? differences between achieved values and those allocated to the product 0 C; i- m" _6 H! L0 y& Relement by the system engineering process, and determines the impact of these ) Q. K$ G1 \" _. L+ N2 K0 vdifferences on system effectiveness.$ [( q; Y3 G/ p! r% n2 @; l Technical/ p( k/ o0 Q* s/ S8 K, e Specification 9 s- ^- |+ W8 s& v# c# u9 v" L( OA detailed description of technical requirements stated in terms suitable to form+ I0 k u/ q+ T the basis for actual design development and production.% G5 S# g! n* V Technical # L* Z# f' U$ @( ESurveillance* e& Z* s; B* y3 K' n% ? Intelligence gathering methods in which clandestine listening, photographic or 8 a2 ?8 p" p4 G/ temanations gathering instruments are placed within SDS facilities, or otherwise4 C ? Q3 }+ C+ ^ M0 Z targeted against SDS assets to gain access to denied information.: R, w2 m1 ^7 W% l& ^( ^8 W$ S+ e Technology0 L6 f1 k/ U1 Z$ t& y$ Z P Executing Agent3 _$ v1 L/ C0 m6 I/ i9 }. j& j The Service or agency (DoD or non-DoD) that has been delegated management' T' o d8 J& t5 }1 U' z, v2 Y responsibility for a particular critical supporting technology by MDA or Executing ' \+ H, @' f7 j6 H6 [3 }Agent. 8 s4 R4 @ |! OTechnology 8 S5 q) x! U3 aProgram" ]/ \2 F1 ~4 A Description p* }$ o1 m1 oThe generic description of the applicable supporting technology or critical ! Y0 i: k% _5 x) |supporting technology. 3 @2 b3 {) e8 t1 ETECOM Test and Evaluation Command. % q6 I6 k4 _/ Z% r4 @# @2 |+ b" [; gTED Technology Exploitation Demonstration. ) [# S: C- ?2 J3 n+ b9 v. f2 D4 ?MDA GLOSSARY, VER. 4.0 T* j0 P: s9 t, z1 O/ } 295' x! [, v1 h/ n" t( | TEIPT Test and Evaluation Integrated Product Team. - V% O, _) J/ c; y3 _6 R: l$ @TEL Transporter-Erector-Launcher. 3 m; }) W3 U: t: s NTelemetry, - M$ `/ f& U# bTracking, and 4 V# ~# @' y9 d( T% e3 _% \& fCommand (TT&C)$ V/ ^' C- f' e* g5 Y) h Functions performed by the satellite control network to maintain health and2 E, |% n# a" [3 E/ Y status, measure specific mission parameters and processing over time a! F! V# u( E/ Y% p sequence of these measurement to refine parameter knowledge, and transmit 3 j* ~; O+ d+ u5 w5 lmission commands to the satellite. 6 W8 {) N3 Q6 A/ p: ] C% [Teleprocessing The combining of telecommunications and computer operations interacting in the $ q- I `; ?1 ]$ d lautomatic processing, reception, and transmission of data and/or information. 2 j1 _3 l [# Q8 iTELESAT Telecommunications Satellite.: B- `# A! E P7 v* l9 v& g TELINT Telemetry Intelligence. 0 N7 `0 A1 A3 [% t" O: @2 a) `TEMO Training Exercises and Military Operations. 7 ~ s+ o, [' M. O, @$ bTEMP See Test and Evaluation Master Plan. 4 W8 `$ t- t* k/ sTEMPEST TEMPEST is an unclassified short name referring to investigation and studies of ! b2 h. P* W$ Y" ocompromising emanations. It is often used synonymously for the term( f+ f ^* J# Q+ ^ "compromising emanations,” e.g. TEMPEST tests, TEMPEST inspection. (See ; e: N+ ~; o0 `0 _4 \0 Q7 rCompromising Emanations.) . e5 z6 H; R5 m% I; v" [2 y+ mTENCAP Tactical Exploitation of National Capabilities. * N5 G, h# v3 H& A) fTEP Test and Evaluation Plan.: q; R2 Y6 x! T2 p- M TER Test and Evaluation Report 9 t5 H% r& T1 {% n- w- S7 JTERC Test and Evaluation Resource Committee. / d; d9 P) g9 p# c, cTERCOM Terrain Contour Matching.' I; b4 J! T5 V+ g! H Terminal Defense ( c" W1 V, J- y' K# B5 t+ |Segment (TDS)3 U0 I/ M$ b) o. r( Q+ b2 [$ a( Q- L) R The portion of the BMDS that defeats ballistic missiles in period of flight between " b: O1 M% k8 W katmospheric reentry and impact.6 N( T0 G1 v: @- `% T Terminal' J$ `" j. G1 ~0 A, y! I+ R Guidance 6 M u- ?6 C" E: K1 qThe guidance applied to a guided missile between midcourse and arrival in the 4 `; n8 g) U- Y7 ^8 w. n a2 qvicinity of the target. " ~4 t0 n" N/ o$ O# E/ r# Y7 z! yTerminal Phase That final portion of a ballistic missile's trajectory between the midcourse phase ' n) \8 L- w. U/ Cand trajectory termination. * k* c5 j9 `- B$ x6 `Terminal Phase4 p/ J; y4 z" n9 O, b# Q' N3 g Interceptor( @* ^9 z; F8 `- _7 U A ground-based interceptor designed to intercept and destroy RVs in the s3 R' W7 Q* P% |: z! ?' mterminal phase of flight. It may also be assigned to intercept and destroy enemy 7 E! ~3 R, y7 _8 g: }PBVs and RVs in the midcourse phase. (USSPACECOM) 1 w& ~0 B- H- Y0 y. p: FTerminator Transition from sunlight to earth's shadow in space. 6 G. j3 ?2 z. S3 ?* ^TERS Tactical Event Reporting System. 8 s* b+ b6 z8 {, N; b5 V4 P9 tTES Tactical Event System.$ h! A3 V B2 w. {# H6 w TESP Test and Evaluation Security Plan. 7 B% o5 i9 A5 v+ p5 L& yTESSE Test Environment Support System Enhancement.; h) h8 u" \& E+ h+ ? MDA GLOSSARY, VER. 4.0 T# }: L1 N" w/ U( c 296! W/ n* q% ^% D/ t3 _3 ^" `8 u Test and Control The ISTC Test and Control provides the human interface for testing system2 b) r6 n Y& e hardware and software. The Test and Control will consist of the necessary7 W! s. `$ |+ O. H consoles, processors, and storage devices in order to be able to control all # j& n Q, P( p! J0 {+ A4 P" soperations of the ISTC such as configuring the system, running a scenario,7 |+ v4 U5 R! y analyzing data, generating reports, and testing system hardware and software.3 f) \! R7 z$ I/ H/ L# v, f Test and8 Q1 @) M- o5 J5 o. C7 H Evaluation (T&E)1 s8 k6 Q3 Y2 A. { Process by which components or systems are tested and the results evaluated5 V& m7 B5 e% Z+ J0 Y1 c; `; O to assess progress of design, performance, supportability, etc. There are three, F+ D2 I, k; ?, v types of T&E -- Development (DT&E), Operational (OT&E), and Production/ y7 T- {5 `/ c" F7 z H Acceptance (PAT&E)--occurring during the acquisition cycle. DT&E is conducted" u9 Y& h1 y9 p5 }$ v; i to assist the engineering design and development process, to proof: G: Z4 F/ z7 E& W1 f+ |# v; f& s u manufacturing processes and control and to verify attainment of technical [5 {/ R1 d t3 O$ Q1 g1 r; C' Aperformance specifications and objectives. OT&E is conducted to estimate a$ W; J% [0 ~3 w0 n system's operational effectiveness and suitability, identify needed modifications, / Y' k8 l( q2 a4 X. U. f# \and provide information on tactics, doctrine, organization, and personnel / F9 H# z: T3 j& K4 L7 Nrequirements. PAT&E is conducted on production items to demonstrate that9 |" E k: c5 F% \ those items meet the requirements and specifications of the procuring contracts , c: ~& h/ t. sor agreements. OT&E is further subdivided into two phases--Initial Operational 9 u* c3 l* @+ ?, c! N" Y2 M(IOT&E) and Follow-on Operational (FOT&E). IOT&E must be conducted before " y4 R; ~' I+ n/ Sthe production decision (Milestone III) to provide a credible estimate of9 V9 s$ s- l" ? operational effectiveness and suitability. Therefore, IOT&E is a field test* B0 n* A/ ^" l! p conducted on a production representative system in an operationally realistic% W t9 ~. t H8 `3 Y x environment, by typical user personnel and includes use of realistic threats. * m, y9 t1 c" G( x! l* w) sFOT&E is conducted on the production system to verify operational effectiveness& `- V8 y, p) X and suitability, to fill data voids from the IOT&E, or to verify correction of: s3 d$ V3 C" \! E, y deficiencies in materiel, training, or concepts.

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发表于 2008-12-25 20:24:29 |只看该作者
Test and2 e: b3 G- O) |3 o Evaluation' t2 f2 Z' K5 e% S9 W Master Plan V9 G9 T1 h% X! e(TEMP)1 g* i1 V! i! F6 N& c An overall test and evaluation plan, designed to identify and integrate + p: ?1 D, I( e4 v1 r2 a- e1 Qobjectives, responsibilities, resources, and schedules for all test and evaluation5 j+ M3 f* F/ A- A N to be accomplished prior to the subsequent key decision points. Prepared as2 g4 e) ~: v+ m2 D* k# Z1 ^ early as possible in the acquisition process, it is updated as development% T- n+ a$ I& f1 M! i+ {- o8 G progresses.6 C% F& s, H7 E Test and 8 T: z$ O7 q) Q& l c" F( sEvaluation( x6 u9 x7 w3 r6 V* K Working Group 9 q5 ^# N, G8 T. Q4 r(TEWG)8 ^ \3 j, ?. q1 }1 z1 I The TEWG is the forum in which T&E coordination for test requirements,5 t; R+ c( f+ B0 n) q, z planning, execution, and reporting, is accomplished among members of the - P7 W! P6 }# _Acquisition Team. The primary purpose of the TEWG is to optimize the use of $ M& ], a5 Y0 e/ Dtest data, instrumentation, facilities, and models/simulations to achieve test 2 T& o2 m7 d& b! \5 {0 u8 @- Z' hintegration and reduce program costs. The TEWG is established by the 3 a- |$ \- B- C" G; `, x( X- oprogram sponsor to integrate test requirements, resolve cost/scheduling ) }6 P2 n$ Q( }! Nproblems, facilitate TEMP development, assist in preparation of RFPs and . B* @+ x" U# N8 @7 R! Trelated contractual documents, and assist in evaluating contractor proposals4 }0 F. u5 d4 s) L( v when there are T&E implications. ' u! u( b4 |+ h8 F1 DTestbed A system representation consisting partially of actual hardware and/or software 9 d: @- n6 [: ~1 land partially of computer models or prototype hardware and/or software.1 v$ L5 T, ~9 h" E5 h8 X Test Criteria Standards by which test results and outcome are judged. $ x" |- `- g0 k1 Z5 t' nTest Integration 9 Y# M' f/ x' yWorking Group % [) ]0 p) L, j( w% R: u(TIWG)' {5 i' ?5 u6 Y, E& Q! V A working group designed to facilitate the integration of test requirements in/ |+ g* V- a% c) d9 g3 M order to minimize development time and cost and preclude duplication between # h) I M+ y g0 f9 K( g6 p; Adevelopmental and operational testing. 4 U8 w; r. D5 O! f# K3 g9 ZTest Plan A document prescribing the approach to be taken for intended testing activities.7 \' x$ a6 K) d2 A3 N The plan typically identifies the items to be tested, the testing to be performed,3 \3 T& E% x* D2 _ test schedules, personnel requirements, reporting requirements, evaluation, t$ d$ H5 U6 t1 z criteria, and any risk requiring contingency planning. 5 c e) A* L. g( Y0 w9 Q4 |* Y) ]MDA GLOSSARY, VER. 4.0 T/ s' x1 p) y, ` 297 5 n5 ?5 Q M# `0 i: o3 r! bTest Target, c; C! B. L5 F) }0 ?4 R' w5 e Vehicle (TTV) $ D4 o9 e5 { x% TSingle stage, ground launched, solid propellant theater target developed for5 B5 O5 Z9 p- Y! I% i3 Y5 B SMD Program. Also called “Aries”.+ L$ K% j/ {0 V9 s Test Validity The degree to which a test accomplishes its specified goal. % b' K- W/ f* b5 I1 E. lTEV Test, Evaluation and Verification.& W) h4 b0 ]7 B8 k: J9 I) W TEVS (1) Test Environment System. (2) Test Environment Support Systems.% L+ Q( U9 w6 ]3 I& G* B% @ TEWG See Test and Evaluation Working Group., V5 i" c, r1 z( C TEx Test Exerciser (NMD BMC3 Term).2 g: i# P' U! U8 o! H8 h+ B TEXCOM Test and Experimentation Command., M3 I) O0 T4 O. f* @ TF Task Force.# g$ C& @2 {4 n5 b! T TFC Tactical Fusion Center.7 k4 d6 } _3 o4 v$ i8 k. g TFCC Tactical Flag Command Center (USN term). 0 J& y8 `+ P( v% x( CTFD Technical Feasibility Decision.5 ~6 M% V; w! R9 J- i TFE Thermionic Fuel Element(s). g! ~* h/ g; `( @* ` TFIM Technical (Architecture) Framework for Information Management( m. i' C- v' ? TFOV Theoretical Field of View. * A5 u, \( a7 Y! LTFR Terrain Following Radar.2 j4 ?0 J$ L, U TFRAMES Tools to Facilitate the Rapid Assembly of Missile Engagement Simulations. 8 Q% h, L4 B9 ?. J! _7 h( \TFT Time Off Target (JFACC term).5 w' q) l8 y6 s9 y2 @, J( r TFW Tactical Fighter Wing (USAF term).2 ^, G/ G# Q8 a9 O& [" ? TG (1) Threat Generator. (2) Trajectory Generator.& F0 h4 s4 a# D7 m. [; p+ y! I TGINFOREP Target Information Report (JFACC term). 7 O* |( e3 }" Y8 RTGS Track Generation System (USN term).$ }7 l3 Z" l: i+ ? TGW Terminally-Guided Warhead.6 }" J% f! P: N! g+ G9 k THAAD See Theater High Altitude Area Defense System., {# C% {9 U! G$ ~, B$ B Theater The geographical area outside the continental United States for which a # S Y! r9 T& b, v+ T9 Ccommander of a unified or specified command has been assigned. ; |& ^3 h V1 {. E2 n) jTheater Attack Attack on a geographical area outside the continental United States. - k3 h- D" J) b7 QTheater Ballistic % \5 m/ X9 ~/ f* MMissile Defense # [- v/ H, m1 G2 ~(TBMD) System' ~9 A5 q/ `# o. T3 O The aggregate TMD C3I and TBMD forces that, in total, provide defense against . i/ ^- C' ~& d+ g) n) `2 Wballistic missile attacks within an overseas theater of operations. - ]3 h; t* g1 A" N$ r(USSPACECOM)

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