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101#
发表于 2008-12-25 20:19:31 |只看该作者
SBS Stimulated Brillouin Scattering. " j$ E+ X) a3 y! k5 T4 k+ N5 {3 p6 {SBSim Space-Based Simulator. D9 c; Q& H5 j; d8 p SBSS Space-Based Surveillance System. 3 r! v( ~: I- k% GSBV Sensor Space-Based Visible Sensor.. D0 Y/ w; J: h# I SBWAS Space-Based Warning System.3 D& T: F9 g. T SBWS Space Based Warning System. ; g* \3 z6 F( X% ~* K6 p+ t# ASBX Sea-based X-band Radar – A moveable platform for the BMDS test bed/ Y# Z6 F' I. V& D. I: { SC (1) System Center. (2) System Concept. (3) Simulation Center. (4) System : c9 l- l) o! C$ ?. Y5 YController.! R' x* k/ P, L7 H% o) l SC/BM System Concepts/Battle Management. b! C0 ~2 N( Q* d! O Scaling Law A mathematical relationship, which permits the effects of a nuclear (or atomic) 0 g; Q6 I* K8 Y% U C9 mexplosion of given energy yield to be determined as a function of distance from! X9 `- L' Q! I* C* Z the explosion (or from ground zero), provided the corresponding effect is known ! B; Z; s0 }* G; q9 Sas a function of distance for a reference explosion (e.g., of 1-kiloton energy2 _- ?, f! S$ a1 I8 G/ L yield). % H8 k. b x6 xScan In an electro-magnetic or acoustic search, one complete rotation of the antenna. : x# f9 ~( d9 t8 f/ V. r XScan Type The path made in space by a point on the radar beam; for example, circular,2 S+ K; P2 I: S* x; q helical, conical, spiral, or sector./ A1 q" N. W) {+ ~6 b! t SCARLET Solar Concentrator Arrays with Refractive Linear Element Technology. / w- j4 J( u0 S4 t0 tScattering The diversion of radiation, including radio, radar, thermal, and nuclear, from its5 f4 H, s z. e# ` original path as a result of interactions (or collisions) with atoms, molecules, or1 w& f4 h: j. q3 D$ | larger particles in the atmosphere or other medium between the source of the : Y2 l( o/ a4 Tradiations (e.g., a nuclear explosion) and a point at some distance away. As a* f+ ~" S# a/ U2 G" e result of scattering, radiation (especially gamma rays and neutrons) will be7 H5 J+ @1 r/ j6 o received at such a point from many directions instead of only from the direction# R+ n% q7 O$ d l of the source. / d( W5 V3 U* E) JSCB Strategic Defense System Control Board.: z$ K) P' a6 z) L3 e SCC (1) Standing Consultative Commission (Treaty negotiation related term).4 ~& M% w7 ~8 k6 X: m$ t {; v) Y (2) Space Control Center. 1 v, _ M' W0 T: {% AMDA GLOSSARY, VER. 4.0 S' i _3 t' H/ o& c; j 2583 Y! j5 C- g! Y5 @7 H+ \* ?6 Q* } SCCB System Configuration Control Board.5 T; |. H, n1 }* N* J SCDL Surveillance Control Data Link.6 O6 F7 O$ T. O0 W SCE Submunition Chemical Experiment.3 h8 @5 P. l+ ^ SCF Satellite Control Facility. 7 v7 t0 b5 B* m S5 U) ^9 bSCG Security Classification Guide.! [8 f% |" @( z i SCI Special Compartmented Information (Security term)." Y( G, @/ i5 Y" \. J SCIF Sensitive Compartmented Information Facility (Security term).. A4 P- R0 u: d( I8 ?8 F1 T1 R SCIT Systems Concept Integrated Technology. |# J4 o1 t" \) ~0 q KSCMP Software Configuration Management Board.1 Z: I9 b% s% n: Q+ ]0 l SCN (1) Specification Change Notice. (2) Ship Construction and Conversion (Navy).' a5 \' |3 \; B! I0 s (3) Space Communications Network.* `# [0 X# ?) W& V$ D9 |& B3 J. w SCOMP Secure Communications Processor. % J7 Z) I. T$ |( rSCOPA Survivable Concentrating Photovoltaic Array.( d# [# p$ X0 Q/ y* e& E3 [ SCORE Scientific Cooperative Research Exchange (US-UK). A science exchange to # {# V: g; I; ?( b& z2 q8 e* ]; Rinvestigate theater missile defense related issues.4 Q: P5 K5 y0 o6 F) L& ?. d4 _ SCP System Concept Paper./ e( E h7 j+ k- P5 \* w3 c SCR Special Contract Requirement., D" u5 [' i1 _. j' T+ F9 c SCSI Small Computer Systems Interface. 7 U) o' m/ k$ @( ]6 a: G3 j. h0 qSCT Single Channel Transponder. e7 V, w2 H, i; I9 t- i" E% \SCUD Surface-to-Surface Missile System. 3 n8 K3 ]7 H) b9 H! N" g0 t, A% [ScudCAP Scud-Combat Air Patrol., f! k# B! S7 t- Y SD Strategic Defense Command (Army term) (See also SDC).( w, X2 \# C6 \ SDB System Design Board. . T9 C- X) C$ v7 aSDC Strategic Defense Command (USA term).: m% `0 u1 p. c' | SDCC Strategic Defense Command Center., m5 s8 q2 R) M( s6 w. Q SDCE Software Development Capability Evaluation (AFMC term). l" q; }& D, V! y% r8 @* ` SDCV Shuttle Derived Cargo Vehicle. 3 x& R4 n, v& O1 F4 a% I" {SDD System Description Document. 6 \' d0 U+ g; m6 _% V+ NSDF Self Defense Force. ) @( z6 N* H1 Q7 aSDI OBSOLETE. Strategic Defense Initiative.% \8 J/ V5 z! L- _) C' x5 u2 I* x, t MDA GLOSSARY, VER. 4.0 S : I' P2 R [3 H' H5 G( z9 A* B8 c259! {# {1 h6 X: G) H7 p SDIAE OBSOLETE. SDI Acquisition Executive. (Re-titled BMD Acquisition Executive3 O' x' P: K; V* K# {: L (BMDAE).)6 R5 r b7 `9 O- F' W F SDIARC OBSOLETE. Strategic Defense Initiative Acquisition Review Council.' a% j* U/ R% C8 p8 N. A0 ^ SDII OBSOLETE. SDI Institute. % x) z1 [9 b N6 y `$ LSDIO OBSOLETE. Strategic Defense Initiative Organization. (Predecessor : d7 }- e1 p0 j" [- E8 _) m+ rorganization to Ballistic Missile Defense Organization (MDA).)3 Q" S9 N. m( D. L. r/ A SDIO/PP Strategic Defense Initiative Organization/Program Planning. 9 Y- t. I5 O* y2 gSDIP OBSOLETE. Strategic Defense Initiative Program. (Predecessor program to& L4 u: i" F& s6 m Ballistic Missile Defense Program.)3 Z& t2 g% W3 v. z) s3 K SDISM OBSOLETE. SDI Simulation.0 L4 L# [. V3 {4 @8 e6 r$ F SDL Software Development Library.6 ]$ ]* D! N$ }' m; I SDLC Synchronous Data Link Control (TelComm/Computer term). , g3 ~5 n" T3 R4 A, PSDLS Satellite Data Link Standard(s). ( Z3 P& S T% P, OSDN System Design Notebook. ( M' s1 @ _9 Q& _7 O8 jSDP Software Development Plan. / w- J/ q# u) v8 m3 @SDR System Design Review.. M( k, R. F5 G0 _" P SDRU System Design Review Update. % K( ^; @3 o8 }, ySDS Strategic Defense System.( N( t/ u( U) v2 [, m* z3 l SDS Element A stand-alone system (e.g., a weapon or satellite), which is the smallest entity% N# y9 ?( R# c7 r8 L8 ~. I capable of performing a designated function with, specified results within the ( B/ z" i4 f5 y( E- IStrategic Defense System.

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发表于 2008-12-25 20:19:42 |只看该作者
SDS-CC Strategic Defense System - Command Center. # W& P7 J/ y0 v( bSDSD Strategic Defense System Description. 8 n: j9 b. A. e' |, jSDS-OC Strategic Defense System - Operations Center. 3 c, c; }$ p4 E0 K0 iSE Systems Engineering.: R8 h# C0 p# Q4 f/ N8 e SE&I Systems Engineering and Integration. ; `5 X: I0 t1 d8 @% m" [SE-CPAT Systems Engineering – Critical Process Assessment Tool (AFMC term).1 W k- t& b2 B( C/ Z1 j/ Z SEA [Military] Service Executing Agent.2 v0 c; G6 J% G0 `; C- }0 e1 w SEAD Suppression of Enemy Air Defenses.! @/ {4 t2 s9 Q9 H1 t9 I SEALS Sea Air Land (Special Operations forces (USN). 3 v) Z. m( v" p" [% i, jSearch, Active Illuminate an assigned volume of space with electromagnetic energy and collect0 W3 A/ X- k3 Q7 w reflected radiation. # P; h8 j7 i7 lMDA GLOSSARY, VER. 4.0 S. H+ X, B4 `+ w( J# z1 O 260% h! `) C7 w: d Search, Passive Collect radiation from an assigned volume of space. ) `3 ?& J. }$ @( y, D& ?# c* `; DSEATO Southeast Asia Treaty Organization. * X" i* c7 c" X- ~/ S! ISECC Survivable and Enduring Command Center. . G8 a6 V% J% d) x1 H& \8 jSECDEF Secretary of Defense (For Message Use Only). 4 ]: d" f. k/ Q- \, v) h, j3 wSECNAV Secretary of the Navy. & [5 l) H/ ~, ^+ h6 N& ]+ H8 @) a+ NSECNAVINST Secretary of the Navy Instruction. * y) }: p# u6 _: W' wSecond Strike2 b( V# a1 }9 G4 @& a5 M! q- P# b Capability. j! Z [8 l# F- R' E ?5 ^4 A The ability to survive a first strike with sufficient resources to deliver an affective 7 u/ N, O5 }4 a; p+ fcounterblow (generally associated with nuclear weapons). $ m& ]5 R" a# S8 j/ Q+ s8 `Secondary ; T) o, }# K: e+ xStation" v! N" S. L- r( |8 W6 C; d A station that has been selected to receive a transmission from the primary6 }' K% S" N* r0 f- Q; B station. The assignment of secondary status is temporary, under control of the ( ?) ? g2 w0 U, F# lprimary station, and continues for the duration of a transmission. 8 r% y5 m- g- S6 w% s- FSecurity( e3 \0 K4 I5 K6 Q# U Architecture9 u0 G- T# y& d: c) V- A+ F The portion of the baseline SDS architecture that is responsible for preserving 7 r) A& i& q: i. d' uthe confidentiality, integrity, and assured service of any of the sensitive, systemvalued functions and information elements (assets). 5 P% U. l4 x$ o* _( B+ t: ~) \& kSecurity Criteria The set of requirements that should be met so the security system can provide a) D5 X) M9 m+ L0 ~% ~ E maximum degree of effective deterrence at the lowest cost. 7 H, C9 W. L$ l$ bSecurity Level The combination of hierarchical classification and a set of non-hierarchical7 {5 @: x" K. Q7 P" z8 M categories that represents the sensitivity of information.+ s/ F9 P; h# j/ ~+ } Security Policy The set of laws, rules, and practices that regulate how an organization manages,$ a' o& N+ q7 `' l protects, and distributes sensitive information. " r/ W5 m) |7 s" O6 O. h( LSecurity Policy . E k, s6 e' d5 N: f, X7 V( p8 JModel! X f, e5 h! a L C) k An informal presentation of a formal security policy model. v% v- l1 u2 I. X$ P3 [5 `9 E Security Program The implementation of formal security policies and procedures established by/ U) i* U2 M7 r/ A0 `0 N$ V; L) X DoD and other departmental publications to secure vital components of weapon ( A/ p w$ {. _" zsystems and essential direct support systems from enemy hostile operations and 9 g; ^- `! O8 I% \3 x% Wother forms of ground attack. " }' q8 e1 g3 }( ` USecurity % ?( O8 B: e- }& t$ z) vRelevant Event5 E: L3 m% u& | Any event that attempts to change the security state of the system. Also, any" q% e9 D8 H+ p event that attempts to violate the security policy of the system. , q& j9 m+ \2 kSecurity 6 K9 f: s8 _0 ^/ S4 f; C4 j4 vSubsystem0 {- H w; ^! {) t* g7 t; e That part of a weapon or defense system, which is added specifically for the5 B6 d. F. b/ F0 [ performance of security, functions and not categorized as components of other, T" n6 [0 B+ O" b subsystems./ D r) Z# K- `6 Y) O) \ Security System The aggregate of all mechanical and electronic equipment countermeasures in a" u- s0 g& H3 Q8 A system which contributes to its security from intelligence gathering and * o- P) [/ `7 ~clandestine or overt attack, including organized system function and procedures,5 O/ q$ u! w: F; H, a as well as the security subsystem.* V( k3 v' ~, [! O) Z# W Security Testing A process used to determine that the security features of a system are: |# M$ q9 b! y& f/ m/ X- l implemented as designed and that they are adequate for a proposed application ( D+ _2 F" p$ w8 Z0 }- R/ m- Tenvironment.& I/ D) Q+ A! P SED Software Engineering Division. $ k/ @2 @3 ~, o' k6 \2 {8 a. rMDA GLOSSARY, VER. 4.0 S9 p$ X7 D0 \) r7 q% w5 b 261 V- R# r; g- l* ]0 Z3 V) e SEDD Systems Engineering Development Data Base.& u" g4 g( t7 c3 A8 e# L q SEDS System Engineering Detailed Schedule' @1 T, o- F% K! O w9 S- i SEE Software Engineering Environment.+ y2 Y6 R8 h" F( L/ ^; _ SEED Support for East European Democracy (P.L.101-179; 22 USC 5421)./ W* M4 A9 t2 l" ]! w+ m' J SEER (1) Sensor Equipment Evaluation and Review." M4 [, Q e/ w- i3 Q1 S# p: N (2) Sensor Experimental Evaluation Review.- G! p+ t# Y( a% }4 w+ K5 f) Y SEFC Space Environment Forecast Center. $ F9 P1 B" v( t6 \Segment A grouping of elements that are closely related and often physically interface. It- [+ T! V$ h; t8 w4 P consists of CIs produced by several contractors and integrated by one.' R" |" P) G/ L( r3 T SEI Software Engineering Institute. ' ~! n8 ]/ ^1 dSEIC Systems Engineering and Integration Contractor. 0 _: s! R3 Y) m4 W4 u" A. E; cSEIC PP Systems Engineering Integration Contractor Program Plan.& a: K7 J* n4 `+ K# J4 T SEIPT Systems Engineering Integrated Product Team.# ~: P- J8 R0 m! H% h$ f/ G SEIT Systems Engineering Integration and Test.

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发表于 2008-12-25 20:19:51 |只看该作者
Selected6 Y( F# j% ]4 h Acquisition. I Q3 i* n9 p. f% `% q4 L Reports (SAR) X/ E/ ~' c& ^# c Standard, comprehensive, summary status reports on major defense acquisition , E i- ]( H# n( L# v' n( [- nprograms (ACAT I) required for periodic submission to Congress." ?5 {. G- U" t: I3 ]3 q9 Q& e Selective,4 S1 n$ s, c1 M* x, _0 G; ]" F% L Adaptive Defense# E. `, @$ _, e Selective, adaptive defense assigns interceptors to RVs based upon defended1 i6 R9 r; r! J0 M3 @* M asset values, the number of arriving RVs and time to impact.% p" ?: m1 \) q/ k Selective Kill Assigns interceptors to targets on the basis of missile type, launch area, impact N9 ?! V' o8 l! @6 Z- t! y, f' yarea, time of launch/arrival, or predicted threat utility (e.g., SS-18 or its follow-on).9 W3 U# Z& U' }: h6 J+ m" M3 @; C Selectivity Refers to choosing a subset of targets either for attack or defense. (See 7 v; w3 b; e4 M# E$ w. d' }Preferential Defense and Preferential Offense.)/ J$ _' F" B, d b% V SEMA Special Electronics Mission Aircraft.9 ~6 t) Z) c( R( W: r Semi-Active( R$ C, ^" f* ^: a( \ Homing9 b4 L/ g: C/ j Guidance ]) i) L% f6 h2 z% N3 H3 B. |& eA system of homing guidance wherein the receiver in a missile utilizes radiations 4 [; t1 C* E2 H: X# qfrom a target, which has been illuminated by an outside source., O3 ]' Y: J" U; V% s9 ? Semi-Active ( T ]/ l1 b- m+ b* zSensor1 h+ o6 F U) \7 A& Q One that does not generate radiation itself, but that detects radiation reflected ^* G6 q5 d2 ~7 \: n' ?( Jby targets when they are illuminated by other BMD components. Such devices ! X+ G G4 N% rare used for tracking and identification and can operate without revealing their& k# f+ T( s( ?7 n. @3 V own locations.1 u$ w, @! _% o: N; ~ SEMP Systems Engineering Management Plan. ( z2 k% c) Z3 ASEMS System Engineering Management Schedule. & b" O+ G) h5 b9 qMDA GLOSSARY, VER. 4.0 S 4 {( L& r" P6 y, ~262 4 r o" T# L4 @- g. G. m: V' g: A$ HSenior 9 j, X( `0 L( V. n0 R- DProcurement. w/ R$ y6 m% C! |. V, { Executive (SPE) A/ r4 p6 E+ O) HThe senior official responsible for management direction of the Service 2 {9 U+ C" ?; M& d1 sprocurement system, including implementation of unique procurement policies, 1 z5 G; ?' X$ J1 _- }8 Pregulations, and standards. The Senior Procurement Executive for all non-' f) k* Z- `. G* |; Z Service DoD Components is the Under Secretary of Defense for Acquisition and% c5 B! P: K* Z9 |% Y+ W- Y7 D7 [ Technology, who has delegated many of these functions to the Heads of - }, t. s( N0 y9 k8 q7 }Defense Agencies including the Director, MDA. 5 D, V8 l/ K# c% W, nSENSCOM Sentinel System Command.) b z0 y% Q9 Q$ Y; { Sensor Data Measurement information. For a passive sensor it is usually irradiance time, and 6 {8 B, f/ k# Q6 fLOS. For an active sensor it may include range, Doppler, cross section, etc., as * q6 @( [9 D) j; l# d# [& R2 t. swell.4 w1 e8 D: A& c4 J9 u( R Sentinel ABM system designed for light area defense against a low-level ballistic missile ) f! \" E7 ?1 N' t1 x [3 Nattack on the United States. Developed into the Safeguard system in late2 B6 W0 I8 ~! `* u; i# q) U0 W 1960's. 3 t0 F) i4 u! _4 S; OSEO Survivability Enhancement Option.' P; H y% D* Y Z: C( ]( O SEP Signal Entrance Panel. 9 ?% T- Q, ^* B; aSeparation ! E* T6 I( b/ |% cHardware ; ]/ ~$ a, @) k$ r, l6 o IObjects expelled during payload separation sequence. # K, N; G Q, n; d; P$ vSEPG Software Engineering Process Group. 7 H6 S0 `4 W0 b6 z# M4 r3 U) o5 HSEPRD System Element Production Readiness Demonstration.0 @* k5 Y$ I# d+ O8 k/ L8 y SEQ Sequence, or Staff Equivalent. ) L" f4 V8 H5 R% Y2 \Sequestration The reduction or cancellation of new budget authority; un-obligated balances,4 W. p* e) O( L1 a6 P% q6 N* l new loan guarantee commitments or limitations; new direct loan obligations,: z2 | S$ y6 ]& Q- M0 ]4 y commitments, or limitations; spending authority; and obligation limitations. As: ]0 Y2 Q0 Z; I& z- o delineated in the Budget Enforcement Act of 1990, sequestration is necessary if- p& I# E( |. t5 ] legislation is enacted that would cause spending in any appropriations category 7 M( i/ E, c# w( Q* b4 T3 rto exceed a specified cap.1 f* u ?: z2 j0 u Q( {9 e SERB Software Engineering Review Board.( f# n6 J U5 C; r/ B6 f SERD Support Equipment Recommendation Data (ILS term). ) V& A6 [ Y) O/ p3 `: ]SERG System Engineering Review Group. 1 I* j# W. s( V% S8 eService" c( S) n; d* b2 h" C) W Acquisition 8 Z% B# m2 n' N9 m4 zExecutive (SAE). W5 z ]2 F) V' N$ p6 o4 A; u See definition of DoD Component Acquisition Executive.% W& |% F+ t: t4 ? Service BMD* `% D! z# n- d% R Program $ j M6 `2 r. s( TExecutive Officer6 ?8 N Q7 m6 v! ~+ g3 ]8 v- d% W (PEO) * I7 p Q& ^, N+ d5 m. x/ u2 ZA senior official responsible for execution of Service PMAs and for providing; E3 \! R, D: k* R: f guidance and Service-related direction to subordinate Program Managers. The : P4 |! k$ g4 BPEO will also serve as a deputy to the GM. (Consistent with PEO authorities and9 H; L# h) R+ M2 s0 m# A8 g2 { responsibilities documented in DoDD 5000.1 and DoDI 5000.2.) $ t! E. d+ \5 n/ R$ e1 C. VService 7 N( P+ s/ `( n! o( a j' uComponent . O9 e/ P! O6 b/ E4 m* l# }7 f: YCommand # l) _, q3 U$ ]6 L7 @5 v' NA command consisting of the Service component commander and all those; I2 }$ u& ~' A# n8 }, K( F individuals, units, detachments, organizations and installations under the# e- r- o C5 T1 H; _* p8 M command that have been assigned to the unified command.- q) G$ x& d4 v MDA GLOSSARY, VER. 4.0 S ) W4 A& P. e t0 g5 x; a) l3 o3 Y4 J6 g263 / G( N& J. \4 P/ F+ gService Life % P6 l q8 U8 T' }/ t! DExtension2 x9 Q1 D& M4 J* v6 q6 t Program (SLEP) ; Q+ B9 I; b% M! NModification(s) to fielded systems undertaken to extend the life of the system& d4 n% a5 M& X1 D9 B/ } beyond what was previously planned.( l( @: ~" z, E; A Service Test A test of an item, system, or technique conducted under simulated or actual " _$ X* h& E" @8 ]! {operational conditions to determine whether the specific military requirements or# p! w$ p* B% F% m- d% C characteristics are satisfied. : ]3 I6 n# N+ p- o# ^/ A7 GSES Seeker Experimental System.

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发表于 2008-12-25 20:20:02 |只看该作者
SESE Software Engineering Support Environment.! C( g7 M7 X6 `. p3 ~$ @ SET System Evaluation Threat.3 E1 ?& i& Q9 B% ~8 G' w; k SETA Scientific, Engineering, and Technical Assistance.5 Z/ z( `* I' v SETAC Systems Engineering and Technical Assistance Contractor.& V0 x2 Q# Q, R. S% Y0 U6 C$ G! X2 T SETP Solar Electric Aircraft Test Platform./ G' S6 W( k" A" ~ SEW Space Electronics Warfare.7 t! P5 q% J! x SEWC Space and Electronic Warfare Coordinator./ T4 z& Z; \( _, X7 X$ `5 p: C SEWS Satellite Early Warning System. O, y; b$ x& S) {5 ?6 m) \, i" fSF Standard Form. ! }) I6 m& p/ n4 GSFC Space Forecast Center. & C* P1 F/ u. E |, h+ B* u. zSFS Shoot-Fail-Shoot.4 S( U) |+ Q2 q& C) X SG (1) Steering Group* k$ {: O% O2 ~' f$ C (2) Silicon Graphics% T1 a# s/ a) ~1 [ SGEMP System/Source Generated Electromagnetic Pulse. 1 O9 k: D6 e+ e6 {+ B& A& ISGLS Space/Ground Link Subsystem. 0 ]2 t/ u9 h' O- [SHAPE Supreme Headquarters Allied Powers Europe.5 C' `! L( T! K- I' B- ~ SHF Super High Frequency. & Q0 K8 R4 \8 R5 l% r3 ESHIELD (1) System High Energy Laser Demonstration. / ~# e9 p$ ]/ j& X- U% n5 P" @(2) Silicon Hybrid Extrinsic Long-Wavelength Detection. $ B7 }2 s) n, y' q5 vShielding Any material or obstruction, which absorbs (or attenuates) radiation and thus 1 F/ V' X: k# b2 B) u6 Wtends to protect personnel or materials from the effects of a nuclear explosion. A- o) f9 a( V7 G6 L, i3 |3 J moderately thick layer of any opaque material will provide satisfactory shielding 3 I+ M9 d0 k1 `8 O% I2 Lfrom thermal radiation, but a considerable thickness of material of high density 6 y0 N& f1 G. ?0 Jmay be needed for nuclear radiation shielding. Electrically continuous housing7 ]: ~' u' p+ T+ Z; x. k& j for a facility, area, or component, attenuates impinging electric and magnetic # B' O/ K R, P+ ~( ^% Gfields. ' V, z( o1 Q4 _8 Z* ]SHIPALT Ship Alteration.+ C6 j2 c8 b. d# v/ L Shoot-Back The technique of defending a space asset by shooting at an attacker.( R7 _1 K2 Y' }& u1 B" ?! i7 {3 s MDA GLOSSARY, VER. 4.0 S& y. Z G: F4 S" p 264: ?& D3 r# B7 \2 h H Shoot-Look-Shoot* Q6 r$ J1 U0 S5 M- Q (SLS) " Z8 ]. S1 Z% c5 {4 m. f R- JA tactic used to achieve Defense Engagement Options (DEOs), such as assured( D: z$ ~( [/ p( {0 u$ s* G kill by shooting at the target, looking to see if it was killed, and shooting again, if 9 w% s6 ?6 r) q+ inecessary, to achieve the kill. & |; G- _1 p G0 XSHORAD Short-Range Air Defense.9 q' Z7 }9 _) W0 ?9 L% N* q Short Range Air7 B( E: x5 |7 w Launch Target : q6 D) c* w7 u/ v6 s5 L* gSingle-stage, air-launched, solid propellant theater target with threat# e# d1 {# z& Q' k* a$ R q h representative reentry vehicle. / q) z8 C3 P3 L+ aShort Range & Y: U3 @. A, L( @* U0 ~Ballistic Missile 1 y$ O% W. I7 ~/ h(SRBM)- R: L! u- q' t% o A ballistic missile with a range capability of 30 km to 1,000 km. (USSPACECOM)# u. B3 \; K. a2 J/ D( i) e Short Wavelength + s) s) o+ X3 @# A6 `! D5 ]" cInfrared (SWIR)7 c& h0 K# ^" L T9 M Q- \+ D Thermal radiation emitted by a source in the electromagnetic spectrum 5 Z4 M) K- i8 Y! w6 q+ V; |encompassing infrared wavelengths of 0.75 to 3 microns. $ o, b, V/ H- t! kSHOTL Simulated Hot Launch (missile engineering term).' l0 d* Z. _ q) h) x$ } shp Shaft Horsepower. \) U6 |) O2 H+ }. K; ^, O9 \$ g9 oShrouded RVs Reentry vehicles enclosed in a material designed to shield its thermal and other% @, W; `2 y _9 w4 ^& F characteristics.. T- j0 m( L2 A& }# Z8 v SI Special Intelligence. ) W6 ]4 l! r, M: v; n: J# S0 n; RSI&I Systems Integration and Interoperability. u1 G6 f5 Y, T SIC (1) Silicon Carbide. / I$ \6 k' y2 Z8 e, g9 |" l& A7 S; k(2) Standard Industrial Classification.. l7 ~! E! a6 s; s SICPS Standard Integrated Command Post Shelter. " k0 h, B6 H. F( f2 ESIDAC Single Integrated Damage Assessment Capability. ' }1 }0 B+ r7 X5 q" e& USIDD System Interface Description Document (US Army term).# {6 i4 r3 e, D; p; n6 m/ h( k7 w Sidelobes Residual EMR surrounding the main beam, which is of weaker power than the % I. k* K% G2 [& v0 k# }- J7 Vmain beam.8 ?- d0 p. B' A2 o3 R: s! q6 [ SIDPERS Standard Installation Division Personnel System (US Army term). ) [3 A, w" a( V G6 ~SIDS Secondary Imagery Dissemination System.4 X, X9 p. I8 \1 ~! z' l* X SIE SATKA Integrated Experiment. . I0 W# z- L4 j% a: i% ^SIF (1) System Integration Facility. (2) Selective Identification Feature0 T1 o9 Y3 }8 I0 P& ?4 e SIGINT Signal Intelligence.* F `- }/ z' m. M5 G1 h( N' X9 x: T Signals Security * S* I3 a* s% R0 j& E(SIGSEC) / o* c6 A b0 A/ F* o+ SThe overall program for communication and electronic security. % g0 P/ @" k' [& h2 TSignal-to-Noise }: {, V8 ~0 {* I& d g4 M& A8 r Ratio (S/N) (SNR) 1 }3 ] l5 U1 SRelative power of the signal to the noise in a channel; usually measured in - `, _% D6 K9 K$ Tdecibels. ; b! G0 A) q t! L W. L* h. wMDA GLOSSARY, VER. 4.0 S5 x1 c' w! F: _- r: Q2 q 2658 f, X( m1 l0 B9 h9 p) j' } Signature (1) Distinctive type of radiation emitted or reflected by a target, which can be8 f; M, W9 I- K! a; S/ s$ X: z. N8 z used to identify that target. 0 i! H& U3 R3 b" w: c) S8 C& j- C(2) The characteristic pattern of a target displayed by detection and) w Y. U! w. ~- a. } identification equipment. / i; W! y- J0 q3 l" w: @* {+ |Signature 2 K+ D# L* g- |Histories3 } A& h m# ]2 m+ `& f" f, }5 C A list of observed target signature characteristic parameter values as a function1 t% m% E( Y6 q+ a9 t/ k+ R" H of missile flight time used for target discrimination and kill assessment.8 p( i7 ~ |" @3 u8 l& f SIGSEC Signals Security.( E- O4 P: U* U8 E SIIPT System Integration Integrated Product Team (THAAD Program term).) M" {: W+ C! ]4 ]- P" E SIL Systems Integration Laboratory; Sunnyvale, CA.( i, h' p: P M# V/ L SIM Simulation.

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SIMM Second In-line Memory Module.: ^" H. ]% n: j/ a1 n c5 H" w Simple Security# y/ n- k: c7 |- u y+ e2 N, ?7 ` Condition0 ?4 _) ?: w8 c* m; X9 q' ` A Bell-LaPadula security model rule allowing a subject read access to an object$ m$ y/ W0 M, W; Y$ s+ N only if the security level of the subject dominates the security level of the object. & b! ^8 |. ?0 fSIMS Security Information Management System. ' ^* z! ]8 O/ F( `Simulation A simulation is a method for implementing a model. It is the process of" ?- I0 @- Q' O, M- u conducting experiments with a model for the purpose of understanding the ( l; |6 e7 ?: h( H4 z' cbehavior of the system modeled under selected conditions or of evaluating+ ^5 Z; N0 o( l. M( u" S5 \ various strategies for the operation of the system within the limits imposed by; Y# Z/ b; L7 W2 v: ] developmental or operational criteria. Simulation may include the use of analog $ Q) g: w$ M/ r8 D5 i7 U9 ior digital devices, laboratory models, or “test bed” sites. Simulations are usually* E2 L {3 M1 R# ~: l, V programmed for solution on a computer; however, in the broadest sense, military) f' B: s k' S# k! Q) R exercises and wargames are also simulations. 7 h/ P5 o7 W5 F0 Q0 K* Y8 P- oSimulator A generic term used to describe a family of equipment used to represent threat $ \- V" C$ W6 K8 E) t3 W, f: \weapon systems in development testing, operational testing, and training. A R7 o2 Z3 @9 I threat simulator has one or more characteristics which, when detected by human8 Y, E( |; ?: u& C% q senses or man-made sensors, provide the appearance of an actual threat 4 z0 k3 E, U# w7 T4 x cweapon system with a prescribed degree of fidelity.- p1 N6 @9 w" C2 {2 S4 U0 i SINCGARS Single-Channel and Airborne Radio System., u0 ?9 ^. o: B; d0 K y# a4 m Single Integrated 5 T0 t! Z2 d( iOperational Plan. j* h/ K6 f# j2 Q# w (SIOP)2 Y- c! v, G9 x: I+ T1 Q% D" ?! K Plan by which the nuclear strategic offensive forces will retaliate when directed' z" ]! G5 {% f3 S by the NCA. 5 V% u( x3 u- zSingle-Level 7 w1 @- z* Y" r* O! c- v: w- DDevice ! p5 |( Y5 e( ^! w% GA device that is used to process data of a single security level at any one time., o& n5 R$ P7 i! g Since the device need not be trusted to separate data of different security 8 y) F4 }& H: P+ N) O ]levels, sensitivity labels do not have to be stored with the data being processed.2 w" v; o, Z2 J Singlet A space vehicle, such as a Brilliant Pebble, which contains only one intercept $ v* b. m# s7 {2 ^$ \vehicle. # O' g) j9 B) e1 K; wSIOP See Single Integrated Operational Plan. 5 Q K" l0 P& j0 L; H- X4 Z7 `( cSIP SINCGARS Improvement Program (US Army term). ; f2 S/ }7 j$ Z8 JSIPM Service Integration Program Manager.! m) F1 u; s. T' } MDA GLOSSARY, VER. 4.0 S2 q8 u+ _. Y0 R1 w/ ` 266 & v- l# t; G$ `* t( Q+ S' h: M# r+ ?SIPRI Stockholm International Peace Research Institute (Sweden)., ^. i/ Q: R) r" B2 v$ @# O7 N& ^# T SIPRNET (1) Secret Internet Protocol Router Network. (2) Secure Information Protocol Net.5 W0 H; \8 g3 z' T/ | N8 n) o. y SIPT (1) System Integrated Product Team. (2) Services Integrated Product Team. - P5 [- A z8 f( c3 @SIR Signal Interface Ratio. ; w O8 a; {) E8 w" ?8 i6 jSIRE Space Infrared Experiment. ( n% ~9 `% s3 U$ r" `SIRMR Senior Information Resources Management Representative.: A2 O4 [" |9 O SIRRM Standardized Infrared Radiation Model.) O# R7 h5 H; o& K# m/ Z$ ` SIRST System Shipboard Infrared Search and Track System (USN term). $ X4 W" @' x4 g) e% E9 ]SIS Special Compartmented Information Isolation Segment.$ E& I0 _2 Z3 A( u9 s' F SISS Subcommittee on Information Systems Security. ' [& E7 N* e$ E* u' X+ F+ zSIT System Integration Test.' d. f, Y" W: {7 q$ p1 q, W9 ~' \ Situation. r" S3 ?2 T" \9 } s; {4 P Assessment) h9 k: D' @) g. {4 N6 K The determination of the extent to which observed event(s) constitute a threat5 t2 _2 O6 `7 s (e.g., isolated event, mass attack, etc.), using the attack characterization : u- ~& }7 p) J+ Pinformation.' \7 J) d" [$ o2 K% D- n+ w. l SIWS School of Information Warfare and Strategy.; C, S# ~/ f0 h5 p- ~8 P$ v Six Year Defense8 B4 O O( w" _7 G, }' ?$ E$ _ Program (SYDP) & K- C, k. z6 o" Q2 D( h& {The official DoD document, which summarizes forces and resources associated0 i, @ g0 V& k2 D with programs approved by SECDEF. Its three parts are the organizations ! _0 z8 d* f* \ c- ~9 J" Oaffected, appropriations accounts (RDT&E, operations & maintenance, etc.), and/ _& o8 W6 c: _) c& {" u" z the 10 major force programs (strategic forces, airlift/sealift, R&D, etc.). R&D is+ `9 K* b6 P- k( i5 H Program 6. Under the annual PPBS cycle, SYDP is published normally three$ M% o/ c& A* d4 G$ K- [& y% K; n times: October, January and May. The primary data element in SYDP8 Y3 D4 [4 q) o q6 \0 ~) X" k0 D representing aggregation of organizational entities and related resources is the 7 C$ s3 E8 { ]1 |' Bprogram element.0 O5 A! }# E/ o1 }+ ^ B% v Size of Threat, @4 `; B6 G' e7 ^! v Corridor# D4 r& A9 I: s/ |% B$ W9 C (LxWxAltitude) A volume of space in which a particular group of RVs would 6 s7 Z3 q! z1 V, }* boccupy, defined by launch location and designated target area. M+ q- i, r7 N5 N- Z9 H p9 ]% ZSKKP (Former) Soviet system of outer space monitoring. & A: `) z3 [8 ~- I$ PSkunkworks A separate program management operation established to operate outside the ( z* ^0 ?* k0 p7 n% n; ~normal process, either to expedite development or because of high security" ]! U$ q6 k' f4 o" w; p: X classification. " m. j! I! z" g3 F# F% H( j) v N$ xSL Sea Level.

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SLAM Standoff Land Attack Missile.1 X! A; U* f2 J$ G8 D0 { SLAM-ER Standoff Land Attack Missile-Expanded Response (USN term). 7 A) c% Z! j/ f( FSLAR Side Looking Airborne Radar., M4 y+ R' \( K A( w/ ]3 x3 B SLAT Supersonic Low Altitude Target [missile].1 v- E1 @& J8 a5 b4 s: u! I MDA GLOSSARY, VER. 4.0 S $ R5 R" f$ u8 a( p0 V267 3 D5 e9 A0 [9 P3 a/ T1 rSlave A remote system or terminal whose functions are controlled by a central "master"/ y, D7 i4 o9 A2 A* c2 L, |7 i system. It is similar in concept to a host system in that it responds to remotely0 p' ] G$ T1 A9 n1 ~" {; {. q: i generated requests, but unlike a host system, is usually capable of performing a , U. j' [/ d6 g5 y' r% q/ ylimited range of operations.+ o$ |: @( [% }; o9 ^ SLBD Sea Lite Beam Director.) f( M$ S: X4 ^) {5 c SLBM Submarine-Launched Ballistic Missile. : O3 S, y" o2 d: t! JSLC Space Launch Complex. + N; k4 C+ `& r3 hSLCM Sea-Launched Cruise Missile.% B* Z/ [& ]; u2 B7 Y/ r" X2 m SLD System Link Designator. & `8 u4 [$ L# Z; z7 \7 a6 {Slew Time The time needed for a weapon/sensor/antenna to move from point to point.4 p& [9 S( w2 L+ Z* R. Z SLIP Serial Line Internet Protocol. 5 G+ V6 l0 Z ~' o- t, HSLKT Survivability, Lethality, and Key Technology.0 d- I" ?; I+ E" X! u" X0 z* I) T SLOC Sea Line of Communication. & ?* f! S- H! r x# C$ cSLRX System Life-cycle Risk Expert. : Y: f. i; R& y3 k! H6 v. y) L# KSLS See Shoot-Look-Shoot.4 i8 {) i% C4 F4 c+ S SLT Strategic Laser Technology." w3 m, r: n7 O8 ]3 u7 n SLV (1) Space Launched Vehicle. (2) Satellite Launch Vehicle. 7 Y& u5 t. _. \* sSM (1) Skunkworks Mission. (2) System Manager. ! H) y# n& C/ zSM&R Source, Maintenance and Recoverability (ILS term).) D& ^& Q' ^9 H$ N5 y) C" | SM-2 Standard Missile-2. (U.S. Navy)' O6 R! Z- J: F6 V o) O* {( ~4 }8 T SM-3 Standard Missile-3.% O1 ^8 K- ^! ^6 Y5 t SM-ALC Sacramento Air Logistics Center (USAF term).. L3 t$ z& _" X* m! ^; |: s Small Optics Precision mirrors or refractors, less than 1 meter, and related technology, for/ S- f5 z8 R" z- P) Z6 `+ S- F& N precise pointing and tracking from/to relatively small vehicles separated by large - ?: {% b+ }4 Y' K3 J6 A( E& }distances. + l7 Y2 \" e( N/ [1 m, DSmart Checklist “Destroy, disrupt, damage or destroy” BMC3 tool for BMD warfighters. 4 @2 K$ s6 s/ d7 \% h. t7 ^! RSmart Munitions Munitions that “think for themselves” and have the self-contained ability to 1 E1 T3 ^4 y- f- Nsearch, detect, acquire and engage targets. ; n! Y+ l5 D; l( F& T2 j$ k. F" L4 zSMAT Satellite and Missile Analysis Tool.2 B( s/ ^8 q- M7 Z# R, ]: l6 h$ ? SMATH Space Materials Advanced Technology for Hardness. 0 ~6 X2 [ j6 o3 L" fSMC Space and Missile System Center. / @* A* f+ V) H7 m1 u4 WSMCo Standard Missile Company.4 }( U) e7 t1 ~3 s7 `( @- D- n MDA GLOSSARY, VER. 4.0 S8 p( V% R; ]1 ]0 l; l. Q 268( v) M: d; \! b" ] SMCS Standard Monitoring and Control System (for US naval ships) (see ICS)." ~8 ^1 G- r7 ^7 k SMD (1) Strategic Missile Defense. (2) OBSOLETE. Navy Sea-Based Midcourse ; F0 h: h( f- q6 \+ zDefense. See AEGIS BMD. ) _+ D& U; j5 [: kSME (1) Single Management Element. (2) Subject Matter Expert.& N# L5 T6 V- y: L g SMERFS Statistical Modeling and Estimation of Reliability Functions for Software. " O$ Z8 V( @$ ]SMES Super Conducting Magnetic Energy Storage.7 k5 f/ L+ l" |) q. r+ f4 s SMMW Submillimeter Wave. {2 L: D( ^/ I3 J1 m4 z SMP Soviet Military Power (US DoD publication).2 X6 n) c! h6 M SMR Code Source, Maintenance, and Recoverability Code (ILS term). 1 \. v0 C: j" \. ]) g- T* TSMS Standard Mobile Segment.* A$ X0 z4 D$ N! l7 |/ l8 R SMTP Simple Mail Transfer Protocol (computer term). * {& k: y# Z3 g+ [, h. kSMTS Space and Missile Tracking System (formerly called Brilliant Eyes).: w& [7 p4 t j7 |8 @ SNC System Network Controller.9 y# T9 C, w* ]; x SNDM Secretary of the Navy Decision Memorandum. $ V f. w4 t6 ~# ySNDV Strategic Nuclear Delivery Vehicle. 9 @3 p2 C6 V4 [SNF Strategic Nuclear Forces. Y* Y1 j$ i. v \. hSNI San Nicholas Island. Part of the PMTC.4 F# j) l7 u8 H3 F SNIE Special National Intelligence Element.0 L- ~/ @6 X: R) q SNIPE OBSOLETE. SDI System Network Processor Engine.! b2 h# T3 _2 D2 b SNL Sandia National Laboratory, Albuquerque, NM. J% q8 U- _9 k1 XSNR See Signal-to-Noise Ratio (Also called S/N).* C7 K9 m* W( \: ]- z! M SNRC Soreq [Israeli] Nuclear Research Center., y+ m# w5 B+ w( [+ y: a SOA (1) State-of-the-Art. (2) Speed of Advance. # k: j( Q3 {# j: j! w7 L1 J7 f8 PSOC Statement of Capability (Contracting term).6 |1 _) A) v* S/ t SOCOM Special Operations Command. 0 x$ ~2 \! m0 O. v8 OSOCS Subcommittee on Computer Security./ p5 O8 {' t- B" o4 a! I SODD System and Operations Document. 7 a, B& X4 _; F+ a9 g* gSODO Senior Offense/Defense Simulator. 1 H7 s0 V9 G8 gSOF (1) See Strategic Offense Forces. (2) Special Operations Forces. ' V% y( @2 m: ]! y. vMDA GLOSSARY, VER. 4.0 S 3 p$ f9 a! K7 S- r9 [+ t269 8 p) k/ y, R- n) n4 kSOFA Status of Forces Agreement.8 Q- j9 P, E) b Software1 B, N& g( Z; [$ K Architecture . l: b; s7 V' S8 u# z) u$ \0 KThe implementation of solutions to the problems in the domain. It becomes a 8 k1 s1 |/ s9 Y# Hmodel for constructing applications and mapping requirements from the domain4 W B0 b5 D& l( Z* F4 t; e, j: k model to reusable components. A generic architecture provides a high-level2 r6 L9 f6 \ |) D9 e* F generic design for a family of related applications as well as a set of components, T4 i! d6 ]# G; a1 O* S intended for any instance of that application. The generic design eliminates the' a6 b5 N0 z, d d+ L7 B6 D need to develop a high-level design for each application within the domain. As a ) `5 ^& Q* v) j3 zresult, domain developers use these representations as specifications for6 u* T! I- y0 k$ E5 e# \ reusable components. 0 q8 j! O9 y% w/ sSoftware [* w/ h3 {( G. q Development 4 `, k2 P/ ]4 s- lCycle & O( S3 ~& n5 S4 ^(1) The period of time that begins with the decision to develop a software% t" g& v9 e5 x6 ~( N- Q product and ends when the product is delivered. This cycle typically & [0 K A- E$ M. I/ uincludes a requirements phase, design phase, implementation phase, + M2 w q0 H- xtest phase, and sometimes, installation and checkout phase. Contrast ; }2 N; S/ B' Ewith software life cycle. - m& j1 b, `2 _7 ]: _3 Q x(2) The period of time that begins with the decision to develop a software* D) \1 w7 V" i; w2 l product and ends when the developer is no longer enhancing the3 [1 q0 n, p* j/ f6 j, B product.

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(3) Sometimes used as a synonym for software life cycle., q; j$ e% g! O' D4 j; d* L! e) @ Software % |- y4 Z, ?) f9 ~" }Documentation, F9 [! R$ T1 ]1 ^ Technical data or information, including computer listings and printouts, in+ E4 q# {" L' J' b* q& q human-readable form, that describe or specify the design or details, explain the' Z/ x4 g7 K! ~% U4 J5 T capabilities, or provide operating instructions for using the software to obtain. Q! O' ]- m' R/ {8 R) K" e desired results from a software system. (See Documentation.)/ a4 n% C4 n* y; o( a- ^1 a( Q# W Software * p( |+ h1 b6 w- Q) |9 mEngineering+ W( m! `9 x% E& b* b1 a+ B (1) A discipline whose objectives are to define, create, and apply a welldefined methodology that addresses a software life cycle of planning,3 j9 v4 \1 d) j) B- |! ^0 o5 k development, and maintenance. 9 R, ^& B9 P+ M; ?! h. x(2) The application of a systematic, disciplined, quantifiable approach to the u; E; U \7 `; G9 N development, operation, and maintenance of software, that is, the+ Q4 o7 U9 `% P$ i9 A. E application of engineering to software.# i- m# ?1 i; I Software Life/ A9 a$ B) a4 v) I+ S$ s Cycle4 n) w! n9 ?& n C6 U The period of time that begins when a software product is conceived and ends 0 g, A* b+ Q' |+ g4 r1 G9 Qwhen the software is no longer available for use. The software life cycle typically 8 u3 h& r5 }- |" C3 @includes a concept phase, requirements phase, design phase, implementation% b+ j9 k2 r9 Q P+ Z7 q, _. y phase, test phase, operation and maintenance phase, and, sometimes,6 ]$ A4 {! { [+ K8 z0 y9 D retirement phase.' r2 ]: d8 y* e4 }* S8 t Software Support The sum of all activities that take place to ensure that implemented and fielded0 E5 h, f5 ?! M7 w software continues to fully support the operational mission of the system. G% B4 B- m0 N9 q Software support includes pre-deployment software support and postdeployment software support. % r" s1 ?* E2 V: m1 l' ISoftware Test; B- k0 V/ f0 L4 F5 H- { Environment% [- z A/ S, P7 ]. @" x4 y& | A set of automated tools, firmware devices, and hardware necessary to test ( ?+ C$ Q5 E2 J7 Msoftware. The automated tools may include but are not limited to test tools such / O6 s5 K7 d& ^7 }2 G0 ^1 `; A3 ]as simulation software, code analyzers, test case generators, path analyzers, ( M8 G# n. T7 U, Xetc. and may also include those tools used in the software engineering2 C( @: [3 w# P$ l( k2 ?. T+ P environment.5 Y4 S, B# e! R; s7 d SOI (1) Silicon-on-Insulator. (1) See Space Object Identification.( {& J/ [1 Z& X' J* v( R; U& i8 Y SOIF See System Operation and Integration Functions. 1 W2 ?# z8 N( i9 P3 D }9 ~$ [0 ~9 ~SOJ Stand-Off Jammer. 5 z( N ]6 e# V" f! e7 w% B) x! iMDA GLOSSARY, VER. 4.0 S + J7 y& e- l1 U, `6 M# p2 c; n* [270" k. _1 \1 ]. V! ~* G Soldier-Machine 3 G- O# J, e- r; N/ QInterface' `: g$ v) O; f8 b6 e' Z1 q Considerations through system analysis and psychophysiology of equipment 8 S/ C5 l8 B. \. }- z. B7 ~ q5 ]designs and operational concepts, to ensure they are compatible with ) _' l* Z) D. x# f4 e- t: Tcapabilities and limitations of operators and maintainers., ?. n* u+ q: u Sole Source- H( j M5 g+ ?$ N F Acquisition ' y: j$ V# ^! aA contract for the purchase of supplies or services that is entered into a proposal, h0 ]0 P. J$ x( w7 d+ H/ ~/ k to be entered into by an agency after soliciting and negotiating only one source. $ I8 }1 C. r% d6 w, f, S& T# JSOM System Object Model.0 x. [. }: z) X1 W6 e+ U: m SONET Synchronous Optical Network. 6 k, v4 O$ i+ i, Q2 MSOO Statement of Objectives (See also SOW). - c2 m/ l9 [4 i. [+ USOP See Standard Operating Procedure.) f- E0 a I g" \ SORTIELOT Sortie Allotment message (JFACC term). , ~( k, Y5 L+ q$ cSORTS Status of Resources and Training System.4 P7 |( z, z) ?* W; U" W SOS Silicon-on-Sapphire.! b' m$ F4 w5 E" d1 M% K, b SOSUS Sound Surveillance System (USN term). 0 e0 C6 y! s1 T# u& USource Selection . `3 T+ O a# D+ r C. B$ c# WAuthority; @5 s; \1 \; ~8 ^ The official designated to direct the source selection process, approve the2 q3 ^# M' G& l selection plan, select the source(s), and announce contract award.6 U9 ^3 B- s- k3 e2 n, l& J Source Selection , |% Q1 @+ u/ g# G: }$ @. a- QEvaluation Board4 Q r4 ?* B4 J A group of military and/or government civilian personnel, representing functional( k/ {6 ^0 p9 t! H6 f: |& }( c4 [ and technical disciplines. It is charged with evaluating proposals and developing: k( N- M# ~! M# R( `- P summary facts and findings during source selection.4 Y/ I$ b9 {2 ~2 s | Source Selection1 t; f9 l" p9 d2 d3 `* J% P Plan (SSP) : }8 v- P4 ?; j9 j' J- n4 YA formal written document, which sets forth the source selection organization" {1 I2 w F; \* w+ j and management chain for a specific acquisition. It provides a guide for N# d& v* b( ` T `( R/ Eevaluators on how to conduct the evaluation, it details the criteria to be used to c; P2 i! ^2 V' t" C& jevaluate the offers received in a competition procurement, and it establishes a& I4 Z+ v) E- m0 h' M) f1 ?+ d basis upon which to distinguish between proposals and to make an award. The * {" `7 K3 Z! e/ l. ~SSP is written by the Program Office and approved by the SSA. / e0 b1 A0 J5 JSOW Statement of Work.7 E4 T/ P b" y SP (1) Security Personnel. (2) Self –propelled. (3) Signal Processing. 2 c. v+ q+ s, P5 x* h& tSP-100 Space Power-100 kW.0 A( Y1 I2 b- R' f& ? SP/CR Software Problem/Change Request. 0 _( d1 S0 V& ?5 w# K5 pSPACC Space Command Center." ^4 \! c3 M- V1 U+ r Space and : W4 s0 E5 t b' M0 CMissile Tracking $ x8 U1 L. m9 ^# J! t7 k/ USystem (SMTS) , Z- p1 w' g0 uSpace-based satellite sensors for surveillance, tracking, and discrimination of & {: e+ q) B/ Y: T$ k) Uenemy objects during post-boost and midcourse phases. These sensors support$ Z' s# r! P8 [0 w ground-based interceptors for both theater and national defense. * Q$ x8 c i" X# B6 nSpace-Based7 }4 l/ y/ m# }, ~6 } ?; H Architecture# v0 W0 m$ u$ D- G& U: P5 D# ^ Study (SBAS) 5 y, J' B5 d9 G5 W6 ^! j4 iA 1989 study to review the space-based elements of the Phase I SDS2 A6 W8 |; z$ _( w. C+ u# h architecture, with emphasis on Space-Based Interceptor (SBI), Brilliant Pebbles + r) t7 ^' R8 z(BP), and the Space Surveillance and Tracking System (SSTS), to define and 0 h) Q: I0 ^6 t: Z& h6 k5 Fjustify a recommended architecture for Phase I and beyond.: s# o: d; [. B7 [ MDA GLOSSARY, VER. 4.0 S- n3 Q2 ]! O, i, w8 G 2715 v0 x( n+ |, W; L: y/ l Space Based * X- ~/ P) g, RInfrared System 7 z$ D2 l; K( a" W, _8 k' Y t(SBIRS)# w7 n/ V) t5 E0 ]5 f; C2 b- N SBIRS will be a consolidated system that will meet United States infrared space + ?+ e, m- J, { Gsurveillance needs through the next 2-3 decades. SBIRS is intended to be an" x8 R: b- N+ K: o4 L integrated “system of systems” including multiple space constellations and an }! [3 N; H, ^' |) D5 L& ^evolving ground element. The baseline SBIRS architecture consists of four" P- x) s* N# H5 g, a' D6 K Geosynchronous Earth Orbit (GEO) satellites; two sensors on Highly Elliptical" E: N2 X8 o* x7 y Orbit (HEO) satellites; Low Earth Orbit (LEO) satellites; a ground system6 J* g9 z C9 Y7 ]# y consisting of a CONUS-based Mission Control Station (MCS), a backup MCS, a ( b: o0 |2 t+ [9 C2 J! F" Tsurvivable MCS, and oversees relay ground stations and re-locatable terminals;: d4 T7 t* D9 L% [; F \. w7 A and associated communications links. The SBIRS is designed to meet the/ r- C5 U) Y6 ~8 G missile defense, missile warning technical intelligence, and battle space8 l4 `4 k9 j2 A/ f* o characterization mission requirements identified in the JROC-validated SBIRS a8 N) d$ O; g9 \ M' B! e Operational Requirements Document. The SBIRS program will begin replacing8 s- W, m* L, s* S3 j# K; Y the operational Defense Support Program (DSP) ground segment in 1999 and. B1 W4 K2 g1 H begin replacing the DSP satellites in 2002.' H' N1 K, L7 C3 l5 J1 [; T/ `' R Space-Based ( [, k+ j, h& U ~$ H) QInterceptor (SBI)- v; T g+ P8 Z. ~: \* { OBSOLETE. A distributed set of low earth orbit satellites that may provide. R9 }* q9 a4 @! K j0 B# T: T2 R launch detection and booster tracking, and that serve as kinetic or kinetic energy' f. j4 @! _- b6 y5 U% m: o! ]7 f interceptors of boosters, PBVs, and/or RVs. (USSPACECOM), `, d$ c! y0 Y0 N, f- F6 q Space-Based& X/ ^% o! L7 G1 r+ Z Sensor . V) s* ~) ?+ k. z$ e; NA system that provides global above-the-horizon surveillance to detect and track " Q4 a5 P+ x0 X7 n& K2 p x4 IPBVs, object clusters (RVs and penaids), and resolved midcourse objects, as 6 R, n) ]3 c. I1 S! ~! bwell as below-the-horizon tasked hot spot detection of boost phase missiles5 t1 T' x. P0 R/ V- A: D/ e' F, e when cued by a space-based weapon or a priori knowledge. It provides 3 M y+ W O" I1 Psurveillance data for use in situation assessment, operational intelligence- g3 g: w% P f+ M. Z collection, and for cueing other sensor and weapon elements. During( H# N/ ?3 A6 f! v3 D* i2 N# L midcourse, sensors discriminate and track RVs and associated objects to support 0 u4 ^) K) E/ t7 Y* `% H6 Mmidcourse engagements. (USSPACECOM)- ?" ? |% v' q! ~ H7 b Space-Based 6 m2 e5 G N" |( Z- i, FSurveillance and 5 C, s7 B) L! E0 W3 \Tracking System " N/ P% o$ ^" V* i: u(SSTS) 8 J/ P. t% F/ e0 n7 Q2 XOBSOLETE. A satellite-borne electro-optic tracking and surveillance system in, _" b! b6 ]' r; w b# j medium earth orbit. The satellites would track targets from medium earth orbits: U3 t& ?- X. ?) |! [/ u against a cold space background and near the earth limb. Individual objects’ + g* h6 z4 V+ U* V- Mstate vectors would be generated from correlated information from two or more & Q8 ?: e; s! _, m& [3 P) Isensors. (Predecessor to Brilliant Eyes (BE).* @% r$ s/ O/ Z9 j Space Command / o0 m! b$ k, `Center (SPACC)& \! n4 j1 R- @! N2 {. l" L0 p A USSPACECOM center located on Peterson AFB, CO, in Building 147(1). It is ) s; B9 L' k- \2 R& _6 {- xthe primary command facility for USSPACECOM providing USCINCSPACE with8 L t1 Z1 X0 Z( M" b the information necessary to perform assigned missions.

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Space Control " t( I" w: T5 m {; DOperations . {0 m; g& \4 N5 @; g$ j) [Operations that provide freedom of action in space for friendly forces while, when ; z% p# Q; V( `/ h. J1 M( Edirected, denying it to an enemy; includes the broad aspects of protection to US$ f9 w& \! w. [: H6 \% U( v% F and Allied space systems and negation of enemy space systems. Space control. t7 F+ I/ B2 F+ x* V" U/ b+ p7 p operations encompass all elements of the space defense mission. / Z1 _" s+ E% J KSpace Defense The defensive aspect of space control operations which includes all active or 3 t4 j( w6 e0 hpassive measures planned or taken to defeat attacks against friendly space$ n/ ]; q8 c$ w) d* j( ?$ P# w9 u! o y/ G systems or enemy attacks from space. $ a- X4 e5 W5 p6 J0 v! J) [Space Defense 8 A; o7 G. y+ p, LOperations & C5 C/ ?2 ?1 hCenter (SPADOC)% i; m" A3 `1 H6 l9 h, ` A center in CMAFB responsible for monitoring and reporting of ASAT attacks on# ~' }. \. M% ^8 t Blue satellites, negating designated satellites, and reconstituting and protecting / e+ G0 Z2 ~4 a- u) ^' Xdesignated satellites. + y C V5 S# i; w9 \6 D6 OSpace Detection2 B: K; P2 v, S and Tracking , U1 `7 l: c7 V! R: b1 P& fSystem1 ^" k& j2 ]- t8 H (SPADATS) # l1 l4 N8 g, RA network of space surveillance sensors operated by the U.S. Air Force. 5 A! U2 F3 K3 e0 s1 H( W6 PMDA GLOSSARY, VER. 4.0 S+ V+ _' N; D0 \, w 272 4 `8 M+ s5 Q; S0 H# b0 gSpace 5 y' w% m, X, m3 YEnvironment & Z5 u, h( U- S EForecast Center# M8 b" f) ?4 M, \/ [# q% i (SEFC)6 {( b8 c6 _) J: X" j0 Z Center at Peterson AFB, CO that supplies terrestrial and solar weather to the 3 |6 P4 _. Y, A1 j6 bCMAFB Weather Support Unit (WSU) and designated USSPACECOM units. 3 f( {; \. x7 O* @; [! C2 U: C! q- XSpace Forecast8 y( w& |( B& L4 w0 b$ u Center (SFC)9 u8 W9 S. V9 ? r3 m0 `: E Center at Falcon AFB, CO that supplies solar and space environmental& ?1 N" \" h" @/ M4 n warnings, analyses, and forecasts to USSPACECOM, NORAD, and DoD) j. u( `% A+ `& o customers. ) r5 L& b R8 M; c7 s6 l6 r, h7 [Space Mines Devices that can track and follow a target in orbit, with the capability of exploding 0 v. J7 R" f, a/ @on command or by pre-program to destroy the target. 7 \: \1 _/ @; ?& }3 y% jSpace Object 1 m9 ~) n3 L4 o) a2 lIdentification % i8 z, {5 d" y$ ~) ?' a(SOI)/ k- y+ o! G8 ?* S Use of radar, imaging, and other collection resources to determine size, shape, ! M: v* D' B1 U2 g8 Vephemeris, and identity of space objects. & X- g% i0 Q0 I) O; e; R' DSpace Power Generation and control of electrical energy in space, from various originating ( i$ F$ @2 P, ~, \$ E& msources (e.g., nuclear, chemical, solar). : o& N' P4 H8 vSpace Support 8 S. J7 D& G4 t5 P! {- O) XOperations . n- |8 Z' [ i0 BOperations required to ensure that space control and support of terrestrial forces' v$ @6 w5 w% ^& b1 x are maintained. They include activities such as launching and deploying space s) I x/ {0 b' } vehicles, maintaining and sustaining space vehicles while on orbit, and 0 ^. F8 O! f, o k! ?: R5 hrecovering space vehicles if required. $ S8 q1 X$ T& L* |Space ' d/ p: u3 |7 \# h( r: F& RSurveillance( G( h3 I; ]- V5 E4 q) B (SPASUR)8 B! {5 b" Q! B. E An operational space surveillance system with the mission to detect and7 v" i: @: V* s: S# r8 r determine the orbital elements of all man-made objects in orbit of the earth. The 8 N9 ?* m8 l) W7 _: J$ g' v1 n3 nmission is accomplished by means of a continuous fan of continuous wave ! S# X* |, M7 i( I! lenergy beamed vertically across the continental United States, and an" i' d7 G1 W R) L% E associated computational facility. It is the Navy portion of the North American8 R9 D o. t3 N( r* T. _4 X$ B' E Aerospace Defense Command Space Detection and Tracking System.0 g& X5 |/ o* }3 t Space % C2 U, M- `9 cSurveillance t8 `( R; X6 C9 bCenter (SSC)4 p5 f" H% F8 a" m; k/ C A center in CMAFB responsible for maintaining the satellite catalog, laser$ D- w5 B7 F* D0 y& ` clearinghouse, collision and RFI avoidance, and Tracking and Impact Prediction) K& Y* M7 b( j+ _% ]" G: ~) M (TIP)./ \" \0 ~, Y3 c9 @. U. c z Spacetrack USSPACECOM global system of radar, optical, and radiometric sensors linked to0 A0 W4 h2 E) @ a computation and analysis center in the Space Surveillance Center. The7 [, S# a+ w* p: B8 f) w1 | Spacetrack mission is detection, tracking, and cataloging of all man-made2 Q% A2 n6 m, @ objects in orbit about the earth. ! s/ f9 M, `* @- TSpace; l$ w; X% }3 E5 x+ S Transportation R. ^# f: @9 `4 E# I+ `5 o System (STS) - J$ X/ o3 |- D* h; GA national asset that provides routine access to space for both civil and defense( X3 e4 U' m& C+ f; E* B* h5 H users. Elements of the STS include the Space Shuttle, upper stages, 0 f* f/ k6 g+ @& FSpacelab, launch and landing facilities, simulation and training facilities, and / E" t) o; ]! Lmission control facilities. The STS is a reusable system capable of deploying a 3 P! I* a) U! t2 S( }! V. Ywide variety of scientific and applications satellites. It can carry payloads( y3 G% x$ e3 ]9 i+ h) s& V weighing up to 65,000 pounds., z4 Q. O4 L6 q# L9 S SPADATS Space Detection and Tracking System. ) k0 \8 o! v2 v YSPADCCS Space Defense Command and Control System. , O: z! O/ h& g# |/ s) dSPADOC Space Defense Operations Center. (U.S. anti-satellite mission control). . r# f0 P/ C' V2 s0 H2 dSPADTS Space Detection and Tracking System. - P) m: W7 `2 u/ x" Q9 S- F+ c; `SPAR System Performance Analysis Report. 0 A5 U& Q( k: X6 VMDA GLOSSARY, VER. 4.0 S( P. z3 N7 {3 M9 G7 \6 E- C 273" K1 ]" O' J6 D6 ^: f! I( S7 k- j; Y SPARTA SPARTA, Inc., Laguna Hills, CA. + W+ h9 l# w. v2 L: j4 pSpartan Nuclear-armed, long-range mid-course interceptor used in SAFEGUARD/Sentinel ' g9 j: l9 h, u- Ksystems. * Q9 Y4 C$ |% G4 C- L6 a( V+ ~5 oSPAS Space Power Architecture Study.; R: O8 w9 _8 j SPASUR See Space Surveillance. 8 ~; E+ {% X- [" z$ W+ tSPAWAR Naval Space and Warfare Commend. # q4 A6 R7 ~: R1 iSPC (1) Statistical Process Control (2) Special Program Center. (3) Special Programs / v+ o O% m' C |0 mCenter. ; k% t: |4 ~+ H( G& W+ ~SPE Senior Procurement Executive.( L$ _6 U" u- ~8 r3 V SPEAR Space Power Experiments Aboard Rocket. % ~7 n% D% m3 |; Z8 ?. VSPEC Specification., m- `. y, u5 ^- y Special Data. I! H; y9 I$ t4 s6 r" i; ^1 C Commands; V9 G5 J5 ?) V& Y Special, non-routine commands distributed for surveillance battle management,( ^/ ~+ _( w- ?8 S' u( h) o and fire control. 6 n# K, O: u! F5 L; hSpecial " G, [2 n% n: r$ BPrograms Center 6 w: x& f# n* t7 p' SNational center for threat modeling and production. Located in the National Test 6 E9 [5 s, I6 M$ G5 v9 d0 LFacility at Falcon AFB, CO. 7 f0 K# z& ]" b' l+ wSpecial Test* k1 V& r( v$ S; k Equipment (STE)/ ]% N/ G5 o+ E' V) r Single or multipurpose integrated test units engineered, designed, fabricated, or- k5 R+ @; E a( r+ L) Z modified to accomplish special purpose testing. Such testing units comprise" V, _$ m; E2 S( X0 p) `% N8 K' h electronic, hydraulic, pneumatic, mechanical, or other items interconnected so as+ V. t3 r+ }, ^" ` p: A+ g0 @ to become a new function entity, causing the individual item or items to become. f" }$ r6 Y9 ]* {: r% C interdependent and essential in the performance of special purpose testing in( b& U, o+ C6 a$ G2 i, z the development or production of particular supplies or services.$ ^! P% F% f. D: f Specification A document (or other media) that specifies, in a complete, precise, verifiable , \. V* e8 D5 j1 [manner, the requirements, design, behavior, or other characteristics of a system 1 e1 I9 p; Y" ~, c& uor component, and often, the procedures for determining whether or not these. i, v, L6 D' h9 Q provisions have been satisfied., X a5 R* X( y, x+ l Specification : V+ q5 T' h# Z) j5 ?8 rLanguage0 r$ {9 Y) `6 c9 b- x A language, often a machine-processable combination of natural and formal 2 y7 k5 O& A, alanguage, used to specify the requirements, design, behavior, or other & q# r. X+ m5 f: S2 Zcharacteristics of a system or system component. 7 r4 Q# r7 ?5 U! Z/ NSpecified1 w1 T8 Z9 z. R/ r& p6 U Command # p& y2 v1 c0 X- EA command that has a broad continuing mission and that is established and so % r: N$ |3 w A+ X+ k# cdesignated by the President through the Secretary of Defense with the advice & v" _$ |$ j+ P' J2 M, hand assistance of the Joint Chiefs of Staff. f9 v; P" [3 Q" T n/ cSpeckled Trout C-135C airplane with ACBA equipment. , O3 P8 A* [/ Z5 Z% R$ K/ cSPEED System Planning, Engineering, and Evaluation Device. 5 I' g e$ c3 NSPF Standardized Plume Flowfield./ s4 ?/ D2 s- _9 C6 T8 A" g9 g0 Y. T SPFE Special Projects Flight Experiments. 2 E4 {' R0 f+ a$ |: v! r" R; kSPICE Space Integrated Controls Experiment.

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SPIMS Strategic Program Information Management System (SDIO/MDA term).7 {9 w$ s- [6 d MDA GLOSSARY, VER. 4.0 S * K( ]6 u" T7 F4 L! X* p274 8 B6 P. k5 G) R8 \+ ?7 B- N. fSPINE Shared Program Information Network. ; ?" M$ N( q% _- xSPINS Special Instructions (JFACC term). & K# W8 o$ v, Q; I# ZSpiral 1 z! C0 | A5 ?1 _! R3 YDevelopment; ~+ |1 o% |! b$ W7 ^. a9 W. h. J! ] An iterative process for developing a defined set of capabilities within one 3 Z* q( K! v4 y% u0 v2 Jincrement. This process provides the opportunity for interaction between the , g( t/ J" _4 V9 D! Luser, tester, and developer. In this process, the requirements are refined through9 r" h P% k3 U1 f experimentation and risk management, there is continuous feedback, and the 5 ^0 ?" z3 _/ c" z5 T, o, F0 V1 q! }user is provided the best possible capability within the increment. Each increment 6 f [ N. s+ l4 B# Wmay include a number of spirals. Spiral development implements evolutionary ; }2 C1 a/ n* _5 @, X! p+ O1 b0 p) \$ ^acquisition. 0 c- |3 i4 x; ]" `6 xSPIRE Space Performance in Radiation Environments. ) y$ S7 ^2 V. KSPIRIT Space Infrared Imaging Telescope.$ O: Z. j% d# O) {: Y* ^ SPM Software Programmer’s Manual. 6 B3 l1 A+ K* \+ P6 k2 a0 PSPO See System Program Office. (Air Force) 1 B- L( T7 u/ ]$ m4 j" q5 q6 tSPOCK Security Proof of Concept Keystone.: y- {* V. z. v SPOD Seaport of Debarkation. + L8 z* U7 x# Y D+ QSPOE Seaport of Embarkation. 8 Y0 b! b( G; V6 `' `( VSpoofing Any technique by which sensitive information or commands may be substituted9 ]7 F$ ?: z: U. N9 v, ^ or stopped without the knowledge of the authorized personnel involved., z6 h6 O* A' `+ B6 `" d0 c SPOT Systeme Probatoire d’Observation de la Terre - French observation satellite* X* Q" w2 o: ~8 N; u3 `3 g SPP System Performance Parameters. 8 T& L p5 I7 s) _0 g; _" I. A; @- `! cSPR (1) Secretarial Program Review (AF). (2) Secretarial Performance Review (OSD)./ h: b; K( W- P1 h6 n (3) Sponsor’s Program Review (Navy).1 z. F: [) C3 C8 h Sprint Nuclear-armed, short-range interceptor used in SAFEGUARD/Sentinel systems. ' \9 N0 J' Y7 V1 \0 fSPRM Solid Propellant Rocket Motor.: J y+ @7 z' c, U3 s) [4 d( V5 Q SPRN (Former) Soviet system for missile attack warning.' \, U& n9 n6 V' T SPS Software Product Specification. 7 q1 {( [) n& p9 O$ C9 ~SPT Support. 6 t3 g a& Q& L8 f/ I+ T" WSPY-1 AEGIS radar.( h2 b- a& V7 i6 P7 o SQA Software Quality Assurance.% {3 G8 H- I+ n/ P SQL Structured Query Language (Computer term). # z$ ?0 z: T+ @9 `sqrt Square foot.* R- \3 k- ~1 Y SR AFSPC Regulation.; G6 ^, i0 ~/ y7 [( r& z! U SRA System Requirements Analysis. , }1 f) j( U$ \: jMDA GLOSSARY, VER. 4.0 S E8 S$ _ w( d0 O) D$ }9 @ 275 # N9 N% x* N o6 f, _- G# e! t5 ISRAM Short-Range Attack Missile.' D4 v8 M" e' d. M% ? SRB Solid Rocket Booster. $ Q% z" N# h4 ]+ |SRBM See Short Range Ballistic Missile./ A- e2 B6 y. Y! N" s SRD Systems Requirement Document. ! d0 n% p9 P. k, [% G! H8 RSREMP Source Region Electromagnetic Pulse. z6 r B% K( Y6 G C8 f# ~SRF Strategic Rocket Forces. 0 b4 Q0 M7 Y* ]' l+ rSRHIT OBSOLETE. Small Radar Homing Intercept Technology. Predecessor program4 r+ b: S$ { H3 j: T( k to Flexible Lightweight Agile Guided Experiment (FLAGE).+ U% ?. q% ]& B6 k+ f9 `4 a' E SRIM Short-Range Intercept Missile. 9 g! f. D( X6 r9 F. u2 i1 H4 vSRINF Short Range Intermediate Nuclear Force. 1 f) o* y& {; _& k) _$ b: [8 sSRL (1) Site Readiness Level.4 J# Y# d [6 ^! h (2) System Readiness Level.6 p& ?" q3 E9 @ A- Z; K, h (3) Super Radiant Laser.. ^: f8 i1 F* N! y3 K5 [1 q SRM (1) Small Rocket Motor. (2) Sensor Response Model. {5 d h& s; }6 ^# n* l SRMP Sounding Rocket Measurement Program. 0 ?, P4 a7 O8 Y% c, P- C5 iSRMSC Stanley R. Mickelsen SAFEGUARD Complex site. . v0 A& o6 n/ \, z, iSRMU Solid Rocket Motor Upgrade. 9 \; }- W6 o- y% L% x6 iSRO System Readiness Objective.# s' q' L" x9 C6 \' ] SRR System Requirements Review. ^3 S1 w5 D) C! A2 g9 X1 D) HSRS (1) Site/System Requirements Study. (2) Software Requirements Specification / z* P1 ~. I! lSRT Strategic Red Team. Q# x$ k" j$ @# C8 e SRTBM Short range theater ballistic missile.- {9 h$ ^+ T/ l) R SRU Shop Replaceable Unit.0 b5 O0 T5 ?9 d& I; G( T* W SRV Single Reentry Vehicle.3 e( K) V. k4 H SS (1) Solid State (USASSDC Family of T-GBR term). (2) Simulator System.7 p# h. W" r* J1 h7 \2 c: e/ h# y SS- Surface-to-Surface./ z7 n7 J. x( U. T SS-18 Largest ICBM in former Soviet inventory credited with carrying 10 RVs, but- @4 ^- O, E1 R1 X: F capable of holding many more.9 A' N5 F4 [* B' I" R SS96 Summer Study 1996 [Director, MDA].1 _% Z3 c- E! v/ Q. r SSA See Source Selection Authority.) e& ?' j1 ^. y- o0 X* ` SSAC Source Selection Authority Council/Committee (Acquisition term)., O6 d% o( a' H MDA GLOSSARY, VER. 4.0 S9 _) l6 |$ U q 2760 L6 M3 k/ D( Y0 \ SSB Single Side Band.2 J! k& Q2 g! h- n7 K" S SSBN Ballistic Missile Submarine (nuclear). / `6 g2 |1 d8 m7 D: ESSC (1) See Space Surveillance Center. : Z/ \+ f% J0 `2 m/ J' R% W(2) Scan-to-Scan Correlation.8 G. b0 g# k. g9 Y" d+ \5 ~# W5 E (3) Strategic Systems Committee. 1 R$ W# J7 i6 T5 n(4) Skill Specialty Code (USAF ILS term). 4 J1 g' p) O7 l9 E" F(5) Source Selection Chairman (Acquisition term)9 T* v% U7 t* z5 Y* k: z( q5 a6 i3 k (6) Standard Systems Center, Gunter AFB, AL. h/ }: ^! }/ l- V- F$ i (7) Surface-to-Surface [Ground-launched] Cruise [missile].6 | \; f7 ?: ~" S5 ^ (8) Stimulation Support Center. + P) |& o$ x8 `2 L/ hSSCM Surface-to-Surface Cruise Missile. + Y f4 S4 y Q7 G% @SSD OBSOLETE. Space Systems Division. (Now USAF/SMC.) 7 ^8 a/ _3 z0 v9 G) jSSDA Solid State Demonstration Array.# h( c" D) w& {! r" N, o; W+ V SSDC Space and Strategic Defense Command (US Army).; m* c8 t3 \$ P3 G5 @6 H SSDO System/Segment Design Document.; j/ U4 |5 r+ p& w SSDR Subsystem Design Review.- [, `6 n! M) n( p0 ] SSE (1) See System Security Engineering. 5 U5 j7 g. u/ s& Z) c(2) Space Surveillance Experiment. : L5 r0 m; e! {* r; b(3) System Simulator Environment.; C1 t- K2 g: v8 e, i SSEB Source Selection Evaluation Board.' |" G4 R) B0 ?7 H k, s9 R- ^ SSEKP Single Shot Engagement Kill Probability. 4 s8 h5 a9 A+ E) {: g) O) ^2 xSSGM Strategic Scene Generation Model.* i9 L' y, V8 _7 y+ v0 z SSI (1) Sensor Segment Interface. (2) Sensor System Interface. ( g4 G5 P. ?& t6 S! p. i8 c; qSSIMU Solid State Inertial Measurement Unit. : ?7 l2 r n1 n: q/ A( `/ JSSKP Single Shot Kill Probability. + W# f' W* V! c7 G% H9 I; iSSL Solid State Laser.

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发表于 2008-12-25 20:21:16 |只看该作者
SSM Surface-to-Surface Missile. $ v0 h1 q1 J: b3 x5 a. Z# SSSM/I Special Sensor Microwave Imagery (Weather Satellite term). 7 k& X3 j9 T2 o" h3 H+ WSSM/T2 Special Sensor Meteorology Temperature and Vapor (Weather Satellite term).: {: Z9 a) D0 A, i* g SSM/TI Special Sensor Meteorology Temperature (Weather Satellite term). # R: M4 {4 V( U1 z) J7 ?+ _SSMP See System Security Management Plan. $ p, H2 }1 \' m, vSSMS See Standard Survivable Message Set. + Z! ~$ M! x2 f* b0 z4 g3 KSSMTR Sary Shagan Missile Test Range.2 K+ H9 E8 f Q( p- _/ \$ b7 s MDA GLOSSARY, VER. 4.0 S1 E: q& K) v. e' U8 u' f( o9 Y 277 7 z2 S7 d: t8 l1 g% l _' t& XSSN (1) Space Surveillance Network.3 c7 g3 l1 W; T (2) Submarine, Nuclear powered (navy Ship Designation term). # V Y1 J3 n) D6 y8 r% a( D4 VSSO Special Security Office.. g; _8 s: G( r7 b) I3 W& }, x& H SSOD Special Session On Disarmament.+ ^! V5 u5 x9 `- N* ?" G+ | SSP Source Selection Plan.8 ?* L6 ~4 s( [2 ?. o SSPAR Solid State Phased Array Radar. 1 J( i9 a. M2 @9 b1 H- YSSPK Single Shot Probability of Kill. : L' V% S I3 Z- e. y, eSSPM (1) Solid State Photo Multiplier. (2) Software Standards and Procedures Manual. $ `( r0 z; s& H0 F2 G9 {SSPO Strategic Systems Program Office. (U.S. Navy) : e, T; q! l1 ~2 ~' _" b; nSSR Software Specification Review.' ]6 j, F# Y$ a& i' U SSRMP Space Sounding Rocket Measurement Program. - r. i- B( H; u5 M) VSSRT Single Stage Rocket Technology.1 H- p$ ~9 K+ }3 L$ e$ G SSS (1) Space Sensor System. (2) System/Segment Specification. , n1 w, v( h" u- sSSSG Space System Support Group. A; q0 H$ ]5 ~7 E" p, kSST System Specific Threats. , b$ ~6 x- ?2 u2 r" Q7 H- tSSTB System Simulation Test Bed. 6 J# d8 ~7 ^* x9 @9 ~/ q0 kSSTS OBSOLETE. See Space-Based Surveillance and Tracking System. ( G8 d0 ^" j9 t4 ]: VSSUP System Supplement. % d9 e+ A4 T5 s: aSSWG System Safety Working Group. ) q7 f! w, `3 {4 q' F2 CST Simulation Tool. % f$ m% B$ v$ ?$ a, |; {ST/STE Special Tooling/Special Test Equipment., c, v% [9 X' L$ V6 T( T- Z STA Significant Technical Accomplishments. * p; k+ a9 k' ]6 j# XStage An element of the missile or propulsion system that generally separates from the8 }1 f1 a( y: C missile at burnout or cut-off. Stages are numbered chronologically in order of 1 i+ |1 I, k! H' Mburning.- b, a' b4 L" u& S8 i! k1 s STAGE Simulation Toolkit and Generation Environment. * j' r. m* W0 ^STANAG Standardization Agreement (NATO). % V3 ~) X8 \! W) xStandard Missile A shipboard, surface-to-surface/air missile.9 n3 U3 i. \3 a l3 B Standard Mobile% m" m& X7 U; @, z Segment (SMS) : @& @# E" [' B( s& B7 e( xSMS is to be the standard for all future ground mobile, air transportable3 Z: Z% \3 p6 H7 W6 Q command centers. + E- f8 w$ g# q$ \ C6 k* \. N/ O* MMDA GLOSSARY, VER. 4.0 S 3 J$ f) t+ m' i, P( m7 a278! j3 J( o; w5 ~0 @+ ^; R Standard 8 o) e } S9 \# a" \4 FSurvivable6 W, M) ^+ r# o7 _' m! o8 k _ Message Set: r4 U& }) y1 |: A (SSMS)1 @7 x M2 @$ a8 F; Y Message set, which contains the standard format used by ITW/AA data sources.( T; V, I& q* L& }) D Standardization The process by which DoD achieves: (1) the closest practicable cooperation; Y! j0 M# s, o' `4 j among forces; (2) the most efficient use of research, development, and " H, C: p- C* U9 @( H2 Eproduction resources; and (3) agreement to adopt on the broadest possible $ w8 T& t {3 q. S, r" O+ D. K/ bbasis the use of: (a) common or compatible operational, administrative, and) U$ U6 i2 J6 C logistics procedures and criteria; (b) common or compatible technical procedures& a4 d' E+ r) _# `& G* ^ and criteria; (c) common, compatible, or interchangeable supplies, components, 8 n7 I& T& E$ P5 C* ^ @weapons, or equipment; and (d) common or compatible tactical doctrine with # Y' w F/ y: n. ecorresponding organizational compatibility. 5 A, x! X3 q; Z$ b- nSTAR System Threat Assessment Report. , L( T* A# \6 o) |$ J- @! `STARS (1) Strategic Target System.! _1 {3 I4 e5 e$ q& D- ]1 @ (2) Strategic Tactical Airborne Range System. 6 u v+ l+ R) h" h9 p l(3) Surveillance and Target Attack Radar System.& }; N' |, L1 M3 H START Strategic Arms Reduction Treaty. * q2 p' @& f1 U2 L7 O+ M) \0 N" XSTASS Space Transportation Architecture System Study.0 [* c6 x m( g* _ Statement of 0 u7 m4 I3 P! z' zWork (SOW)% Z6 a9 z/ U) h5 v5 N That portion of a contract that establishes and defines all non-specification 0 }7 E' p! E" c2 Y- S; W/ z5 f% Xrequirements for contractors’ efforts either directly or with the use of specific cited" w4 {5 O% B9 i documents.8 e6 Q% }& N/ h) G2 Q; ] Static Analysis The process of evaluating a program without executing the program. See also2 r# p4 s, H/ `; g4 o desk checking, code audit, inspection, static analyzer, walk-through. Contrast) G8 G* M# \" V6 t7 [ with dynamic analysis.' O! N3 V: q4 F& L8 ~/ C8 I STB Surveillance Test Bed.4 |0 z: P, x. w' j) T9 q. z w STC SHAPE Technical Center. " F F. C% c# c; H* SSTD System Technology Demonstration.; t3 ^& s3 s" c* f6 X0 H( ?% U STDN Secure Tactical Data Network. 4 h8 a g% p x6 T! [STE See Special Test Equipment.7 N3 ^, F x# {# w: a& n Stealth A technique used to frustrate discrimination that uses the decoy shape and 6 N" J. Z0 R* y3 L" ?material content to reduce the reflected IR, radar, optical or acoustic crosssection to the defensive sensor., E- i$ D6 d% C; w9 T! L Stellar Guidance A system wherein a guided missile may follow a predetermined course with V5 w6 G7 [& O3 x$ Qreference primarily to the relative position of the missile and certain pre-selected M& W) `: C$ H/ T" mcelestial bodies.) K: K7 {6 j g F; {; I& i- k STEP Surveillance and Tracking Experiment Program." C4 R* ^5 a( p, N! e8 m Steradian The unit of measure of solid angles equal to the angle subtended at the center 8 e8 C$ q: A" ^) pof a sphere of unit radius by unit area on its surface.6 i( K; F0 t) v2 N/ Q, q Stereo Using two or more sensors. 4 k( o E: E, Z6 P/ s0 u) [MDA GLOSSARY, VER. 4.0 S# j* U$ [" x Q8 Q8 Y8 V 2794 o6 V0 m# r: g- q. A STF Static Test Facility.% t7 e% q& Y9 E- S, e4 l9 D7 X$ c STILAS Scientific and Technical Information Library Automation System (USASSDC $ E# P: P2 X& \7 e* Y1 _% rterm). * H$ ?) K9 R" n' p3 t. ]Stimulated ( @3 I" N1 a% J2 eEmission5 L0 F5 Q1 D C3 S Physical process by which an excited molecule is induced by incident radiation to1 l0 O' ?. X' F& Z D% k emit radiation at an identical frequency and in phase with the incident radiation.' b! Z5 h, k) T5 i4 ]0 G e Lasers operate by stimulated emission. & o5 g: E: ? ]5 M3 iSTINFO Scientific Technological Information.

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