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101#
发表于 2008-12-25 20:19:31 |只看该作者
SBS Stimulated Brillouin Scattering. t8 N. V0 P$ }5 H Z* vSBSim Space-Based Simulator.6 ^% C D! t- ^! ?) g+ _ SBSS Space-Based Surveillance System.3 q1 ]( o" S, V: G* K SBV Sensor Space-Based Visible Sensor.- [3 H1 A4 y) x- \ SBWAS Space-Based Warning System.' k. j& U9 R% j. ], T SBWS Space Based Warning System. + O& W7 x7 R* g+ h3 v- M" v. b( d4 ySBX Sea-based X-band Radar – A moveable platform for the BMDS test bed 6 o. _% x3 h& k( E7 x, zSC (1) System Center. (2) System Concept. (3) Simulation Center. (4) System ! P) ]) p5 n% l' }' W4 aController. 9 {( b/ Q6 d( S, h& CSC/BM System Concepts/Battle Management. 6 I6 R7 R2 a: f& C1 s: f$ IScaling Law A mathematical relationship, which permits the effects of a nuclear (or atomic)1 J. P) P* u A$ f" a: m( Z explosion of given energy yield to be determined as a function of distance from) d) c' H# b' j8 S the explosion (or from ground zero), provided the corresponding effect is known! H0 d: x* B0 w1 f as a function of distance for a reference explosion (e.g., of 1-kiloton energy; U$ ^- U5 o0 \( [7 H5 ` yield).' N+ m4 n4 B6 y0 B Scan In an electro-magnetic or acoustic search, one complete rotation of the antenna.& k. K4 E7 J* t3 ` Scan Type The path made in space by a point on the radar beam; for example, circular, + E/ r3 B$ g1 Dhelical, conical, spiral, or sector. 4 g/ @+ M6 k; s0 [& aSCARLET Solar Concentrator Arrays with Refractive Linear Element Technology. 9 s5 s" z4 D0 t- t' xScattering The diversion of radiation, including radio, radar, thermal, and nuclear, from its 5 K) r* \( w* [" I7 D, U5 ioriginal path as a result of interactions (or collisions) with atoms, molecules, or ! O1 A1 W" Y9 f) ]larger particles in the atmosphere or other medium between the source of the* _5 k. w0 ]( a% G9 c radiations (e.g., a nuclear explosion) and a point at some distance away. As a & ^4 R( R9 R' h7 a8 o1 Qresult of scattering, radiation (especially gamma rays and neutrons) will be # x) T/ x+ c( n6 [ {received at such a point from many directions instead of only from the direction $ i- W/ o( c% }# U) Wof the source. 6 B8 I+ K6 X+ eSCB Strategic Defense System Control Board.2 _, S5 o8 m% P. s* a SCC (1) Standing Consultative Commission (Treaty negotiation related term). ! M3 u, N$ o2 j X& V, f' T(2) Space Control Center.7 Z) X. w/ N) t$ ]* l. W MDA GLOSSARY, VER. 4.0 S6 B5 @, C4 m/ G6 f" \7 M 258( s! h- ?& }5 F+ s2 {; H: Z SCCB System Configuration Control Board./ b2 h% i {2 {# |& X; v2 G0 I SCDL Surveillance Control Data Link. : G6 L, m# q+ {1 A- f# A# n/ ZSCE Submunition Chemical Experiment. , K3 L6 N- P0 G. T( d; v) RSCF Satellite Control Facility.6 F' s. @( S$ d2 Q4 M& Y: q- V SCG Security Classification Guide.+ i9 G: ]) O: F! A$ f SCI Special Compartmented Information (Security term). ; ^9 \" {: ~- G2 PSCIF Sensitive Compartmented Information Facility (Security term).0 C0 ]- y2 T% Y# `" T2 F; `# D SCIT Systems Concept Integrated Technology. 7 r6 |9 f- i: l, _( V t7 Y% ?7 oSCMP Software Configuration Management Board. " q, Q- s+ | T/ c3 Y5 A+ \ QSCN (1) Specification Change Notice. (2) Ship Construction and Conversion (Navy).5 Q, p$ p! _/ q0 M2 [& Y (3) Space Communications Network. 1 h: D) }* W( _% `/ aSCOMP Secure Communications Processor. S7 D }9 P% u' U2 Q/ u5 g SCOPA Survivable Concentrating Photovoltaic Array.1 g" N6 ?; A. J1 [) c( R& v SCORE Scientific Cooperative Research Exchange (US-UK). A science exchange to : m8 ^0 t3 E& u& _, oinvestigate theater missile defense related issues. . ]$ i5 n- T, l2 x6 I6 mSCP System Concept Paper. ; g6 C, E, O8 v% q6 USCR Special Contract Requirement.+ A2 S7 M" z/ d SCSI Small Computer Systems Interface.% U7 T+ n* s9 K SCT Single Channel Transponder. ; h! w6 Q( m# D/ L* D7 X3 b6 fSCUD Surface-to-Surface Missile System.6 a3 A& D$ [- L% ]: s+ x; n, O ScudCAP Scud-Combat Air Patrol.3 F7 n' ]/ z5 f SD Strategic Defense Command (Army term) (See also SDC). 6 r- V% {) _! O! b( u* w1 e7 @3 oSDB System Design Board. ( H7 H* f% X% p; BSDC Strategic Defense Command (USA term). ' ~( I, v6 L8 w7 }9 g! sSDCC Strategic Defense Command Center.7 C! o k, ~' m6 V0 K" g SDCE Software Development Capability Evaluation (AFMC term)., E) `, H4 W! A$ `; J( t9 P SDCV Shuttle Derived Cargo Vehicle. 7 |/ j7 _- Y. ~7 f8 c% x1 ?+ \SDD System Description Document. ( i: F. ?, [; p4 A8 M* ESDF Self Defense Force., v5 Q% Q2 k" b7 z SDI OBSOLETE. Strategic Defense Initiative.+ T+ J' X3 J2 t8 r' b MDA GLOSSARY, VER. 4.0 S1 \7 K4 ?$ ~5 C. X# q" X5 | 2592 k( _, E ? K9 D$ X SDIAE OBSOLETE. SDI Acquisition Executive. (Re-titled BMD Acquisition Executive 2 u$ Y' ~* p6 ]1 ?' h: E(BMDAE).)3 M R! g( n/ S$ x SDIARC OBSOLETE. Strategic Defense Initiative Acquisition Review Council. $ }$ G( I4 R5 z% RSDII OBSOLETE. SDI Institute." Q' T; E1 B4 F; H) b SDIO OBSOLETE. Strategic Defense Initiative Organization. (Predecessor ) U+ R6 d! [ p) c) l4 M$ ?organization to Ballistic Missile Defense Organization (MDA).) 9 [. E+ o9 N8 `4 G1 ]' zSDIO/PP Strategic Defense Initiative Organization/Program Planning.' b. n! x7 {* {% i& S& n; K8 D& Z SDIP OBSOLETE. Strategic Defense Initiative Program. (Predecessor program to: s2 z( l: _- F) ^& z Ballistic Missile Defense Program.) 3 O D1 c8 F8 y! w8 G9 R2 F+ OSDISM OBSOLETE. SDI Simulation. ! J- k# y; y- @4 ]" g7 LSDL Software Development Library.1 Q6 F! h# K# ]) Q4 u! Y SDLC Synchronous Data Link Control (TelComm/Computer term). 1 M; l3 P; a" I: wSDLS Satellite Data Link Standard(s).2 i* m0 p$ Y" Y$ O; [ SDN System Design Notebook. , Q4 a3 F; [4 JSDP Software Development Plan.& j/ ^+ [* Y) ?- M S2 p1 O) d) f SDR System Design Review. ! ?7 ]! q" [3 B) q, D" E( BSDRU System Design Review Update. 2 m4 F: u; L% }1 g/ lSDS Strategic Defense System. 2 i8 @* l2 x- f/ G# Q' r6 B* JSDS Element A stand-alone system (e.g., a weapon or satellite), which is the smallest entity 5 J: ?$ {) a ~1 scapable of performing a designated function with, specified results within the " a( N! N1 p. F) c) ^Strategic Defense System.

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102#
发表于 2008-12-25 20:19:42 |只看该作者
SDS-CC Strategic Defense System - Command Center. , U* K" E0 a, J G# p/ Q- R! eSDSD Strategic Defense System Description. 3 K. s/ E! X: b6 f7 F4 f7 K1 ~SDS-OC Strategic Defense System - Operations Center. # _$ F4 ^ a$ A3 P$ z0 RSE Systems Engineering.' d+ L# ?2 P! q& n d; }. B$ g SE&I Systems Engineering and Integration.& W/ a& b, C) x, ` SE-CPAT Systems Engineering – Critical Process Assessment Tool (AFMC term).; L4 T, O& @: C4 I; i SEA [Military] Service Executing Agent. ( g6 H/ a- [! [) `$ G# uSEAD Suppression of Enemy Air Defenses./ l L, W% C; P5 Q/ M. S& y" [ SEALS Sea Air Land (Special Operations forces (USN). 3 y0 W; S$ y; |: I4 E$ kSearch, Active Illuminate an assigned volume of space with electromagnetic energy and collect + k8 `: L- L4 F) t# v. _reflected radiation.5 h+ @- F! N) i9 U3 K* u MDA GLOSSARY, VER. 4.0 S # J1 K; k$ |7 R( n260 6 o- u9 i! v/ l7 H9 Z; ISearch, Passive Collect radiation from an assigned volume of space. - V9 w2 a# C! Y/ A/ ISEATO Southeast Asia Treaty Organization. - h: H. j! W/ p& |* L1 [SECC Survivable and Enduring Command Center. ' V$ J, O o( R. w' XSECDEF Secretary of Defense (For Message Use Only).0 |, {6 N. x* ]7 D; q" Y5 | SECNAV Secretary of the Navy. 2 r& M) y0 p& B1 lSECNAVINST Secretary of the Navy Instruction./ M0 j+ v& d, m0 T Second Strike, G I( b, i! {8 j: R Capability 0 [- R1 Y1 O: h+ e+ M+ aThe ability to survive a first strike with sufficient resources to deliver an affective $ i/ @+ `( ~: Y% p7 ^/ ^. [% B: k7 Tcounterblow (generally associated with nuclear weapons). : F- D9 R( q- Y, i4 b2 i) lSecondary" C v/ G* e4 l, g Station+ p @/ L) h5 F A station that has been selected to receive a transmission from the primary . e1 {' h- m* X- R9 l" Ostation. The assignment of secondary status is temporary, under control of the1 S8 c6 f$ ?8 ?: z! O primary station, and continues for the duration of a transmission.5 v+ ~& P m+ e7 J1 }0 K; M0 a4 x Security % u# p/ y/ ^! n. @ a( lArchitecture0 ]- I$ [# k) n2 u& S" q The portion of the baseline SDS architecture that is responsible for preserving2 P# l7 `* P$ C6 ^% K# ] the confidentiality, integrity, and assured service of any of the sensitive, systemvalued functions and information elements (assets). / P' }* u; k' Y+ ySecurity Criteria The set of requirements that should be met so the security system can provide a : {1 W0 u2 k$ D, kmaximum degree of effective deterrence at the lowest cost. + m+ J! U/ E% w/ C* k VSecurity Level The combination of hierarchical classification and a set of non-hierarchical0 L- ~5 A- q1 n) m& A) u U categories that represents the sensitivity of information. . h5 O$ N8 @: |3 XSecurity Policy The set of laws, rules, and practices that regulate how an organization manages,0 `, x" g- Q% \- B7 I1 q protects, and distributes sensitive information. 7 J6 n( T! D7 d: B( LSecurity Policy: {( f8 M" t( F Model( F" S" C* U6 ~) [! S An informal presentation of a formal security policy model.3 t3 s: b P. Z* [8 T! X Security Program The implementation of formal security policies and procedures established by 2 y8 }4 y5 j1 n; R2 k9 kDoD and other departmental publications to secure vital components of weapon" @1 a* R" g( l" j7 ^/ R/ t systems and essential direct support systems from enemy hostile operations and + o8 v/ d/ G6 N, J: \, Yother forms of ground attack. ! M. B: E" \( H5 g4 U6 }* dSecurity+ a! `8 p& E: {1 o. @5 t! z4 ^ Relevant Event- r2 `6 d7 T! K/ b+ F6 a+ m Any event that attempts to change the security state of the system. Also, any$ f6 y( b( a+ J/ w9 |7 W event that attempts to violate the security policy of the system. 1 g' U$ c( ]& T6 X. J" @' _Security8 D' L/ ?9 }' t- E) N" u& w Subsystem$ ~5 P* @. ]4 R0 ^3 D5 D3 ` That part of a weapon or defense system, which is added specifically for the6 j) H8 r& [) t3 Z5 b2 E* | performance of security, functions and not categorized as components of other7 a2 o* w1 P2 \7 [' P8 P+ s1 f. e, E subsystems. w4 n. r- D+ m6 d8 F* \( dSecurity System The aggregate of all mechanical and electronic equipment countermeasures in a # A, s: R5 U3 R! P" S' `system which contributes to its security from intelligence gathering and# G4 v6 O. v5 N( Y6 y) C9 d clandestine or overt attack, including organized system function and procedures, 1 f' r N0 J3 x* Ras well as the security subsystem.2 r. r% H6 \! l5 z5 p/ d" M8 U Security Testing A process used to determine that the security features of a system are 8 z6 Z. K6 ]. G# J3 D) himplemented as designed and that they are adequate for a proposed application % _4 C( n) D( f: O; ?8 h2 W4 U: cenvironment.0 P3 D ]+ S: c( k7 V SED Software Engineering Division. 7 M1 Y1 Y# w6 G9 a" m* @( sMDA GLOSSARY, VER. 4.0 S6 [+ C6 {2 K9 _5 A 261, z) e" X' V3 ] SEDD Systems Engineering Development Data Base. 5 E/ z6 D L* [; KSEDS System Engineering Detailed Schedule $ I; L* [/ d' i( ~" F7 h3 fSEE Software Engineering Environment.- c( R2 B6 ~0 X. { SEED Support for East European Democracy (P.L.101-179; 22 USC 5421).' [7 _7 b# d- X, m SEER (1) Sensor Equipment Evaluation and Review. ' y h/ X3 r& f3 @- M(2) Sensor Experimental Evaluation Review.! `; w c2 g3 f. \! A SEFC Space Environment Forecast Center. 4 K% Z0 A M- P8 u" }Segment A grouping of elements that are closely related and often physically interface. It N9 s" H) @! W% ^ consists of CIs produced by several contractors and integrated by one. . n- y6 G t3 q3 c, k+ h$ ?SEI Software Engineering Institute. " p) z7 i- }5 \ T/ wSEIC Systems Engineering and Integration Contractor. 7 @* V( }5 t, M8 ^! B% nSEIC PP Systems Engineering Integration Contractor Program Plan.% Y& } x0 s+ g" k SEIPT Systems Engineering Integrated Product Team. 8 b0 H* E( v& P9 C1 b' ]/ `3 ^SEIT Systems Engineering Integration and Test.

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103#
发表于 2008-12-25 20:19:51 |只看该作者
Selected- s' v$ s9 U- ^ Acquisition9 I( _. G9 C9 W% X1 u Reports (SAR)+ | s5 g: x N Standard, comprehensive, summary status reports on major defense acquisition: @3 {# Q- e1 L+ P' O- D programs (ACAT I) required for periodic submission to Congress. " @7 u' F$ s; V# DSelective,, \; j, x/ d6 e6 s Adaptive Defense3 M! n' I& }$ z, @) s" o* p Selective, adaptive defense assigns interceptors to RVs based upon defended1 H2 j" }0 {# S. f2 q asset values, the number of arriving RVs and time to impact. 5 i' Y0 Q& {- H1 MSelective Kill Assigns interceptors to targets on the basis of missile type, launch area, impact 5 w- v( N. A4 `# f3 M: l; s$ E; Yarea, time of launch/arrival, or predicted threat utility (e.g., SS-18 or its follow-on). $ @( |' e+ c1 M# N$ }7 KSelectivity Refers to choosing a subset of targets either for attack or defense. (See3 E1 b; d" W" s8 U& k5 E: \: _ Preferential Defense and Preferential Offense.)% p5 I2 J# z! m- Z! l3 `1 a SEMA Special Electronics Mission Aircraft.3 U0 f9 q: D# s4 t# ~ Semi-Active 0 K7 s9 s$ ?( R2 R* M7 SHoming$ B! {4 w3 Z w4 m6 |) g5 D% ~ Guidance ! r/ c. N7 p- b7 Y& _0 M& PA system of homing guidance wherein the receiver in a missile utilizes radiations$ W4 L6 @- Z+ Y5 e7 i9 V" c0 U1 S from a target, which has been illuminated by an outside source.( `& H8 [; V2 V! ]3 q$ ~ Semi-Active 4 ]: Z9 ~" K+ { c' xSensor ?8 o- `5 K% n7 o" Y! T2 @ One that does not generate radiation itself, but that detects radiation reflected/ k+ O8 d; Z0 r0 ^" F B by targets when they are illuminated by other BMD components. Such devices' n9 \" `! E6 ^& O) M$ @ are used for tracking and identification and can operate without revealing their7 g7 f9 M6 k1 B& f1 g own locations. / u i D" \5 s I- oSEMP Systems Engineering Management Plan. k; ]6 u' F" x- ? SEMS System Engineering Management Schedule. 6 {) z- }$ M. Z, k7 G' OMDA GLOSSARY, VER. 4.0 S$ G' w( x# f/ I 262 ! |9 r" V; P2 I8 kSenior - m$ U+ Y9 F7 s Q! i# V: _6 xProcurement% `+ M% ~- x! _% f Executive (SPE)" ]8 I9 v& y* J6 M; |: U The senior official responsible for management direction of the Service9 j" O4 N9 @( _- S4 f; C! L procurement system, including implementation of unique procurement policies, 8 z* `8 r& ^2 ^regulations, and standards. The Senior Procurement Executive for all non-: C- @' M' C2 k+ I+ j Service DoD Components is the Under Secretary of Defense for Acquisition and " D1 H4 Z: A. |4 |$ j5 X+ J$ fTechnology, who has delegated many of these functions to the Heads of ' g* J7 b2 X/ ^- F0 sDefense Agencies including the Director, MDA.5 s6 W; [( Z3 t0 J SENSCOM Sentinel System Command.9 e# F% t: N: d9 |1 {4 }: J Sensor Data Measurement information. For a passive sensor it is usually irradiance time, and + D9 x5 T; c' |- B cLOS. For an active sensor it may include range, Doppler, cross section, etc., as. I6 p7 }: a/ C! L9 b well. ! {! K; L( y. K8 H6 U9 x' rSentinel ABM system designed for light area defense against a low-level ballistic missile 7 m( G$ C2 y. Yattack on the United States. Developed into the Safeguard system in late ; e- w# h3 G4 s8 M1960's.6 Z* ~& v/ M# }- m. C SEO Survivability Enhancement Option. 7 M% [- c7 D% E- MSEP Signal Entrance Panel.6 }( L9 e. p& j4 @, p5 W Separation 3 {6 B7 W6 g2 B7 a fHardware7 h) c% [* g- R* L7 v; M2 ] Objects expelled during payload separation sequence. 4 \; m! q; z. J0 ESEPG Software Engineering Process Group. , a0 s- \, C' R1 G* r1 C6 P, r) w, VSEPRD System Element Production Readiness Demonstration.5 q% G( |' E) D* a. D SEQ Sequence, or Staff Equivalent.( m. h+ W; k4 t d: l. d# g; L$ F+ H3 | Sequestration The reduction or cancellation of new budget authority; un-obligated balances,% ^6 M* @, y. _) Q& R1 Y# |& t new loan guarantee commitments or limitations; new direct loan obligations,& q+ C U7 \- z0 j3 P& B commitments, or limitations; spending authority; and obligation limitations. As. g6 E- I0 E/ I) ~& t. D* l delineated in the Budget Enforcement Act of 1990, sequestration is necessary if + O# w7 ?2 C2 l) c: ?6 B% c7 s- ]legislation is enacted that would cause spending in any appropriations category' M: i. w5 [' G" c* U2 i to exceed a specified cap.# { o" U) M; p SERB Software Engineering Review Board., ~" b$ n, m8 B& |# W SERD Support Equipment Recommendation Data (ILS term)., R$ `$ K0 n5 h! q; H* y. q- W w2 ~ SERG System Engineering Review Group. ( e7 Q% O/ K9 v% E+ f* SService : e9 o y6 f& P, V6 \, NAcquisition( X0 _* Y( ?: Z9 y Executive (SAE) 4 _) R: l4 D- } G/ bSee definition of DoD Component Acquisition Executive.+ M+ ]. U z& ` Service BMD& O3 U6 E7 b1 l) |8 ]4 V, S Program! n; j4 R* Y6 K Executive Officer2 g9 Y) k. N/ G6 r4 \" Y4 h (PEO) + K& U) g: d$ z9 E2 RA senior official responsible for execution of Service PMAs and for providing+ ^- a' \0 y; L- w guidance and Service-related direction to subordinate Program Managers. The1 H( e A1 s! a! C" b3 E# W; y F PEO will also serve as a deputy to the GM. (Consistent with PEO authorities and# N- Z* ~- ^! g6 k, ~ responsibilities documented in DoDD 5000.1 and DoDI 5000.2.) 1 B: v/ C* \2 a+ vService, i7 p1 E2 [( w9 Z5 `4 C# n: x- C Component f: b/ o0 t3 ^: g4 N( P Command2 `8 `- Z7 [2 v" ? A command consisting of the Service component commander and all those : J8 O& [( w. w! }individuals, units, detachments, organizations and installations under the 8 J$ u% k% Z( i6 b9 a5 I ecommand that have been assigned to the unified command. 8 U5 L3 u ^: ?( W* R+ B. Y0 HMDA GLOSSARY, VER. 4.0 S + @7 A+ T# t* q+ o4 d$ _9 b( z& g0 h263 ; i9 r' E' N0 tService Life 4 z( {; |1 }) H- U8 o6 d. o! d$ qExtension: u$ o: W- P7 e1 F Program (SLEP) 3 R% o% ]3 s% r3 Q% E3 F. TModification(s) to fielded systems undertaken to extend the life of the system , y! d6 b6 M1 ~ J" tbeyond what was previously planned.1 J0 K, |0 y& _3 n# J" Y3 _ Service Test A test of an item, system, or technique conducted under simulated or actual - Z7 u: V' V1 {: `- Aoperational conditions to determine whether the specific military requirements or ' D' M1 D1 y2 W; Qcharacteristics are satisfied.8 |1 _% S P0 f9 Z2 t/ J SES Seeker Experimental System.

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104#
发表于 2008-12-25 20:20:02 |只看该作者
SESE Software Engineering Support Environment.6 D9 R& V/ Z" ?( f# H0 W | SET System Evaluation Threat.7 n8 ^6 b" T$ ~! A5 ^' a- d5 ]! f SETA Scientific, Engineering, and Technical Assistance.- g. L$ ]0 O8 x8 `0 g8 w SETAC Systems Engineering and Technical Assistance Contractor. 2 c8 j( ]/ [* B- d7 CSETP Solar Electric Aircraft Test Platform.! M" P* G `4 [( w. m SEW Space Electronics Warfare. 5 q6 h9 ?/ A- V6 L6 aSEWC Space and Electronic Warfare Coordinator. , u8 Z* D. g3 Y4 ]" s; a5 GSEWS Satellite Early Warning System. 5 _9 J; N' h! I" a9 lSF Standard Form.7 I1 ]+ D7 R- v( ]1 e% m y SFC Space Forecast Center. 5 ?- c& v& `8 _. F* d: U7 [3 hSFS Shoot-Fail-Shoot.9 U& ?5 o' A' N5 m! y4 A" D SG (1) Steering Group R3 z- k5 z `' X M+ n (2) Silicon Graphics 7 y# q9 h; s( A9 ]* V; DSGEMP System/Source Generated Electromagnetic Pulse. X2 o8 g3 A3 K* V: SSGLS Space/Ground Link Subsystem. ) Q& E$ j! v) A1 t/ {! Y- ?SHAPE Supreme Headquarters Allied Powers Europe.: B' Y) k! }) K f$ Q SHF Super High Frequency. 3 D z9 J5 g: o9 J( x4 ZSHIELD (1) System High Energy Laser Demonstration.1 ^$ r/ P" p; _& y/ n; i (2) Silicon Hybrid Extrinsic Long-Wavelength Detection.9 `3 Z' ^3 L; _1 C! A8 Q1 M% H Shielding Any material or obstruction, which absorbs (or attenuates) radiation and thus* f' w; r, x; N9 w: d* U tends to protect personnel or materials from the effects of a nuclear explosion. A5 O2 m/ f5 M9 j moderately thick layer of any opaque material will provide satisfactory shielding7 Q5 A( J0 D7 E from thermal radiation, but a considerable thickness of material of high density+ G+ ?3 C8 \1 d$ Q. ~ may be needed for nuclear radiation shielding. Electrically continuous housing1 R7 Y4 {( W. C; O7 ^# _: t. j d for a facility, area, or component, attenuates impinging electric and magnetic 9 U$ n& S0 W; @# i- v3 ^fields.* f4 n+ N9 @: i. V* L) B SHIPALT Ship Alteration. " a7 t4 A2 [+ n) h+ I4 n, q$ TShoot-Back The technique of defending a space asset by shooting at an attacker. - @7 `9 V4 D+ {8 R( c2 \7 gMDA GLOSSARY, VER. 4.0 S 8 b5 }* D( c- @* e! f ^; f* X264! e+ O9 g( _3 W6 O" K/ f Shoot-Look-Shoot - E2 z- n$ t" ^5 U& N+ F1 A* M(SLS)! O' t0 C# X: y. w1 I' J A tactic used to achieve Defense Engagement Options (DEOs), such as assured" l8 d$ a2 ~( s2 d kill by shooting at the target, looking to see if it was killed, and shooting again, if " o% E1 g+ y$ G J9 u& q N qnecessary, to achieve the kill. 5 f2 s6 y. u( QSHORAD Short-Range Air Defense. ' G: J5 V2 i6 R( ?Short Range Air/ D8 c* ~0 f0 f& o& n; \ Launch Target 0 k% P. x) g1 ?- x: X- A8 U) j. JSingle-stage, air-launched, solid propellant theater target with threat7 F$ h! @) z% X+ R, Z representative reentry vehicle.6 @+ o9 @! G7 } Short Range * p' x( \0 X2 v. y% aBallistic Missile * T$ A* F) x; M1 B; ^1 n(SRBM) * n; }6 b0 q) R- j$ [A ballistic missile with a range capability of 30 km to 1,000 km. (USSPACECOM): i! b& Z6 `$ O2 ^ Short Wavelength2 o3 b" e& `/ c. c Infrared (SWIR)/ y8 e+ Y) n; N7 b Thermal radiation emitted by a source in the electromagnetic spectrum % y# ?! w" K/ u. ?% T! M Z! @encompassing infrared wavelengths of 0.75 to 3 microns.- j ~" k9 L& U. a$ { SHOTL Simulated Hot Launch (missile engineering term).1 [! K3 @9 J) z shp Shaft Horsepower., l* v+ ^ K6 s Shrouded RVs Reentry vehicles enclosed in a material designed to shield its thermal and other - C5 i& k1 c2 u A) Kcharacteristics.) c5 n5 T: M: B3 @ SI Special Intelligence. 8 Q) S+ w; p' w* m: [3 I) SSI&I Systems Integration and Interoperability. " m7 z7 u" J( u3 @SIC (1) Silicon Carbide.- r' `3 N, @* g/ j, Q (2) Standard Industrial Classification. + e0 f4 w2 J* M; f0 s8 ^SICPS Standard Integrated Command Post Shelter." r9 ^+ M' `: _4 A7 u8 L) W0 s/ Q! u SIDAC Single Integrated Damage Assessment Capability.! }& u: f2 r1 ^" Q' U% ]4 v7 H2 \ [ SIDD System Interface Description Document (US Army term).1 ~5 y' T9 Q8 U. n' \# f Sidelobes Residual EMR surrounding the main beam, which is of weaker power than the2 |+ Z" @ I8 W0 ^' S4 a main beam. " `/ E. M" C" ?( N5 I3 z: XSIDPERS Standard Installation Division Personnel System (US Army term).- Y' H5 S( O1 X, p, k ^ SIDS Secondary Imagery Dissemination System." C, `9 [" q2 u- M6 K( }+ z! X) I9 F SIE SATKA Integrated Experiment. $ r) d! r; ^" y' x: d0 B1 kSIF (1) System Integration Facility. (2) Selective Identification Feature9 ], V/ Z- F- c% J* z SIGINT Signal Intelligence. 6 b; N5 B# P% L( z( OSignals Security " ?) M6 J+ D p Z& k8 x {) r(SIGSEC)+ |/ P- W5 _: p+ r# Q The overall program for communication and electronic security. ! G: d5 m! |7 E1 K1 Y3 _Signal-to-Noise) L, `! c& }1 B Ratio (S/N) (SNR). W* f+ _( L9 H' y% D8 D Relative power of the signal to the noise in a channel; usually measured in 7 I, Z; d9 q# A; }$ g/ mdecibels. 8 N' n( H0 r8 ^8 R1 DMDA GLOSSARY, VER. 4.0 S $ O, q- }+ _, S265 Q- d; @+ [6 ~1 c5 B. l Signature (1) Distinctive type of radiation emitted or reflected by a target, which can be / _4 I2 {% Z2 K$ s |1 Uused to identify that target.4 x0 L" k4 ~ g- e/ Q9 M2 Y* q8 A (2) The characteristic pattern of a target displayed by detection and4 Q) z; @# b9 i identification equipment.0 G V& ^" D2 p1 A) P2 m, i Signature: ]3 I9 {. r6 R4 L0 \1 i) C0 ] Histories + G( i5 I+ t1 e! _A list of observed target signature characteristic parameter values as a function 7 l6 T( u) X8 p& E1 bof missile flight time used for target discrimination and kill assessment." N; v% P8 t5 u5 [2 o SIGSEC Signals Security. * {" |& z% V; K* ASIIPT System Integration Integrated Product Team (THAAD Program term). . g1 @) J8 \" B+ aSIL Systems Integration Laboratory; Sunnyvale, CA.1 G1 }1 @( K. i& U SIM Simulation.

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SIMM Second In-line Memory Module.; [2 x' \/ D; F/ j Simple Security $ g2 ~. Q, W4 ]3 jCondition % k" k- K$ K; A9 vA Bell-LaPadula security model rule allowing a subject read access to an object8 m N& y. w$ i" C; F# Z only if the security level of the subject dominates the security level of the object.* Q" E8 G. S: N% K" x# [6 Y SIMS Security Information Management System.! n. P" Q2 E; ~7 r: R- G Simulation A simulation is a method for implementing a model. It is the process of5 g* y, q8 @# n" b conducting experiments with a model for the purpose of understanding the . ^3 G( c$ s, K; M! x, wbehavior of the system modeled under selected conditions or of evaluating U9 ^7 H: O6 k various strategies for the operation of the system within the limits imposed by [" s8 y; {* x" s% Ndevelopmental or operational criteria. Simulation may include the use of analog- i& a! J8 I: H9 V, o$ c! a or digital devices, laboratory models, or “test bed” sites. Simulations are usually. R; @2 _0 [ |% m: a programmed for solution on a computer; however, in the broadest sense, military2 o9 m1 p" B2 v exercises and wargames are also simulations." T/ T2 D0 }" ?( m$ ^ Simulator A generic term used to describe a family of equipment used to represent threat' T' a. e# T/ U# m weapon systems in development testing, operational testing, and training. A ! n* z) E, Y% q* p$ [/ V/ Lthreat simulator has one or more characteristics which, when detected by human , m/ r# }5 x3 n" I1 Y# Zsenses or man-made sensors, provide the appearance of an actual threat 5 V1 s& g5 \1 T i1 M4 e6 P" jweapon system with a prescribed degree of fidelity.: U' n& L6 l" b8 b& T' f( `8 P SINCGARS Single-Channel and Airborne Radio System.7 a( d' ~( `: [ Single Integrated( b3 Q; x5 X9 Z- v/ t- P Operational Plan" H9 Y8 c4 s/ C2 \/ V8 P (SIOP)+ r5 |/ u2 q. O8 l' U: L% \ Plan by which the nuclear strategic offensive forces will retaliate when directed8 F% ]$ F: g" v. P by the NCA. * k) T$ u7 S; V$ u8 KSingle-Level$ Q8 m0 H |0 U; q1 ^7 d F; V4 x Device % i3 S% A7 f4 X0 e( gA device that is used to process data of a single security level at any one time. ) Q- \: f2 @5 ?. e2 f1 qSince the device need not be trusted to separate data of different security$ ^( P+ M+ W2 j/ G1 F% v levels, sensitivity labels do not have to be stored with the data being processed. C0 T6 o5 ~/ P2 B# J J, M& f. ^ Singlet A space vehicle, such as a Brilliant Pebble, which contains only one intercept / n1 ]0 |7 v/ P# r. ]. q( ^/ Vvehicle.& b9 t5 S. w1 h; ?0 ~ SIOP See Single Integrated Operational Plan.* Q* l7 s5 I# X8 o- e" @ SIP SINCGARS Improvement Program (US Army term).! y- t7 o0 @/ W3 E' ` SIPM Service Integration Program Manager. R7 c% }2 {6 A. G MDA GLOSSARY, VER. 4.0 S 9 `1 T0 K0 b8 W% Y4 u% C; [266 ; m) f! R3 {" A; }( k! eSIPRI Stockholm International Peace Research Institute (Sweden). v% A0 _) Q; \; @+ O. J% y( u4 }SIPRNET (1) Secret Internet Protocol Router Network. (2) Secure Information Protocol Net. 1 E2 o: B* ^' G9 r1 PSIPT (1) System Integrated Product Team. (2) Services Integrated Product Team. 5 W6 N9 ]- O9 J$ `SIR Signal Interface Ratio.3 H& N3 ], y4 g1 A9 I2 m( |6 Z SIRE Space Infrared Experiment." U( V! J' l2 x7 {, q% N SIRMR Senior Information Resources Management Representative.2 b7 \( @9 f- o3 \ SIRRM Standardized Infrared Radiation Model. 3 y! l' s2 V2 g' @" Z% \) HSIRST System Shipboard Infrared Search and Track System (USN term). , u- }4 s" h% f' Z* V1 k4 aSIS Special Compartmented Information Isolation Segment.5 A; a; |" } O5 [ SISS Subcommittee on Information Systems Security.3 L2 f5 t' k( ]6 D SIT System Integration Test.; Q0 @+ {% J4 L! Z8 |2 ^ U# U t Situation. _" Z& u5 q* P% a6 f Assessment 0 D) m. O2 f FThe determination of the extent to which observed event(s) constitute a threat0 A) R* e' D* f) b (e.g., isolated event, mass attack, etc.), using the attack characterization ( i6 V) K& ~: X8 o6 \# z& w. S/ qinformation. " s7 C9 H: c1 _7 QSIWS School of Information Warfare and Strategy. 5 I: F9 g0 z2 m6 o0 y# o/ wSix Year Defense p' N( M$ o$ @5 d/ z- M# h Program (SYDP)% X3 U7 j; U" h$ k! j The official DoD document, which summarizes forces and resources associated9 d: e& |8 S, B* g2 [ with programs approved by SECDEF. Its three parts are the organizations R2 c# C3 ]. G8 B- V- |affected, appropriations accounts (RDT&E, operations & maintenance, etc.), and ' M: D# e2 f9 D8 ~. c$ }" f8 qthe 10 major force programs (strategic forces, airlift/sealift, R&D, etc.). R&D is ( F* s0 f! t* H( w( m0 xProgram 6. Under the annual PPBS cycle, SYDP is published normally three 3 U, j/ m3 \; l ?4 f( D" j3 Ktimes: October, January and May. The primary data element in SYDP8 t& k& `- q/ D% u" I0 A& r/ v: F t) \# v representing aggregation of organizational entities and related resources is the7 T- M9 M4 N. Z& n: J' e program element. / }5 R8 d E0 L- x6 QSize of Threat) u& u0 S+ Z: N: `8 [4 A5 n2 t Corridor / {4 M% u' p* V$ V. X(LxWxAltitude) A volume of space in which a particular group of RVs would ( j5 c$ K7 d+ I* goccupy, defined by launch location and designated target area. " x! d+ d% C, CSKKP (Former) Soviet system of outer space monitoring.' c* L: V* {; Z& A; j4 a Skunkworks A separate program management operation established to operate outside the; D, o4 w( y2 d" {) t normal process, either to expedite development or because of high security & N9 c$ p: j9 }! I; Y1 tclassification. % k% X& B6 q6 p+ L# T1 bSL Sea Level.

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SLAM Standoff Land Attack Missile. 1 \2 r0 k9 P; JSLAM-ER Standoff Land Attack Missile-Expanded Response (USN term).- b* U% u3 r3 {5 b5 B SLAR Side Looking Airborne Radar. $ K* d! M; z3 SSLAT Supersonic Low Altitude Target [missile].) B5 N9 r1 ^+ ?) a( @/ K4 X8 @ MDA GLOSSARY, VER. 4.0 S * ?1 X9 Z4 d3 W+ B. w& b267 F- ^; n" @5 E/ e5 uSlave A remote system or terminal whose functions are controlled by a central "master" * E6 D$ v# L; N: ?8 k' e. fsystem. It is similar in concept to a host system in that it responds to remotely , F" q: S+ p, O7 P; cgenerated requests, but unlike a host system, is usually capable of performing a 8 m6 d0 B- I. I: tlimited range of operations. + n2 j9 k9 O+ l* t6 y6 J" z/ i" dSLBD Sea Lite Beam Director.6 I% z5 A' c$ M: I' C; h SLBM Submarine-Launched Ballistic Missile.0 }+ |9 J5 z4 M2 C& Y7 s" c3 B SLC Space Launch Complex.9 i$ v$ ^! B* Z$ E b SLCM Sea-Launched Cruise Missile.5 @8 L) {% y( s4 e O3 O SLD System Link Designator. * r$ E0 O- h; x0 v' OSlew Time The time needed for a weapon/sensor/antenna to move from point to point.; \; p/ F. D! g SLIP Serial Line Internet Protocol.. K9 c( X8 v( t# {( M3 E8 q: W SLKT Survivability, Lethality, and Key Technology. , V1 x! f" T, z+ J% w# b' ?* }SLOC Sea Line of Communication. ( R4 D/ G0 ]7 D& {. E$ H) F kSLRX System Life-cycle Risk Expert. " C- T% _7 D6 c! y% S. fSLS See Shoot-Look-Shoot.8 b* k, b g( G# M& _1 }) t; b% ] SLT Strategic Laser Technology.8 B. _0 _* u" x* g SLV (1) Space Launched Vehicle. (2) Satellite Launch Vehicle./ A- v9 `/ U$ E3 D+ a SM (1) Skunkworks Mission. (2) System Manager./ \2 I3 h1 ], @6 G; v6 O; Y1 H8 C SM&R Source, Maintenance and Recoverability (ILS term).9 s: R0 ^5 ?" U7 c# g z3 ^% u T SM-2 Standard Missile-2. (U.S. Navy)7 w1 T) m; z% r/ U0 |3 B% z" X SM-3 Standard Missile-3. 9 A0 [: u2 M R4 }. [# X8 }6 [SM-ALC Sacramento Air Logistics Center (USAF term).2 D2 D$ [! Q( k: p Small Optics Precision mirrors or refractors, less than 1 meter, and related technology, for 1 g0 O( z1 M1 U: K: Vprecise pointing and tracking from/to relatively small vehicles separated by large T- E g/ M/ M, i0 Q" J distances.% e7 t: q. a* _! {. D Smart Checklist “Destroy, disrupt, damage or destroy” BMC3 tool for BMD warfighters. 9 Z @4 r6 X3 l( [$ E3 ]Smart Munitions Munitions that “think for themselves” and have the self-contained ability to % s8 o) I4 w3 ~' y1 Q d8 U+ Rsearch, detect, acquire and engage targets. 8 Z- ~- O7 y7 E( D! M/ L- `SMAT Satellite and Missile Analysis Tool.6 i5 O2 U$ p8 h! l SMATH Space Materials Advanced Technology for Hardness. " A% f- K) O& z0 b7 T s# K9 qSMC Space and Missile System Center. 6 G! h0 w8 G7 H/ l+ ?SMCo Standard Missile Company. 9 A; N9 T, _7 S# y ]& z* L! c9 M! ZMDA GLOSSARY, VER. 4.0 S+ R1 B# i$ c" a& i 268. N; s' _1 C `. |. { SMCS Standard Monitoring and Control System (for US naval ships) (see ICS).5 ~7 S+ l3 ~5 H/ e" M( X) d4 P SMD (1) Strategic Missile Defense. (2) OBSOLETE. Navy Sea-Based Midcourse( _, ^" J3 x$ V Defense. See AEGIS BMD. 7 _. ~; Z- K6 L. }. k, E! C8 WSME (1) Single Management Element. (2) Subject Matter Expert. : b+ q" w4 _- O- @& v% U7 V, wSMERFS Statistical Modeling and Estimation of Reliability Functions for Software. ; C! O% j- w& TSMES Super Conducting Magnetic Energy Storage. 7 y; ^- y u& A1 @1 w& YSMMW Submillimeter Wave. 8 ~0 D# `9 ] ~* A9 I8 o5 Y' e7 ^/ [SMP Soviet Military Power (US DoD publication).$ ~0 k! C6 g* U, Q6 j SMR Code Source, Maintenance, and Recoverability Code (ILS term).. H# U; d. M$ D. m SMS Standard Mobile Segment. ! ~0 T! ]5 o. C/ sSMTP Simple Mail Transfer Protocol (computer term). b9 ~3 `+ f$ u- N4 t" D SMTS Space and Missile Tracking System (formerly called Brilliant Eyes). % Q7 C* Q% ]0 C5 v8 @$ G9 W/ B8 [SNC System Network Controller.) x" E# `+ }/ i# n( } SNDM Secretary of the Navy Decision Memorandum. 1 j+ v- `2 r$ R$ J2 t/ f6 F2 aSNDV Strategic Nuclear Delivery Vehicle. 9 z$ e7 ?- M- M) _3 I: D5 s0 C, JSNF Strategic Nuclear Forces. % U7 q6 v4 \8 O! i4 Z7 R% GSNI San Nicholas Island. Part of the PMTC. 4 R0 ]* v% x' |8 v K& D1 gSNIE Special National Intelligence Element. & |2 x l2 e( K! wSNIPE OBSOLETE. SDI System Network Processor Engine.: z; N( a# F7 o' d SNL Sandia National Laboratory, Albuquerque, NM. - \0 I! ]& _1 i' `* q; WSNR See Signal-to-Noise Ratio (Also called S/N). . G+ \/ H7 v4 \0 X( J. S+ mSNRC Soreq [Israeli] Nuclear Research Center.6 q$ c; W% }' L. v A+ F+ ^* y SOA (1) State-of-the-Art. (2) Speed of Advance. ) `! X; G% k9 i# uSOC Statement of Capability (Contracting term). ! S0 u' u0 d( d+ c0 iSOCOM Special Operations Command. . C+ c! U2 a5 ?4 C9 @+ I+ `SOCS Subcommittee on Computer Security. / p; k3 N1 k& `8 ^SODD System and Operations Document." M9 L9 L8 X; B7 R- w SODO Senior Offense/Defense Simulator. ! L4 K! A/ e, |9 ^& ]4 o$ ?SOF (1) See Strategic Offense Forces. (2) Special Operations Forces./ }8 d k3 i& f! Y. I MDA GLOSSARY, VER. 4.0 S5 | b, [* j+ X 269 ; f t7 [% z% d; A* SSOFA Status of Forces Agreement.$ S, `( A0 ]6 \* E. o& I Software& }1 k. J- L1 K, ^ Architecture7 | h- X3 [. H4 R1 e The implementation of solutions to the problems in the domain. It becomes a0 }* \" ~# b8 N5 n# Y model for constructing applications and mapping requirements from the domain / V& N; {8 p* _2 V9 \( lmodel to reusable components. A generic architecture provides a high-level . s7 ^1 Z. M4 Ageneric design for a family of related applications as well as a set of components ; J8 `* k% C2 @4 k* N# ?intended for any instance of that application. The generic design eliminates the7 `; p1 S4 h4 t' o7 T* u need to develop a high-level design for each application within the domain. As a " M& Y" m H+ F0 Q# _result, domain developers use these representations as specifications for / F/ \6 _" l& b. X& `/ ereusable components.5 Z% E' G2 O1 R2 } Software : H3 B+ f+ f! LDevelopment% v. ]2 f$ M" N. t) t8 M' } Cycle # I- F" G% Q; S i/ D2 c(1) The period of time that begins with the decision to develop a software 2 V, j1 Y' o$ P+ l/ yproduct and ends when the product is delivered. This cycle typically0 M7 o5 z# n8 d8 U4 Z/ u& @* d8 ? includes a requirements phase, design phase, implementation phase, 9 p6 t7 I4 R: V- U" o0 ~) xtest phase, and sometimes, installation and checkout phase. Contrast 4 A8 g+ `3 A, h! Z. [/ x* l9 \8 Swith software life cycle.% L6 M. p: }2 E4 B; y, x (2) The period of time that begins with the decision to develop a software 3 k! b$ E! ?* l7 Q% p; g8 D. R2 kproduct and ends when the developer is no longer enhancing the; f* f. T) q+ E/ Q* r3 r product.

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(3) Sometimes used as a synonym for software life cycle.0 \: ]" N( U- I Software * Z0 A; F! B5 N6 ?Documentation $ i& x+ P! B8 ^! S5 [0 ]Technical data or information, including computer listings and printouts, in2 M% W: W1 C+ i$ j human-readable form, that describe or specify the design or details, explain the * g' a6 _: [8 ?/ A: A) Acapabilities, or provide operating instructions for using the software to obtain# s) m7 N6 [2 h; e2 f desired results from a software system. (See Documentation.) " Y$ B( ?) n% xSoftware9 @5 n( w5 ?( [0 M8 H Engineering2 O7 a5 Y0 U4 V( s+ E" C& P (1) A discipline whose objectives are to define, create, and apply a welldefined methodology that addresses a software life cycle of planning, 9 D2 z1 J/ B) W' }development, and maintenance. ) Q: w( E( T5 R(2) The application of a systematic, disciplined, quantifiable approach to the 8 z9 l ?7 p* y; C: vdevelopment, operation, and maintenance of software, that is, the; L- n( W4 J4 d' T7 i' `6 D) g t application of engineering to software.- i- c$ Y( ]. m, j$ Y* A Software Life" k5 B+ }: [, c( n8 L! P$ [ Cycle$ g- j. C K+ r* X8 ]/ R0 |/ R The period of time that begins when a software product is conceived and ends* D. c# M5 ^. p" K( X7 G when the software is no longer available for use. The software life cycle typically+ T+ s/ v E: Z includes a concept phase, requirements phase, design phase, implementation" G" B. T( H+ u. ^) f( ] phase, test phase, operation and maintenance phase, and, sometimes,* _. r' n9 Z! V; t" n$ U; T retirement phase.3 s0 R, e3 g3 G) V+ p( M Software Support The sum of all activities that take place to ensure that implemented and fielded 3 b H' W; T& Z5 W7 Fsoftware continues to fully support the operational mission of the system.$ N9 J- a0 Q& o0 A Software support includes pre-deployment software support and postdeployment software support. / V; W7 t, h, m- DSoftware Test & A$ y$ L0 b9 B8 J7 O7 _1 EEnvironment 2 l2 D6 y) l# a h' ~) y1 p, lA set of automated tools, firmware devices, and hardware necessary to test, N) u; @1 t* i6 j software. The automated tools may include but are not limited to test tools such 2 u- a- ?3 _. A5 m( vas simulation software, code analyzers, test case generators, path analyzers, 0 q/ ~& _& ?1 t' l: s2 Y- v, Setc. and may also include those tools used in the software engineering 2 X0 L e2 D& B& u7 {environment. - t, |% [: ~1 c0 H X, E: D9 M, ^SOI (1) Silicon-on-Insulator. (1) See Space Object Identification. ! T1 f1 p1 {6 E; H F3 r; SSOIF See System Operation and Integration Functions.' l" \# l5 J3 g# c2 x, `. u SOJ Stand-Off Jammer.5 P( N% K, G; F7 Q MDA GLOSSARY, VER. 4.0 S7 k1 d9 U9 H/ [# F$ U$ y- l 270( T9 s! {/ y o9 Y* }* d Soldier-Machine " ]+ x) [9 G0 q B5 tInterface ; p/ @0 a3 q! \1 r9 Y# G' m! iConsiderations through system analysis and psychophysiology of equipment 5 H2 E- X; X$ s, `designs and operational concepts, to ensure they are compatible with ! S* f3 R/ f& f ] u( mcapabilities and limitations of operators and maintainers. " |0 d: h, X: K4 _$ xSole Source( y9 X) \3 B( W; o: \" } Acquisition: }+ c/ w; E- Y5 N4 ~ A contract for the purchase of supplies or services that is entered into a proposal2 d; \3 \. Q, i to be entered into by an agency after soliciting and negotiating only one source.8 d8 G; o7 q3 e3 g0 K- X SOM System Object Model.' i5 y2 l1 q1 Q( D7 W( Q$ j% J SONET Synchronous Optical Network.% g9 d- D" J1 } SOO Statement of Objectives (See also SOW). + Z3 P1 g/ J# {( G) WSOP See Standard Operating Procedure.- O) B; d* C O( L& w! T( F SORTIELOT Sortie Allotment message (JFACC term).- Q2 d3 [: K3 t h: ] SORTS Status of Resources and Training System. ( J# d {3 `# g/ kSOS Silicon-on-Sapphire. ( b" F3 I6 G5 HSOSUS Sound Surveillance System (USN term). W3 C8 E+ e" J8 b! H; \# ]5 Q& i Source Selection( Z m, a. P4 v# n) U# J Authority / P7 x& s4 y" _" P" H* {* i! QThe official designated to direct the source selection process, approve the& _1 y( _: f0 a selection plan, select the source(s), and announce contract award. . _! Q* d4 y- I: e2 n Q+ |Source Selection 4 g. Z4 k. ~% @) m2 H3 X2 S! KEvaluation Board6 K7 _$ I/ x# L' O# }3 E A group of military and/or government civilian personnel, representing functional 5 D# G4 g' U. a& b4 h' t2 zand technical disciplines. It is charged with evaluating proposals and developing 1 i+ n# E+ o9 B( g+ Jsummary facts and findings during source selection. & E/ z: U- U) {& |Source Selection 9 _; ?1 {+ p5 oPlan (SSP) + w& x$ V! F0 \% J: mA formal written document, which sets forth the source selection organization 7 L7 H! E9 E5 i* z1 ]and management chain for a specific acquisition. It provides a guide for : W* Z3 A* F2 Qevaluators on how to conduct the evaluation, it details the criteria to be used to # N) X( v, Q' l$ e7 Devaluate the offers received in a competition procurement, and it establishes a ( f9 M1 C# n1 y; G8 b$ bbasis upon which to distinguish between proposals and to make an award. The/ O" G! Y0 s6 f# x1 X SSP is written by the Program Office and approved by the SSA. 2 m/ _6 e/ V# ?5 q# W" oSOW Statement of Work. 9 [3 n4 x1 V# q4 g1 l- n* c" l* gSP (1) Security Personnel. (2) Self –propelled. (3) Signal Processing. S2 i2 H8 i! M' Q: z4 p SP-100 Space Power-100 kW. - M' w1 a- D) [/ P4 GSP/CR Software Problem/Change Request. " U/ a* t/ e0 tSPACC Space Command Center. o5 N3 e! [/ `8 d T Space and # O$ r" h1 F. c# ] x8 _/ xMissile Tracking 8 e( }/ J, c2 O4 G+ ]- j. zSystem (SMTS) i$ G' |0 r% ^ Space-based satellite sensors for surveillance, tracking, and discrimination of: k* Y9 I# \$ n% v$ V5 g1 K/ w# p enemy objects during post-boost and midcourse phases. These sensors support/ q) C' B# H+ V+ V6 F2 ~+ G# c* a ground-based interceptors for both theater and national defense.0 Q; z g: j4 w& E Space-Based ) L# k* B$ }% B6 x G* ?( W/ DArchitecture: W9 g7 i) e! R* `7 W" V Study (SBAS)( \( r0 G9 I+ J8 u4 A3 z5 e/ u A 1989 study to review the space-based elements of the Phase I SDS2 P6 o& H0 s. n4 t* q5 o* w architecture, with emphasis on Space-Based Interceptor (SBI), Brilliant Pebbles! J- n: m/ F/ e! g (BP), and the Space Surveillance and Tracking System (SSTS), to define and 1 o& s) Z P, {9 b- C' @6 Ajustify a recommended architecture for Phase I and beyond. , a9 f1 G0 Q) J0 b3 zMDA GLOSSARY, VER. 4.0 S: a7 u) v: x+ ^! ]6 n2 R 271 e0 }3 K* U; A' {9 k2 lSpace Based1 C- x# p8 u( a) T# ~; c Infrared System + V4 d6 x9 ?9 E1 m; ~7 p(SBIRS) % n7 r! j9 C& V/ p: i9 Z! C$ JSBIRS will be a consolidated system that will meet United States infrared space ! x0 B z& ~% Z* t. ksurveillance needs through the next 2-3 decades. SBIRS is intended to be an* f2 v. w7 V7 x+ J) e7 T: j integrated “system of systems” including multiple space constellations and an6 O# U2 R i; X4 } evolving ground element. The baseline SBIRS architecture consists of four # z/ N$ C8 i8 z: I. {9 q) {7 mGeosynchronous Earth Orbit (GEO) satellites; two sensors on Highly Elliptical* F/ E& y) w7 g* E+ ^$ x Orbit (HEO) satellites; Low Earth Orbit (LEO) satellites; a ground system $ |$ e& i: }8 f5 P) I Y5 W. yconsisting of a CONUS-based Mission Control Station (MCS), a backup MCS, a9 R3 P( g) }) p* w% a) D2 i- V survivable MCS, and oversees relay ground stations and re-locatable terminals;' o9 o* i% h2 A9 `8 w, F( ? and associated communications links. The SBIRS is designed to meet the $ G7 U2 Z, g$ N0 O& P. @8 B& `. `; }missile defense, missile warning technical intelligence, and battle space 0 Y: b# d. |* J/ }5 E F& mcharacterization mission requirements identified in the JROC-validated SBIRS 4 K& s& h s8 A5 r* n, a9 w4 {Operational Requirements Document. The SBIRS program will begin replacing 1 t( y" H6 X: t# a" |the operational Defense Support Program (DSP) ground segment in 1999 and ) C- o! B) h7 W) i8 R& zbegin replacing the DSP satellites in 2002. " f ?6 D9 q- L$ dSpace-Based( @+ \/ K2 a& \5 R2 C: | Interceptor (SBI), s$ n' T4 F3 x. u3 X; @ OBSOLETE. A distributed set of low earth orbit satellites that may provide ~' l6 x! U6 b1 wlaunch detection and booster tracking, and that serve as kinetic or kinetic energy+ B! p5 y' N" M interceptors of boosters, PBVs, and/or RVs. (USSPACECOM) : ^7 ~9 m1 Q; NSpace-Based4 q# \' h. P5 u/ S4 n+ c0 O/ B Sensor. W( l1 }1 ]6 X7 v A system that provides global above-the-horizon surveillance to detect and track " o* [- A' L, a" k2 \0 pPBVs, object clusters (RVs and penaids), and resolved midcourse objects, as , u. J; c% w7 c- B) I8 Pwell as below-the-horizon tasked hot spot detection of boost phase missiles . \ s" T. H% t6 J! U8 T! {when cued by a space-based weapon or a priori knowledge. It provides ; p7 B. e6 a2 b: d( bsurveillance data for use in situation assessment, operational intelligence ' r% i- M' `& S/ r$ z, U" mcollection, and for cueing other sensor and weapon elements. During - A* t3 A; e9 D* n0 imidcourse, sensors discriminate and track RVs and associated objects to support ' I. l/ [$ o6 \9 N6 A, mmidcourse engagements. (USSPACECOM) 9 s+ l/ d4 ]' Y( i) QSpace-Based6 ^' Y B1 t- y, Q' L; q( Y1 u Surveillance and 1 P. ]9 {$ m* Z9 O# wTracking System - ^8 B+ y k T. G5 N& {6 C(SSTS)2 t$ z7 v( x7 P- j OBSOLETE. A satellite-borne electro-optic tracking and surveillance system in 0 C! U r7 M/ R- t8 p+ Lmedium earth orbit. The satellites would track targets from medium earth orbits $ Y2 ?4 _$ {" p) K2 T: J! {against a cold space background and near the earth limb. Individual objects’ t/ V: J" D( t) tstate vectors would be generated from correlated information from two or more: w4 C4 z3 u& D: C$ Z sensors. (Predecessor to Brilliant Eyes (BE). 2 Z0 C& g2 j8 A9 q C2 H2 eSpace Command 2 E( `+ S2 Y. L0 e9 y7 j; {Center (SPACC) # B: T: y+ K9 K; o% O7 @4 x$ FA USSPACECOM center located on Peterson AFB, CO, in Building 147(1). It is 8 Y* ]3 [5 v* pthe primary command facility for USSPACECOM providing USCINCSPACE with 4 `; D( F$ V- U; N& V# a; X/ sthe information necessary to perform assigned missions.

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Space Control % o' v# @3 u# V9 V4 u' b8 e& EOperations ) d" ], F* h# _3 p2 Z- rOperations that provide freedom of action in space for friendly forces while, when 9 r l# ]- G9 N0 n6 o& x J+ Pdirected, denying it to an enemy; includes the broad aspects of protection to US 1 x7 _. ^/ l6 h, B# x9 I r) ^& j# I$ tand Allied space systems and negation of enemy space systems. Space control. ^+ w( c9 c( Z5 B operations encompass all elements of the space defense mission.3 I, r. t: O; \5 L' o Space Defense The defensive aspect of space control operations which includes all active or. j6 T3 |/ T0 F. k3 L1 l) j passive measures planned or taken to defeat attacks against friendly space* h% @2 F! K7 P1 x- f f5 Z# | systems or enemy attacks from space. 6 e9 n5 J, Z L/ x9 t) qSpace Defense % Z" T$ z' R1 ROperations 9 B( B: c7 k# ~: M* P6 |1 }6 bCenter (SPADOC)" c! g4 S; v$ {7 q* l A center in CMAFB responsible for monitoring and reporting of ASAT attacks on 8 H1 ~* m% E f1 H& F0 q- DBlue satellites, negating designated satellites, and reconstituting and protecting" l3 M7 H9 [/ {7 G designated satellites. o7 ~! o, I; ]$ L Space Detection / c4 r5 |$ K( T/ h4 f6 V1 Dand Tracking ; {% T# J' n% }6 o; w% A: ?System6 x7 t% C. U$ R (SPADATS)/ I1 f8 M7 a+ s A network of space surveillance sensors operated by the U.S. Air Force.8 ?& d% T* N* m1 B* M MDA GLOSSARY, VER. 4.0 S* d; N( ]. I" n, d( T' f6 R$ M* g 272 ' f1 d' _; n4 H5 G, G. oSpace - H; m% w7 ^/ m' `8 S5 aEnvironment : {, o7 U' e1 h5 e8 ~ oForecast Center* F% H' Z. {+ Y9 X' v% K: i (SEFC) 9 j7 f/ |9 ^. x% b& P, ]Center at Peterson AFB, CO that supplies terrestrial and solar weather to the / l4 r! M% y- gCMAFB Weather Support Unit (WSU) and designated USSPACECOM units. 0 u$ [9 a0 S, s/ ?3 ^1 KSpace Forecast # M2 _) }8 g) X4 S5 H! eCenter (SFC) v9 y( k8 t+ }; U+ Y* u, L0 J8 pCenter at Falcon AFB, CO that supplies solar and space environmental) Q/ {# d7 m+ I X$ F5 W) s warnings, analyses, and forecasts to USSPACECOM, NORAD, and DoD7 u R) @" q- c/ a! m* @- q6 U" w customers.* h( ]& v0 T5 s! H" W" N% i8 l Space Mines Devices that can track and follow a target in orbit, with the capability of exploding . r6 f& v8 J& } X3 ? eon command or by pre-program to destroy the target., f [8 B% }4 u5 s* z Space Object* Q9 M# L" C. G9 ~) z Identification8 r6 I) Y1 i% R7 h+ Z (SOI)8 k: I9 O9 y, b. K/ f0 I: F Use of radar, imaging, and other collection resources to determine size, shape, 6 `& I' ]( H/ Cephemeris, and identity of space objects.* z/ a5 {" t. y& W5 ]' P! J Space Power Generation and control of electrical energy in space, from various originating. a- q; b, ^: U sources (e.g., nuclear, chemical, solar). N# t2 f( B% R% } Space Support; p. S4 w+ [) J Operations ( W# o# Q' C1 y2 i( [: TOperations required to ensure that space control and support of terrestrial forces5 T! O8 q6 j: ^ are maintained. They include activities such as launching and deploying space ( Y4 p2 s; m" k3 ]vehicles, maintaining and sustaining space vehicles while on orbit, and ) e2 f' B& {$ ~, u; }5 \recovering space vehicles if required. * @' }; q% g# ^: Y8 w8 T sSpace# B6 G& U4 q0 l& a Surveillance : T3 s4 S7 B; t; j) k/ ]$ l M(SPASUR)% o e, f2 i. ^: \ An operational space surveillance system with the mission to detect and6 E @# a' U5 f+ n8 n6 t determine the orbital elements of all man-made objects in orbit of the earth. The . C/ p, t. j# W$ Y! D& zmission is accomplished by means of a continuous fan of continuous wave) }' a* y1 P! n9 u6 t% s energy beamed vertically across the continental United States, and an, M4 f; B' m8 u% j+ G associated computational facility. It is the Navy portion of the North American: g/ I: p6 [6 `- z G) H. R# V Aerospace Defense Command Space Detection and Tracking System.$ l2 [" e; N% y9 j/ L0 l% ] Space- A* f+ Z, X$ y/ A- h' K, b1 G7 ^6 F Surveillance $ M. j. b* { y g4 x8 }! vCenter (SSC) " l) R1 r& {7 l; ^$ qA center in CMAFB responsible for maintaining the satellite catalog, laser% P7 W l" B' F+ l+ V8 [ clearinghouse, collision and RFI avoidance, and Tracking and Impact Prediction ' L& H- E" y. J) L: M3 d6 R(TIP). & k/ p/ y3 [2 h. v eSpacetrack USSPACECOM global system of radar, optical, and radiometric sensors linked to & n3 r4 Q. v5 A) Ba computation and analysis center in the Space Surveillance Center. The y2 N% B+ H1 V5 ?# I8 S% A$ E6 U Spacetrack mission is detection, tracking, and cataloging of all man-made5 }3 d s% C9 U$ n+ m objects in orbit about the earth.4 _3 V! I# {1 C9 `2 \; T" U Space 1 H, O/ u& o7 h& KTransportation H: i9 `. f i; y PSystem (STS)9 m2 X: V7 [0 b: e2 a, \ A national asset that provides routine access to space for both civil and defense % z% r2 k# h' Husers. Elements of the STS include the Space Shuttle, upper stages, - Y6 x& p2 ^! x2 p, j4 OSpacelab, launch and landing facilities, simulation and training facilities, and7 z9 z% `$ }" X* O mission control facilities. The STS is a reusable system capable of deploying a y6 h: x9 r, O! F. C1 P6 B. X5 V wide variety of scientific and applications satellites. It can carry payloads9 w( a* l' L+ Z. Q' c/ x" s, n weighing up to 65,000 pounds.: _) ]% O2 T+ m. V" B& W+ T- v5 A: _- m SPADATS Space Detection and Tracking System. 5 M" f; K( \# {/ W- kSPADCCS Space Defense Command and Control System. ) ^- q9 G& m. |0 N: lSPADOC Space Defense Operations Center. (U.S. anti-satellite mission control). ; M2 _( {8 E |SPADTS Space Detection and Tracking System. ( ~7 K1 r- O$ pSPAR System Performance Analysis Report.- O; G9 w! r1 i m! z% y MDA GLOSSARY, VER. 4.0 S: h4 S( U* H# J6 c 273 4 \2 J8 C4 g7 iSPARTA SPARTA, Inc., Laguna Hills, CA. % j. H/ [% q: h: vSpartan Nuclear-armed, long-range mid-course interceptor used in SAFEGUARD/Sentinel ) U+ j$ }9 H3 ^, F9 qsystems. $ G/ Y0 H& Z; e8 g: _ z" A, hSPAS Space Power Architecture Study. 9 N x) L, [, u/ I) A9 ]+ JSPASUR See Space Surveillance.5 B7 e' V1 e" ?) p: W% ~6 [ SPAWAR Naval Space and Warfare Commend.% f; J/ s- h! l/ Y B SPC (1) Statistical Process Control (2) Special Program Center. (3) Special Programs 2 I7 m& s. G! l. {Center. ! R+ u. y8 B* n, vSPE Senior Procurement Executive.' m, b. h6 d! J* T# g9 Q0 k8 t SPEAR Space Power Experiments Aboard Rocket.' k# k+ U- d" i# Q% ^7 f SPEC Specification. " O' t, F5 G1 L; tSpecial Data' C/ A6 {. k1 B5 e6 z, R( J Commands + u" c9 l N, g) KSpecial, non-routine commands distributed for surveillance battle management,- W; ~& T U; u3 \" d4 Q and fire control. 0 ^* M. H4 R. h5 R% @3 sSpecial 2 }4 R) `9 Q" L" A' S& v* z. O. BPrograms Center* i( D8 \7 d9 s9 t National center for threat modeling and production. Located in the National Test+ y# d- [. v; l1 s0 j; a. o Facility at Falcon AFB, CO.; e& O) }- B7 G" S* s" z3 L7 r: t" V Special Test 1 f+ l4 _( r! REquipment (STE) % j; @ L: ]4 |+ P$ Y, ?Single or multipurpose integrated test units engineered, designed, fabricated, or 4 H/ v* @ S- x" C- Z, K: }5 amodified to accomplish special purpose testing. Such testing units comprise# h: P' ^9 X' r6 x- W electronic, hydraulic, pneumatic, mechanical, or other items interconnected so as - p# E9 c0 b0 P# Sto become a new function entity, causing the individual item or items to become6 B( @6 P" j+ u interdependent and essential in the performance of special purpose testing in9 L, d% N8 M' h" `8 v- I the development or production of particular supplies or services.' Q) X4 R0 a3 p: F Specification A document (or other media) that specifies, in a complete, precise, verifiable/ n6 @4 |& `3 V) M3 ?' i manner, the requirements, design, behavior, or other characteristics of a system& [) L8 u2 a k6 ~4 w) c) J or component, and often, the procedures for determining whether or not these8 r$ R L0 j# w' K5 l provisions have been satisfied. : w& D7 D- g7 b" X5 j) |' zSpecification1 N" g f/ ?3 C$ q+ r! W Language 5 H C/ [0 [3 f, \/ q. gA language, often a machine-processable combination of natural and formal L1 c9 Z& s# I- Z' ~) W language, used to specify the requirements, design, behavior, or other $ J7 L8 b; B, u5 {' h# [characteristics of a system or system component. 8 b! W$ `$ @, gSpecified, \1 V6 ~0 n0 i# c) Y Command6 G0 k1 \. U% e A command that has a broad continuing mission and that is established and so 2 ~( Z& @$ I* O* H. |designated by the President through the Secretary of Defense with the advice5 |! T' n7 Z4 b+ O" ^ and assistance of the Joint Chiefs of Staff. " N/ B( h4 a! FSpeckled Trout C-135C airplane with ACBA equipment.4 x! N0 q5 o6 Z7 z# e+ j7 z SPEED System Planning, Engineering, and Evaluation Device.% g# n! C. |+ `1 S6 i6 z SPF Standardized Plume Flowfield. * n& `$ o; `1 A) ASPFE Special Projects Flight Experiments.! m. f- R ?$ B- l/ ]' H SPICE Space Integrated Controls Experiment.

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SPIMS Strategic Program Information Management System (SDIO/MDA term).$ N; X( q3 _: Z MDA GLOSSARY, VER. 4.0 S % e! I' m& N7 ^2 M274 9 z @2 ~9 Y4 u" z' u w/ N1 E; }7 z" ASPINE Shared Program Information Network. ) R: X4 C7 z1 |6 D2 f$ I7 h' f6 KSPINS Special Instructions (JFACC term). 2 ?) D7 B, e* g+ ^0 P; }) P) ^Spiral; D% _/ D, q2 S# S Development : @: ]* l: w" j' b; f. h& g, X9 xAn iterative process for developing a defined set of capabilities within one 4 n6 r! j+ z& r! kincrement. This process provides the opportunity for interaction between the3 Z4 W( z3 p3 q- _% k7 K user, tester, and developer. In this process, the requirements are refined through 5 b8 a1 e* R& j+ Jexperimentation and risk management, there is continuous feedback, and the2 u, A) e. }3 {- L9 d# @& X( i4 k user is provided the best possible capability within the increment. Each increment 0 |6 L7 S6 g% P. T2 ]- `may include a number of spirals. Spiral development implements evolutionary # H# H3 Q' R5 U0 f0 A, ~acquisition. 8 J* a$ H6 U; B$ j+ R: tSPIRE Space Performance in Radiation Environments. ( L; W$ |* e6 ySPIRIT Space Infrared Imaging Telescope. * l9 n! r/ D, l+ u* C$ |) vSPM Software Programmer’s Manual. 3 G8 J7 d) D5 ySPO See System Program Office. (Air Force)% C* Y/ q* U2 t9 W( k6 x: Y/ i5 s) m SPOCK Security Proof of Concept Keystone.7 P7 I5 q; f: O! a SPOD Seaport of Debarkation. 6 k$ Z6 m' ?3 ~. mSPOE Seaport of Embarkation. , [) S2 V, S- tSpoofing Any technique by which sensitive information or commands may be substituted2 D. \# p$ E: F/ | or stopped without the knowledge of the authorized personnel involved. 1 r$ w8 B1 `' d2 n9 Y. rSPOT Systeme Probatoire d’Observation de la Terre - French observation satellite , p* I% [1 N/ t5 i0 R+ i+ lSPP System Performance Parameters.0 H9 @' U) k# U: v+ ?1 { SPR (1) Secretarial Program Review (AF). (2) Secretarial Performance Review (OSD). 4 u4 h; ]# m# R7 w1 Z; S; l(3) Sponsor’s Program Review (Navy). $ K( ^& Y" q W- s- wSprint Nuclear-armed, short-range interceptor used in SAFEGUARD/Sentinel systems. % k2 _, H' k6 F4 OSPRM Solid Propellant Rocket Motor. 3 [7 C% ]6 p- Q, u3 H& I- SSPRN (Former) Soviet system for missile attack warning.7 q7 p G9 w4 d9 g( F: G, E SPS Software Product Specification. # g( J6 J( m4 b1 k9 X7 XSPT Support.+ K# o! d0 E! V! k! X SPY-1 AEGIS radar.3 t) K8 O' A/ @1 r% l! Z% _" B SQA Software Quality Assurance.3 _& P& [8 M. m) ] SQL Structured Query Language (Computer term). & f" s% [4 B% f2 P, x! @sqrt Square foot. # p+ q$ d; W# O iSR AFSPC Regulation.5 f8 w4 w/ b! Y SRA System Requirements Analysis. 2 t5 O. Y( d7 o: F7 f% v7 o- sMDA GLOSSARY, VER. 4.0 S - p/ \7 l) g# ^, l. o" s2751 N. ?/ u: l" p |; z3 o2 ]. M SRAM Short-Range Attack Missile. 9 k0 o) H' p# q2 H, S8 |SRB Solid Rocket Booster. ; q4 Q! |, ]2 R0 K' \6 c# `SRBM See Short Range Ballistic Missile. 4 Q" Y8 {- R% E+ f4 ESRD Systems Requirement Document.* s! o) N2 `/ W0 D* \; O SREMP Source Region Electromagnetic Pulse.3 d! J/ ]8 n3 r+ k SRF Strategic Rocket Forces.8 i! G9 X- _% d' w& J SRHIT OBSOLETE. Small Radar Homing Intercept Technology. Predecessor program! N- V) U' J' \9 E! _7 S to Flexible Lightweight Agile Guided Experiment (FLAGE).& ^" }# Y+ x) ?6 G$ k8 ~' [. c SRIM Short-Range Intercept Missile.5 s+ N! U/ t! t( m; g1 V SRINF Short Range Intermediate Nuclear Force.1 J9 O6 N5 j6 ]9 p1 [2 K t SRL (1) Site Readiness Level.. s) T4 p, O' x9 M% t1 D4 o+ \$ @) W6 C (2) System Readiness Level.% T4 @# b/ M' h% f (3) Super Radiant Laser.* v+ ^& o4 O1 [' Z3 [ SRM (1) Small Rocket Motor. (2) Sensor Response Model.* s/ n1 w7 t5 g0 M p SRMP Sounding Rocket Measurement Program.8 I. y7 X2 e9 v7 _( o SRMSC Stanley R. Mickelsen SAFEGUARD Complex site.9 C/ E6 t4 C1 S: a SRMU Solid Rocket Motor Upgrade. ) }( O% ^2 ^, Z% lSRO System Readiness Objective.) d; t0 ]& ^ I1 ?6 _5 ]# H( s SRR System Requirements Review. + |, n' n. i3 W |( l" s# Z0 C. DSRS (1) Site/System Requirements Study. (2) Software Requirements Specification ; T: A$ J. a9 cSRT Strategic Red Team., L- s) o3 S" ` C SRTBM Short range theater ballistic missile., U% a' u u2 k. M$ P4 a Y" z SRU Shop Replaceable Unit.6 V1 D' i2 T6 u6 J, w! G/ y2 N7 R! p6 e4 ^ SRV Single Reentry Vehicle.% \' v* t ?( |0 J; R& ]" B SS (1) Solid State (USASSDC Family of T-GBR term). (2) Simulator System. " ^/ T0 Z2 \6 d5 \- O6 h8 JSS- Surface-to-Surface. . n; E |- _, s, S% L1 W) JSS-18 Largest ICBM in former Soviet inventory credited with carrying 10 RVs, but 9 f: P p+ [- v" f. P% F5 fcapable of holding many more. ( t; z& ~: d6 u( A$ NSS96 Summer Study 1996 [Director, MDA].7 J( a# A. C; ~5 j, r SSA See Source Selection Authority. ( c$ [: ]/ _1 P/ e5 X" |SSAC Source Selection Authority Council/Committee (Acquisition term). n+ A- i, g4 YMDA GLOSSARY, VER. 4.0 S, K' U) c4 }$ U. S- c 276 5 [0 x0 M8 A: F* K5 S- y" y% `SSB Single Side Band./ K/ r: K% S! F. f" y' f* w SSBN Ballistic Missile Submarine (nuclear).) x( N+ Q$ B" n4 p SSC (1) See Space Surveillance Center. . a2 ~( b5 e9 ~/ r ?3 }(2) Scan-to-Scan Correlation. . |; d5 Y/ B0 i% ^: j8 x: w( [(3) Strategic Systems Committee.0 m2 c$ n$ }$ J- H e) X (4) Skill Specialty Code (USAF ILS term).& b2 \' D7 ]9 A (5) Source Selection Chairman (Acquisition term) 2 E1 E, H# p7 S* v5 m8 R(6) Standard Systems Center, Gunter AFB, AL. 3 X+ u5 I. D, y7 C% U# u(7) Surface-to-Surface [Ground-launched] Cruise [missile].+ A; Z V8 E9 b* T8 r4 A. c (8) Stimulation Support Center. ; X* v$ g7 N0 tSSCM Surface-to-Surface Cruise Missile.5 V* v1 o! J' a, s. |5 z SSD OBSOLETE. Space Systems Division. (Now USAF/SMC.)5 O; b& C. H, b8 \% J. \2 M2 x SSDA Solid State Demonstration Array. & ~2 `- H" [$ }SSDC Space and Strategic Defense Command (US Army).9 ~$ V& S+ E/ x9 l SSDO System/Segment Design Document.; Q7 j+ F( K; A6 j, _% `- W$ M p( X SSDR Subsystem Design Review.5 w# A' I4 f$ P' [ SSE (1) See System Security Engineering. - L: _1 L' b8 U7 G' B(2) Space Surveillance Experiment. 2 c; h4 S7 C' V(3) System Simulator Environment.& t7 P- {2 H; q$ G SSEB Source Selection Evaluation Board. ! l7 m6 T, I& T7 B) n5 p- |SSEKP Single Shot Engagement Kill Probability. * h1 ^9 v: g) @1 |2 _SSGM Strategic Scene Generation Model. ' ^3 F4 p! T# j% ~* dSSI (1) Sensor Segment Interface. (2) Sensor System Interface.+ \/ W% ? e" T3 c5 k Q! } SSIMU Solid State Inertial Measurement Unit. / \& ]% s. H X1 oSSKP Single Shot Kill Probability., O4 H8 W7 B& f# m% W0 y) Z SSL Solid State Laser.

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SSM Surface-to-Surface Missile.4 ~7 m$ z' [! b" A3 V' e9 ?# e SSM/I Special Sensor Microwave Imagery (Weather Satellite term).4 E3 k; x) Z8 P7 u4 y8 f SSM/T2 Special Sensor Meteorology Temperature and Vapor (Weather Satellite term). # R+ t0 @9 O) }; N5 rSSM/TI Special Sensor Meteorology Temperature (Weather Satellite term). - X) f% W/ Y6 h3 [2 HSSMP See System Security Management Plan.5 s* }- F7 E! R SSMS See Standard Survivable Message Set. / b( A H4 E4 G% _) m% p6 wSSMTR Sary Shagan Missile Test Range.7 b7 i3 w- Y; g8 A$ Q' k4 k MDA GLOSSARY, VER. 4.0 S 6 \% ?# e' i9 V! D/ [4 d D2770 p! t) K0 ~4 V$ {, D2 i SSN (1) Space Surveillance Network. ' T7 G, r9 d6 k" L- T& d% d# [9 D(2) Submarine, Nuclear powered (navy Ship Designation term). 9 D, D+ S8 t+ W( d* U6 LSSO Special Security Office.9 `& |1 c1 d* d5 `# D SSOD Special Session On Disarmament., @( N2 P0 E/ p' x0 N) _/ _ SSP Source Selection Plan.3 ~# u+ I- R( M& c2 W5 r$ o+ a SSPAR Solid State Phased Array Radar.9 ?0 J* Z* ]) E, e+ |7 I SSPK Single Shot Probability of Kill.; a: F! ~4 U. T" N SSPM (1) Solid State Photo Multiplier. (2) Software Standards and Procedures Manual. . X" E$ k3 R3 [" lSSPO Strategic Systems Program Office. (U.S. Navy) . h* H7 w9 ~0 i8 ^' t9 O8 PSSR Software Specification Review.! Z& U- h2 `) \9 y Z SSRMP Space Sounding Rocket Measurement Program. " G1 G6 j* i; Z3 wSSRT Single Stage Rocket Technology.% N5 R0 l1 ~ U) _0 L7 N SSS (1) Space Sensor System. (2) System/Segment Specification.8 d$ N, z( h- Z7 ^' O* [ SSSG Space System Support Group. 0 _8 }; `( n4 L9 a. G) c( iSST System Specific Threats. ' J3 l$ Z/ m3 j+ j. d' A3 DSSTB System Simulation Test Bed.9 G8 A% ]/ L0 C0 ]1 t1 s) J8 _ SSTS OBSOLETE. See Space-Based Surveillance and Tracking System. 7 C" N1 n( W0 X8 K/ K/ ^! WSSUP System Supplement.% ]4 O8 i8 F0 |& w: t" @9 [ SSWG System Safety Working Group. i. ^4 [) U+ Y* ]5 g9 {' [& qST Simulation Tool. ; m# C6 r5 G) W+ B/ @$ zST/STE Special Tooling/Special Test Equipment. ( o4 O: a3 o$ z" nSTA Significant Technical Accomplishments.& c% C7 v4 C0 J$ p# y; Y) g/ U- N Stage An element of the missile or propulsion system that generally separates from the \6 w( ]6 b/ R, O7 l+ G8 v- xmissile at burnout or cut-off. Stages are numbered chronologically in order of& Y, A5 ^8 y2 b; _3 G: X/ T, X: |" R burning.+ {+ X7 [4 S8 [0 V STAGE Simulation Toolkit and Generation Environment.8 G& v2 u9 @' L! U$ g! f0 W STANAG Standardization Agreement (NATO).( c! G* }3 P6 e/ V# C( w9 s Standard Missile A shipboard, surface-to-surface/air missile.0 W7 }" R1 Z" `3 ~, G7 f Standard Mobile 1 m1 p" J6 W+ YSegment (SMS) : n+ T+ V$ g3 \% X8 S1 ySMS is to be the standard for all future ground mobile, air transportable 4 x" _' L% l7 m [+ Pcommand centers.. i( m0 Z+ H1 o+ Z$ P: F- ^ } MDA GLOSSARY, VER. 4.0 S! I M2 l* `# z2 k- q# `' A 278 ! c1 P2 v; ^3 b, mStandard! ], B& i- b; p0 @$ i; j$ s4 A8 } Survivable. b2 T' E+ j$ {5 {8 q( Z Message Set! c& Z+ P+ ^0 Z, C7 J" a* e) I* L (SSMS) b: m3 F% X7 S1 S7 \# s& w/ CMessage set, which contains the standard format used by ITW/AA data sources.( d+ V0 V7 q: x! a: `0 E8 }3 b. k Standardization The process by which DoD achieves: (1) the closest practicable cooperation3 `6 |6 A/ e/ R4 [$ }0 ]0 S% O among forces; (2) the most efficient use of research, development, and 7 r M' @$ l* L: E. ?7 W* Zproduction resources; and (3) agreement to adopt on the broadest possible ( O+ X6 ^: u* Q, O2 w, Hbasis the use of: (a) common or compatible operational, administrative, and ' h5 C1 [. |6 M: Vlogistics procedures and criteria; (b) common or compatible technical procedures O& K1 n9 d: r, A+ [/ qand criteria; (c) common, compatible, or interchangeable supplies, components, 0 }& A6 y9 R: Eweapons, or equipment; and (d) common or compatible tactical doctrine with ( ]3 s0 V' t: `corresponding organizational compatibility. " ~! U) C" N- I) _8 Z" i, [! \( ySTAR System Threat Assessment Report. 2 Y; c2 H9 E) Y0 x1 g& _STARS (1) Strategic Target System. R w; u3 H/ {' u% x(2) Strategic Tactical Airborne Range System.3 r2 p- S# L& ^) Y( Y6 M5 F. S6 U (3) Surveillance and Target Attack Radar System.2 S. A4 L5 I) R1 q1 B6 u START Strategic Arms Reduction Treaty." s3 O( y& [/ q: k' S3 b. ]; ?% r STASS Space Transportation Architecture System Study.% R8 \7 o; g( s; a: j Statement of- B! C( D( D T* J Work (SOW)% d2 `# J( n1 e: N# D9 C+ t That portion of a contract that establishes and defines all non-specification " ~. P" a, x0 ~& {5 s! k- J7 e& Rrequirements for contractors’ efforts either directly or with the use of specific cited # m* J& l7 p z0 p4 adocuments. $ a) w2 F5 w# G- N, H' zStatic Analysis The process of evaluating a program without executing the program. See also * o, h; o5 D+ X: s; i) J& ^desk checking, code audit, inspection, static analyzer, walk-through. Contrast & S' ]- ~$ ]. ^9 h! Mwith dynamic analysis.. P/ |4 L) h, m' w' T5 M7 D/ |' p STB Surveillance Test Bed. . M) r) L0 j% s) ?- |3 XSTC SHAPE Technical Center. Y4 F8 ]# s5 U STD System Technology Demonstration. . Q. z) B4 r# Y- hSTDN Secure Tactical Data Network. ~6 G8 Q/ ^, c3 j- [5 E STE See Special Test Equipment., v+ V/ q' D$ K/ C2 b6 M Stealth A technique used to frustrate discrimination that uses the decoy shape and7 C* j+ ^5 ^- S material content to reduce the reflected IR, radar, optical or acoustic crosssection to the defensive sensor.5 }$ ~: D" o2 w" j; y Stellar Guidance A system wherein a guided missile may follow a predetermined course with $ b9 b0 S2 S& o' ^/ Hreference primarily to the relative position of the missile and certain pre-selected. Z- y* g/ I% N; k" E/ r celestial bodies.- E4 V( k1 Z$ F- {% x) b7 b STEP Surveillance and Tracking Experiment Program. 3 h! Y! U; |0 ~4 `6 j1 sSteradian The unit of measure of solid angles equal to the angle subtended at the center + X3 P r4 F: A p6 u4 F5 H7 U; Bof a sphere of unit radius by unit area on its surface. - |+ O o+ B7 y# ^2 w3 tStereo Using two or more sensors. 0 s: J E4 M' L# Z! JMDA GLOSSARY, VER. 4.0 S # l% j& D* w7 t0 G279 ( s# {+ u8 ]4 l1 ~& O% wSTF Static Test Facility. ; s" k+ k. T$ O7 uSTILAS Scientific and Technical Information Library Automation System (USASSDC 4 E" H) g2 R" b0 i$ m. v% w$ {8 Cterm).# t& c+ d6 M E+ L$ T, Q3 o Stimulated : f% x) @- T2 z6 b8 J5 iEmission 9 d' x5 E7 t- W- aPhysical process by which an excited molecule is induced by incident radiation to. z6 B1 i# z0 o% ~$ f. \- N emit radiation at an identical frequency and in phase with the incident radiation. % v2 @" t8 y8 C$ K2 ^- q2 y5 bLasers operate by stimulated emission.2 t4 w3 U1 b/ F( K STINFO Scientific Technological Information.

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