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101#
发表于 2008-12-25 20:19:31 |只看该作者
SBS Stimulated Brillouin Scattering. 9 w' [9 j; ]4 N5 GSBSim Space-Based Simulator.; X- K2 ~$ E, {, U0 b3 P0 w SBSS Space-Based Surveillance System. - d+ O$ K2 Q: H ~6 z- r# ~SBV Sensor Space-Based Visible Sensor.8 d" ~5 ^/ I' |8 n# w SBWAS Space-Based Warning System. $ N8 `; n) @9 \" B1 dSBWS Space Based Warning System.: Z5 J4 B# F _4 ?& w SBX Sea-based X-band Radar – A moveable platform for the BMDS test bed" m1 J" s4 m' P% {" Q: O/ Y& A0 x SC (1) System Center. (2) System Concept. (3) Simulation Center. (4) System / ?# I0 }, j3 `/ D, x( j- U4 D7 mController. |- D5 w0 a8 B9 T+ N5 ^SC/BM System Concepts/Battle Management." V* r# a% n2 J2 e& q Scaling Law A mathematical relationship, which permits the effects of a nuclear (or atomic). }8 [; K3 {& N2 |3 S( d0 N explosion of given energy yield to be determined as a function of distance from ; U4 X( {* V, f& Lthe explosion (or from ground zero), provided the corresponding effect is known0 r' j( v$ P9 G3 w, t. a as a function of distance for a reference explosion (e.g., of 1-kiloton energy + l7 _/ V; X" ~8 xyield). * \$ f" \/ Z$ u7 N3 sScan In an electro-magnetic or acoustic search, one complete rotation of the antenna. ~" h) ^! w& J- K# \: w8 J Scan Type The path made in space by a point on the radar beam; for example, circular, & ^. z/ K# j& ]# j; `& J& _helical, conical, spiral, or sector. ' E+ a6 \- x: p; n: c1 I) {5 ?4 o& dSCARLET Solar Concentrator Arrays with Refractive Linear Element Technology. 4 L1 C# a# }& l. m# \* q b H8 PScattering The diversion of radiation, including radio, radar, thermal, and nuclear, from its 4 F8 Q3 p3 x# O+ ]4 aoriginal path as a result of interactions (or collisions) with atoms, molecules, or + Y' T) i: x. F3 klarger particles in the atmosphere or other medium between the source of the 3 s8 \ Q" j# w+ @' B1 x, q7 ~radiations (e.g., a nuclear explosion) and a point at some distance away. As a# [6 U) u) c) { d1 F. q. P7 ]" O result of scattering, radiation (especially gamma rays and neutrons) will be# i% ]$ y: j+ X received at such a point from many directions instead of only from the direction$ a* q- L& V* A4 ?# X+ v+ X5 M of the source. 8 A$ K( I* Q o2 D: }% |SCB Strategic Defense System Control Board./ r8 S9 {) }) X SCC (1) Standing Consultative Commission (Treaty negotiation related term).2 ?# ]1 K: U. `* z (2) Space Control Center.! R& _8 @5 B+ K MDA GLOSSARY, VER. 4.0 S % F [) f7 H @5 X% m258; z6 a2 _5 V- [ SCCB System Configuration Control Board./ S: w* c) z W# X9 m' Q) A, V; ^ SCDL Surveillance Control Data Link.) q, ]! L8 I+ K: N! Z8 m! ], V5 d SCE Submunition Chemical Experiment. ( n; _/ w! W. w0 o9 Q8 O# _1 m! @SCF Satellite Control Facility.7 n# f7 @( H. b- i x( f SCG Security Classification Guide.1 f/ Y* @5 q. E8 D0 h1 e SCI Special Compartmented Information (Security term). : G* ? }- ?! ?2 ]) H% uSCIF Sensitive Compartmented Information Facility (Security term). 4 ^- R% t/ y" j% Y2 {8 ~! lSCIT Systems Concept Integrated Technology. ! |6 d6 M9 D& |; m1 Z: G1 BSCMP Software Configuration Management Board. v7 \9 F7 c7 Y3 oSCN (1) Specification Change Notice. (2) Ship Construction and Conversion (Navy). / W3 s: Q# Y6 n% L(3) Space Communications Network. $ ?# ^$ t% l- nSCOMP Secure Communications Processor. : z Y1 S* k' F; \* x3 e: r% OSCOPA Survivable Concentrating Photovoltaic Array. 7 ?) F& R3 }& E" `+ k0 TSCORE Scientific Cooperative Research Exchange (US-UK). A science exchange to1 f/ h9 i* u( {: g+ @5 ^( v& \ investigate theater missile defense related issues. / c2 b* Z% I& k1 pSCP System Concept Paper.9 ?5 j4 m1 l8 i; _ F! j+ x SCR Special Contract Requirement.3 c) b( U: a$ T! @+ O' U SCSI Small Computer Systems Interface. * i, I, C5 k" @# D8 X' A& @3 nSCT Single Channel Transponder.2 Y) f& J) g. Z0 } SCUD Surface-to-Surface Missile System. " N! N4 m7 @" x8 i# i/ sScudCAP Scud-Combat Air Patrol.0 |' \* y# G! y8 x/ Z SD Strategic Defense Command (Army term) (See also SDC).7 l4 y3 j6 Y- Y- C* i+ J8 B SDB System Design Board. 6 z) l, h8 K, d; G) l( ~5 SSDC Strategic Defense Command (USA term). 9 Y; ]1 A" }+ j# f' ~6 v" }# F) q nSDCC Strategic Defense Command Center. ' b% n+ s4 {5 a* h5 d3 t3 T6 z0 u2 l7 PSDCE Software Development Capability Evaluation (AFMC term).) m" J5 X, D. W& ] SDCV Shuttle Derived Cargo Vehicle. 4 F F" ]1 ?% ]9 O, W0 i) _! HSDD System Description Document. ; ~+ w6 A+ h2 D GSDF Self Defense Force.) l# c+ T8 v! _# L) Y' G7 S9 M SDI OBSOLETE. Strategic Defense Initiative. + U! P |/ G! U6 t' g5 aMDA GLOSSARY, VER. 4.0 S 2 k0 A7 Q% h. v7 ]. _& k2 I259 5 `: P/ ~% S \1 ~0 n! lSDIAE OBSOLETE. SDI Acquisition Executive. (Re-titled BMD Acquisition Executive; g% g6 W- k( Z5 |7 y (BMDAE).)5 O# S- f& Z2 J4 ]+ j" O: Z SDIARC OBSOLETE. Strategic Defense Initiative Acquisition Review Council.$ A8 R* R( h* O9 y F, \0 z: f- d SDII OBSOLETE. SDI Institute.4 N6 [+ q, v7 J% R' J9 |3 E SDIO OBSOLETE. Strategic Defense Initiative Organization. (Predecessor 1 }7 y0 b* @1 }8 |% Vorganization to Ballistic Missile Defense Organization (MDA).) # O8 E, b, C0 G5 cSDIO/PP Strategic Defense Initiative Organization/Program Planning.! S; p, E4 W- l3 s( K! ] E) [ SDIP OBSOLETE. Strategic Defense Initiative Program. (Predecessor program to 5 u8 B) O5 r, Y8 Q OBallistic Missile Defense Program.) v/ [* F. |) m5 \ Z0 c SDISM OBSOLETE. SDI Simulation. 8 ~4 H" {. h, fSDL Software Development Library.( @( X+ a( T9 P7 @1 Q SDLC Synchronous Data Link Control (TelComm/Computer term). 4 B& H: [8 l i! ] X5 y6 u/ KSDLS Satellite Data Link Standard(s).1 l! u$ D* o `1 ]$ a SDN System Design Notebook. ' S; l" |: j* y6 @2 I5 w3 J) o8 QSDP Software Development Plan. & v9 G; C- p7 S- ^+ S6 k+ E+ qSDR System Design Review. 2 E& H, T" s; Y" l8 ~SDRU System Design Review Update. ( G/ M; M2 ~* V; |+ C7 o! xSDS Strategic Defense System. 7 A. G# j* t* `7 X4 X9 Z2 h/ }SDS Element A stand-alone system (e.g., a weapon or satellite), which is the smallest entity4 Z, i6 }4 Z) d* T capable of performing a designated function with, specified results within the 0 J: D; \4 i' V! x: c- oStrategic 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.# S" C- r' l, y+ K; R4 b SDSD Strategic Defense System Description.6 A _& E' P9 f( b- p2 G SDS-OC Strategic Defense System - Operations Center.1 D& }/ g: h/ J( ^- g SE Systems Engineering. B0 G- K2 q1 c; U" W SE&I Systems Engineering and Integration.% O3 J0 m- E) ?- L8 a% G7 ` SE-CPAT Systems Engineering – Critical Process Assessment Tool (AFMC term).3 p( w2 B4 K! N7 u% l0 J0 K SEA [Military] Service Executing Agent.- F d- a, E- h6 |$ |$ M SEAD Suppression of Enemy Air Defenses.% P! \+ o3 e' }6 |" x2 x SEALS Sea Air Land (Special Operations forces (USN). b) ~7 N2 t$ {0 H Search, Active Illuminate an assigned volume of space with electromagnetic energy and collect2 W# U: D; o, w5 O" L6 ^& c reflected radiation. 9 H f+ K( n0 f( P9 QMDA GLOSSARY, VER. 4.0 S 9 J6 E2 e' L7 v. a' D! q* \4 p260 & G' A/ O# a& l3 t( h6 @# x1 cSearch, Passive Collect radiation from an assigned volume of space." _! n# `: W9 Y9 ~) f9 c; g SEATO Southeast Asia Treaty Organization. " o: W$ e# z/ @# q+ `! ~* O! kSECC Survivable and Enduring Command Center. 7 x8 f" [6 g5 N# {' wSECDEF Secretary of Defense (For Message Use Only). ]7 u& ?7 ^- w5 Q! A( n1 A+ @ SECNAV Secretary of the Navy.# [' I& M" }( s1 s" N SECNAVINST Secretary of the Navy Instruction.- h' G% j! C- b6 Z L Second Strike2 g5 f8 b+ ]1 J4 z9 J: ] Capability7 |) W$ }* @% y/ } The ability to survive a first strike with sufficient resources to deliver an affective * ]" ~% X% `9 l' N0 \$ d4 w* [counterblow (generally associated with nuclear weapons).. T1 g& K; A, W Secondary$ k* `8 {% E8 s# U5 a Station : N. `2 r/ n7 S9 gA station that has been selected to receive a transmission from the primary6 d- ]4 K6 A n& V8 e% @* g" v station. The assignment of secondary status is temporary, under control of the! o" ^2 B( X" f0 ^ primary station, and continues for the duration of a transmission. . e7 C2 a1 B! qSecurity- e1 a0 l) e. j5 P% c, H Architecture ( ?7 J) V' S% d$ ~4 H( F4 g" A0 [1 I( DThe portion of the baseline SDS architecture that is responsible for preserving $ ?4 o1 M1 }/ w- K& `0 Tthe confidentiality, integrity, and assured service of any of the sensitive, systemvalued functions and information elements (assets). $ `$ y0 V- ^9 m; \. s3 XSecurity Criteria The set of requirements that should be met so the security system can provide a 7 m& h2 y0 p5 r) Y2 Umaximum degree of effective deterrence at the lowest cost. " p1 M/ I, D; X* B: L8 c" O+ C& {Security Level The combination of hierarchical classification and a set of non-hierarchical 8 n) P _; k. b% a1 ?0 Q3 a$ w n; ^categories that represents the sensitivity of information. ) d+ h' ~$ ?& ZSecurity Policy The set of laws, rules, and practices that regulate how an organization manages,% }' a" P5 E; \0 s protects, and distributes sensitive information. # ?3 y, w0 q8 y4 f! uSecurity Policy3 m- J/ K, a' \9 t: G6 q, A# w Model. D0 c2 _3 [4 p; L8 w& l6 M An informal presentation of a formal security policy model. / J! ^& p _$ |8 F1 [Security Program The implementation of formal security policies and procedures established by / q6 _$ F+ p8 q6 Q- [DoD and other departmental publications to secure vital components of weapon# q( z6 h. ~# i" V" G5 Y% R i systems and essential direct support systems from enemy hostile operations and9 O( u: N" ~ T( k$ O b( [ other forms of ground attack. 6 `$ G5 R5 R$ Z' q" @Security : w" D1 T9 D6 B# C% }1 z* n! E9 ARelevant Event& f8 U) y! t- I Any event that attempts to change the security state of the system. Also, any7 U( D2 d, F ?3 [ event that attempts to violate the security policy of the system.. l; j, a4 q9 }# T Security : G' M/ H7 D7 x' y# @6 u; eSubsystem 2 Z/ \, m6 ^) y% aThat part of a weapon or defense system, which is added specifically for the/ H' V3 d5 A; Y% ^# z: A8 N. V/ K performance of security, functions and not categorized as components of other4 D9 [! o5 D/ w1 F subsystems. 3 }9 B' p# Q1 z. x$ jSecurity System The aggregate of all mechanical and electronic equipment countermeasures in a; B2 d; g; N, G1 c8 @9 K system which contributes to its security from intelligence gathering and ) B" e4 K: W! p& tclandestine or overt attack, including organized system function and procedures, , p& B: Q3 C B% ~as well as the security subsystem.7 b* I7 v% D+ c" I/ N Security Testing A process used to determine that the security features of a system are" P- I/ `5 t6 v) S( O* O" b0 W implemented as designed and that they are adequate for a proposed application $ t( G J+ Y+ z Lenvironment. . E" J. r1 v6 `' ASED Software Engineering Division. ( h' Q# `. x( v7 BMDA GLOSSARY, VER. 4.0 S + F' @! v) q+ s' Y9 t& K7 k2 @261 ; \, z2 ?2 {* E DSEDD Systems Engineering Development Data Base. 0 S5 u: i) F" ]% D; nSEDS System Engineering Detailed Schedule 5 i5 z+ B0 F4 h- l2 OSEE Software Engineering Environment.7 B. g' V+ ^9 @, X) L; N4 [ SEED Support for East European Democracy (P.L.101-179; 22 USC 5421).1 C9 u" n7 Q2 c5 V9 P% n( k- Q) l5 w SEER (1) Sensor Equipment Evaluation and Review. 4 p% i+ U! ~" w6 O t(2) Sensor Experimental Evaluation Review.6 U! Y, G$ K$ N/ V5 \1 F: d/ C2 [ SEFC Space Environment Forecast Center.& `8 \* U' R7 L/ g5 E/ y5 z! u2 { Segment A grouping of elements that are closely related and often physically interface. It 7 ^: W0 ]4 T( ?# j2 N( Iconsists of CIs produced by several contractors and integrated by one. , p4 p( D% `' O' S: Y5 a# [# ySEI Software Engineering Institute.4 } [+ j1 b6 x- c! t3 |/ _. p SEIC Systems Engineering and Integration Contractor.+ T3 E9 a% e. D SEIC PP Systems Engineering Integration Contractor Program Plan.' J( e. T1 ~) h) A SEIPT Systems Engineering Integrated Product Team. ; m2 ~3 g; p" ]3 y' |SEIT Systems Engineering Integration and Test.

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发表于 2008-12-25 20:19:51 |只看该作者
Selected 1 c8 S1 A5 C+ a4 ^+ @) SAcquisition$ |( G! C. y9 Q2 f# J Reports (SAR)! W; Y2 r2 h, G! M2 n Standard, comprehensive, summary status reports on major defense acquisition! b! C1 P0 ? }( S5 y& o programs (ACAT I) required for periodic submission to Congress. 7 r. d! z% E9 y5 t' c9 H1 O U0 V6 bSelective, 4 {& k* b; _2 j2 D$ X! `) w0 t ~Adaptive Defense 6 b! P0 z' O$ Y( e/ W; E/ JSelective, adaptive defense assigns interceptors to RVs based upon defended / v/ _; G( x& c; I: N" Passet values, the number of arriving RVs and time to impact.4 s3 I3 g: y# i Selective Kill Assigns interceptors to targets on the basis of missile type, launch area, impact % I" \9 ?1 M$ o. e4 Warea, time of launch/arrival, or predicted threat utility (e.g., SS-18 or its follow-on).- N+ \ ~. b F$ T1 m( P Selectivity Refers to choosing a subset of targets either for attack or defense. (See: S8 S; h E, N6 V9 y Preferential Defense and Preferential Offense.)! G1 ^: t+ u* N6 O SEMA Special Electronics Mission Aircraft.* T3 Y) v' P: d/ T; f, w* \1 } Semi-Active 5 a( t" w& u( x6 d& G7 R0 p8 ]+ z) vHoming 2 G2 {" D" b9 V; B. B& ~7 `Guidance ) p* I! A0 _% _% IA system of homing guidance wherein the receiver in a missile utilizes radiations 5 U. a! B- \; ~5 c3 M" G+ Afrom a target, which has been illuminated by an outside source. i ?- D8 }9 \5 c' D6 C Semi-Active " _9 {# ]* f2 D# I! c2 j0 P7 qSensor - `- \. p1 t8 o0 z. BOne that does not generate radiation itself, but that detects radiation reflected1 X; [# M7 u- l1 Z; K B; v8 k by targets when they are illuminated by other BMD components. Such devices0 X+ E% e7 ]/ y5 ~" j9 v are used for tracking and identification and can operate without revealing their, J5 q, X. U$ u5 l$ |: i own locations.7 c3 F9 c4 @$ ]' S% @ SEMP Systems Engineering Management Plan. 8 b3 Y' d. w" E3 n* r1 p4 gSEMS System Engineering Management Schedule. . ?: I! U% ]; U. }) \MDA GLOSSARY, VER. 4.0 S $ `& o+ [# p- v262% h% v' B0 @0 | E, H" k Senior , H/ _' C( Y3 _* Z0 `Procurement 1 p) h8 y' Q4 \# l gExecutive (SPE)5 A# b9 J6 y% e6 n! p The senior official responsible for management direction of the Service ( V; U# z, z, l( `( }procurement system, including implementation of unique procurement policies,0 w# g/ F8 _. M2 y- j% A5 C% S regulations, and standards. The Senior Procurement Executive for all non-* E1 ?: V U2 h6 w9 _ Service DoD Components is the Under Secretary of Defense for Acquisition and 9 [# P7 r2 d C% tTechnology, who has delegated many of these functions to the Heads of4 F5 d; W, T8 G5 i2 T+ F2 m4 Q z2 k Defense Agencies including the Director, MDA. ! C1 w6 R! M$ ?' X9 HSENSCOM Sentinel System Command. , `6 G, x8 E7 R, _0 E' RSensor Data Measurement information. For a passive sensor it is usually irradiance time, and 8 `8 S7 L( S: e; ~& p, W8 B/ f, kLOS. For an active sensor it may include range, Doppler, cross section, etc., as / u1 `8 \" t4 Z( s. Kwell. 7 T% n5 G3 s" L5 nSentinel ABM system designed for light area defense against a low-level ballistic missile 8 n1 W' S1 _8 k% A' K* V |, Uattack on the United States. Developed into the Safeguard system in late , |1 l- {/ x, k* u* R* H+ D1960's. + F2 ?6 w' {. l4 E. e, kSEO Survivability Enhancement Option." w+ G! z8 y2 F9 r; E# x% F* E SEP Signal Entrance Panel.' U( l; ~( O6 u5 w: y" A5 U Separation$ M. [: S: y6 q! n; H* S4 A Hardware/ o r* w& K/ C A Objects expelled during payload separation sequence.( x6 \; t. w, ?' |! Z* M SEPG Software Engineering Process Group./ B* ~6 L1 J. j. y8 f ~ SEPRD System Element Production Readiness Demonstration.% f6 l* _ }0 X5 x SEQ Sequence, or Staff Equivalent.6 e3 v/ b5 y8 u- H/ b2 n% G5 r Sequestration The reduction or cancellation of new budget authority; un-obligated balances,1 u% t9 k4 S7 P( M$ H new loan guarantee commitments or limitations; new direct loan obligations, + h; n& B( o) j2 ^# ^9 Jcommitments, or limitations; spending authority; and obligation limitations. As. o& Z9 q5 h% E$ V' K8 H0 A, I delineated in the Budget Enforcement Act of 1990, sequestration is necessary if I% L. [* R- P% elegislation is enacted that would cause spending in any appropriations category 5 g) w8 @! q9 Q& ^to exceed a specified cap.) J) L: B5 I- W5 p& y SERB Software Engineering Review Board. ! g( h6 `# ^. J1 h% E$ y* QSERD Support Equipment Recommendation Data (ILS term). R$ a* I9 K* j. W1 v( o3 J SERG System Engineering Review Group.% }& [+ ?8 I7 v Service; o4 ^! ^ V# i; b. V/ a Acquisition) v+ v) }- U: Y$ }2 Z& J Executive (SAE)2 l2 c$ ~: D9 U- o+ C See definition of DoD Component Acquisition Executive. % f% J( _0 ?5 EService BMD/ q/ F7 b, X8 [# r$ p6 y3 F6 `) c Program ' Y* y( X# i* j# gExecutive Officer . U* f: H' z4 ? K(PEO)0 p) x5 m/ w( _, E2 @ A senior official responsible for execution of Service PMAs and for providing) w( \7 }6 l& J. A; O/ d8 Z guidance and Service-related direction to subordinate Program Managers. The V3 y5 m2 s: ^: @2 gPEO will also serve as a deputy to the GM. (Consistent with PEO authorities and # N( L2 W: I3 W; H( s1 Hresponsibilities documented in DoDD 5000.1 and DoDI 5000.2.) , b+ z# x* \( a+ N2 h2 _0 ZService % ]/ K0 b+ L7 w, B. YComponent* p: N- C. F# { Command ; D& X" R: k7 { w- q" FA command consisting of the Service component commander and all those0 G6 p8 O0 k+ x3 g4 @) n2 p individuals, units, detachments, organizations and installations under the 6 m6 d- G2 a, F+ x7 `- k: h$ A) ncommand that have been assigned to the unified command. " T8 B( E" I g( QMDA GLOSSARY, VER. 4.0 S + }/ ~# b) L1 i; c$ p9 x263 ' O( ^1 X" F2 R: n( z# ^: zService Life$ f3 }) z# \ @ Extension% Q; k4 z9 n c+ }0 T" z- q Program (SLEP) % t! r0 | J6 y: u+ H% G$ V3 K% gModification(s) to fielded systems undertaken to extend the life of the system, t2 X! Q2 W6 u, {/ Z beyond what was previously planned. * z. M& q& K2 z$ ZService Test A test of an item, system, or technique conducted under simulated or actual / x( t/ k, n- N) p1 [5 soperational conditions to determine whether the specific military requirements or0 `6 t& X$ @% M- {6 d! M characteristics are satisfied. ; |5 G. t% E5 y1 u* k5 @9 dSES 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. * u/ o( a; I, i; ]7 cSET System Evaluation Threat. ! S: A: A; W2 H/ p+ oSETA Scientific, Engineering, and Technical Assistance. " g) {5 U/ l( i0 I. M% }( X {+ ~$ GSETAC Systems Engineering and Technical Assistance Contractor.5 v. e5 \" W5 [/ T) ]: \ x SETP Solar Electric Aircraft Test Platform.3 Y* g/ O# S, A SEW Space Electronics Warfare. 8 k, W) y4 t) ^4 K, w" L; T; {SEWC Space and Electronic Warfare Coordinator.; s1 V- F ~7 X( u/ j$ ?$ V1 C SEWS Satellite Early Warning System.' C- {, p# C6 m8 N) b SF Standard Form. 0 V* ]" H& x' q6 J* ~SFC Space Forecast Center. ' R1 @; j& @9 RSFS Shoot-Fail-Shoot.5 ?! H8 F5 t" v$ R9 I SG (1) Steering Group ' h: }% ]9 j7 @) O(2) Silicon Graphics 6 j8 z. D$ Y# P0 d! `SGEMP System/Source Generated Electromagnetic Pulse.; p& F1 B% g' V/ y1 X) x8 g SGLS Space/Ground Link Subsystem.9 K3 t. L4 _+ e* \# O( H SHAPE Supreme Headquarters Allied Powers Europe. 4 ~: Z( [$ o; S" u! A/ {SHF Super High Frequency. 4 S/ V& J b9 g% _SHIELD (1) System High Energy Laser Demonstration. . a6 O- \5 G6 h' v6 ]5 S+ {(2) Silicon Hybrid Extrinsic Long-Wavelength Detection. ; w6 w: N9 l6 F lShielding Any material or obstruction, which absorbs (or attenuates) radiation and thus& y4 i8 s7 W/ r! L4 `" L" J! h+ Y' K* M tends to protect personnel or materials from the effects of a nuclear explosion. A. Y! b' x) Y( \$ E& i. w moderately thick layer of any opaque material will provide satisfactory shielding: F" W- {9 M3 |4 k from thermal radiation, but a considerable thickness of material of high density ) V2 ], w6 y9 P2 s! ~5 Hmay be needed for nuclear radiation shielding. Electrically continuous housing ! F0 ?2 C1 ?1 O0 M) B) Y# P5 Q, dfor a facility, area, or component, attenuates impinging electric and magnetic( |) h/ y7 y( f' { fields.) b) B: z" K! P: B; E- N! } SHIPALT Ship Alteration.4 I: Y% L9 K8 N$ i& ]' g Shoot-Back The technique of defending a space asset by shooting at an attacker. 3 Z+ w: H6 n; j, CMDA GLOSSARY, VER. 4.0 S 5 W+ ~% J2 z+ \% r4 z! O0 b3 t- G264 5 ], l. X- V3 F$ H+ pShoot-Look-Shoot& v3 q, L9 Q! E) `9 M2 W( [8 w (SLS)2 |8 a3 K6 |3 M! a A tactic used to achieve Defense Engagement Options (DEOs), such as assured( D4 j! ~; Q( H: x# v kill by shooting at the target, looking to see if it was killed, and shooting again, if) z& ~5 q/ K& e5 q necessary, to achieve the kill. * U/ {; }9 q% C- b5 }/ R G1 ]# WSHORAD Short-Range Air Defense. 6 b( o/ }' }% E EShort Range Air3 I: T; T9 U% N/ D. U3 H) V2 S9 O1 o Launch Target + R0 ?' |) o# e! W1 L8 C8 A. P8 dSingle-stage, air-launched, solid propellant theater target with threat e+ n$ d i. u% H$ |representative reentry vehicle.% ^7 s1 `* z* O# [& I- t7 z Short Range B( }4 L. Q% i" r# qBallistic Missile + ^3 Z' A- A. x5 t, {4 F$ E(SRBM). f; t" z3 q' J4 x i A ballistic missile with a range capability of 30 km to 1,000 km. (USSPACECOM) 9 a1 {/ V* F; c% a$ K; T vShort Wavelength " v9 @( n* v& j4 z% [5 K/ FInfrared (SWIR)+ J1 g0 J( f4 k$ e/ M& f+ E9 O. F8 J Thermal radiation emitted by a source in the electromagnetic spectrum 1 F j8 Y1 E$ F; `encompassing infrared wavelengths of 0.75 to 3 microns. - q S- k6 f8 z9 \$ XSHOTL Simulated Hot Launch (missile engineering term). + a8 R" f6 D2 U: Eshp Shaft Horsepower.2 N1 M7 ?7 n! K* `+ C9 U Shrouded RVs Reentry vehicles enclosed in a material designed to shield its thermal and other4 r% f0 e& A! S; Z9 Y! q3 O characteristics. 1 g# z$ V; A8 U/ B2 J* x1 V1 ~SI Special Intelligence.: ^2 w: R& M: t" }" [ SI&I Systems Integration and Interoperability.0 S l) [7 W; k SIC (1) Silicon Carbide. - K" P5 o3 B4 i(2) Standard Industrial Classification./ j2 i' B Z; f& S- P7 ~ SICPS Standard Integrated Command Post Shelter. 8 Y" ^! L: T2 M# m9 G2 N; SSIDAC Single Integrated Damage Assessment Capability. ' Z% h* v5 P! qSIDD System Interface Description Document (US Army term).; @* C. A c9 v9 G9 H5 z9 I Sidelobes Residual EMR surrounding the main beam, which is of weaker power than the 6 E6 d' ~5 y' \" n, Omain beam. , Z, W; [9 c5 A7 K' r6 ESIDPERS Standard Installation Division Personnel System (US Army term). 2 I! w$ O' y0 {9 [) N0 l/ zSIDS Secondary Imagery Dissemination System. ; l( _! w5 E) t, i# M0 j! BSIE SATKA Integrated Experiment. # V$ c+ }+ U) WSIF (1) System Integration Facility. (2) Selective Identification Feature3 Z3 x- O' K T SIGINT Signal Intelligence. / _! i$ `) _$ }: A& `" ]Signals Security % N+ K2 x6 A1 U+ b" c* Y: i W3 Z8 F(SIGSEC) . d% i1 o8 n7 b1 t: FThe overall program for communication and electronic security. " M7 v0 e2 H% ~; V. RSignal-to-Noise! N4 x9 B( R b" m* @" v, ?* l Ratio (S/N) (SNR) 3 v8 H% `6 e! }# e- h kRelative power of the signal to the noise in a channel; usually measured in ( b; P" e; Q' i# ydecibels.# y7 M7 V& i/ G% Z+ e MDA GLOSSARY, VER. 4.0 S : X9 i( i$ ^7 h( |265 & |; {) c0 c4 Y& S4 wSignature (1) Distinctive type of radiation emitted or reflected by a target, which can be, a) }, z: I9 U& B1 w used to identify that target. , z# \4 |$ U J4 F( q(2) The characteristic pattern of a target displayed by detection and % f6 b( o# Y/ Ridentification equipment. & I9 |( p3 K; p0 fSignature 7 H0 F" O" ~* ]4 V1 ]8 l" LHistories ' W6 y; u3 |; KA list of observed target signature characteristic parameter values as a function 2 {3 G8 z% p o9 x. H, i) wof missile flight time used for target discrimination and kill assessment. $ O) I* C! r" g0 dSIGSEC Signals Security. F* r( s0 C! v* } SIIPT System Integration Integrated Product Team (THAAD Program term)./ K' U' A6 G- O2 `6 W8 o. r2 t7 Z SIL Systems Integration Laboratory; Sunnyvale, CA.7 K/ L P& R( t. J/ Z4 q S4 q SIM Simulation.

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SIMM Second In-line Memory Module.. C+ ]; v# f) g! N* F2 y, g: U Simple Security* }$ j6 L) S2 y. J Condition 5 |9 J6 b! e1 g7 m- k+ bA Bell-LaPadula security model rule allowing a subject read access to an object4 b( C0 ?' [; w# E/ e8 s+ M; F1 ~; r only if the security level of the subject dominates the security level of the object. 4 @* ^" P# r {- x1 X$ g6 VSIMS Security Information Management System.* O3 O+ A2 O" J7 e7 R Simulation A simulation is a method for implementing a model. It is the process of/ Y& P. ^2 _' k8 J M conducting experiments with a model for the purpose of understanding the- P% ^* g" {$ V/ L behavior of the system modeled under selected conditions or of evaluating {) n# W# h6 ~. T$ Ovarious strategies for the operation of the system within the limits imposed by1 c# R0 K# H% m! N developmental or operational criteria. Simulation may include the use of analog $ {- U/ G; r3 Q+ f8 Q" f8 qor digital devices, laboratory models, or “test bed” sites. Simulations are usually * p3 q2 c) K3 h3 I' cprogrammed for solution on a computer; however, in the broadest sense, military# P9 b- O3 ]8 i/ B8 ` ?4 h; q exercises and wargames are also simulations. % i" o. |2 T# [4 B E! u3 mSimulator A generic term used to describe a family of equipment used to represent threat8 J2 Q+ E6 S1 s weapon systems in development testing, operational testing, and training. A + k6 Y2 \' H9 N3 B" sthreat simulator has one or more characteristics which, when detected by human: U7 O. v8 |( V) ?4 R senses or man-made sensors, provide the appearance of an actual threat$ c( x% L, S' `4 f+ Y" } weapon system with a prescribed degree of fidelity. ( O7 e, o6 M9 I# u5 cSINCGARS Single-Channel and Airborne Radio System. + q/ a: Z% @& h; ]Single Integrated ; O( ~. g! O2 H0 hOperational Plan5 b* J& I+ i& }, W (SIOP)( I2 z: B U* }. }. t. T Plan by which the nuclear strategic offensive forces will retaliate when directed- B+ L) t0 a3 W- |7 ` by the NCA. 9 g* B) G5 F6 I3 Q; k2 W h MSingle-Level + F( c3 X6 L' @2 @$ ]9 lDevice, f+ s, x- F% @! ^ A device that is used to process data of a single security level at any one time. 8 ]8 {& [: W2 ?/ K9 S) OSince the device need not be trusted to separate data of different security 1 S$ q( \) y) L8 Ulevels, sensitivity labels do not have to be stored with the data being processed.2 J- S) g- {; Q: Y Singlet A space vehicle, such as a Brilliant Pebble, which contains only one intercept# M3 b* v1 J* O3 y2 H' | vehicle., [- W3 o+ P+ L+ [8 L7 [- y SIOP See Single Integrated Operational Plan. . N7 w: ]( o1 j+ o6 OSIP SINCGARS Improvement Program (US Army term).4 z# Z* W5 x% l, i/ c4 c+ g6 V SIPM Service Integration Program Manager./ P, O4 D. t6 P5 S8 L7 I MDA GLOSSARY, VER. 4.0 S& P3 {- `9 E" ` 266# |# z% w Q+ g SIPRI Stockholm International Peace Research Institute (Sweden).2 ?) \/ Z; p' K6 V+ R0 Q% P SIPRNET (1) Secret Internet Protocol Router Network. (2) Secure Information Protocol Net. : z7 ~$ Y$ g1 L. P& RSIPT (1) System Integrated Product Team. (2) Services Integrated Product Team. 7 g4 \9 H) p. lSIR Signal Interface Ratio.' k9 R0 I% ]$ Q3 p9 V+ v$ D) m SIRE Space Infrared Experiment. . |8 C8 V. g0 c1 cSIRMR Senior Information Resources Management Representative.) i, |3 G0 O( R SIRRM Standardized Infrared Radiation Model. 2 O, F" s: E. pSIRST System Shipboard Infrared Search and Track System (USN term). . @: F% N9 a4 @" QSIS Special Compartmented Information Isolation Segment. 4 F/ q8 X4 j' i( H3 X% S2 |SISS Subcommittee on Information Systems Security.# F" @' z& S5 r$ |/ M SIT System Integration Test. ! L9 ?# g; B' f3 ASituation; Z$ |8 [; _7 g8 e( J1 X Assessment3 L$ [0 A' i- ^& p" ^& f The determination of the extent to which observed event(s) constitute a threat% _ _9 d$ `9 b* N (e.g., isolated event, mass attack, etc.), using the attack characterization3 d: \* {/ u1 ~" f: k information.; R i2 Q: n5 X+ G, ]5 N! I1 E SIWS School of Information Warfare and Strategy.( p* `- O# u# p! j: p0 M Six Year Defense * }. c2 k4 T) JProgram (SYDP) $ z$ q8 \1 S2 F8 V7 DThe official DoD document, which summarizes forces and resources associated4 }! @- K2 U6 }3 E3 j4 h8 L" h with programs approved by SECDEF. Its three parts are the organizations1 N& G' v# z; q* z' n( L' X" z affected, appropriations accounts (RDT&E, operations & maintenance, etc.), and ! q& Z/ Y+ @; A& S3 Ethe 10 major force programs (strategic forces, airlift/sealift, R&D, etc.). R&D is 7 Y4 b/ I* P" x8 n ]4 d) ]Program 6. Under the annual PPBS cycle, SYDP is published normally three3 A r* [; j) l7 u/ c: {3 l times: October, January and May. The primary data element in SYDP * o9 {6 s! a* @& ^representing aggregation of organizational entities and related resources is the 7 `. g) C8 x2 y7 ]2 Qprogram element. / g' v2 `( |; m0 w2 ASize of Threat! C N4 K: V: D# K% R" Z' n6 r Corridor0 r6 H2 w' Y) f0 U (LxWxAltitude) A volume of space in which a particular group of RVs would5 x7 a* K/ N& P occupy, defined by launch location and designated target area.6 N0 @! S* O6 Z v SKKP (Former) Soviet system of outer space monitoring.. T) d! y! t# M8 K# B Z Skunkworks A separate program management operation established to operate outside the0 ^' }6 ?$ v/ ]! a normal process, either to expedite development or because of high security) G. }: Q4 g6 t( L3 @- |& |4 m" g classification. & X; [* T* w* T3 I3 ?SL Sea Level.

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SLAM Standoff Land Attack Missile.9 Y6 ~8 Q j) Q a# F0 x SLAM-ER Standoff Land Attack Missile-Expanded Response (USN term).4 v( P: j& P7 \3 G6 C SLAR Side Looking Airborne Radar. - w' C) h7 f$ v1 b. B) M* tSLAT Supersonic Low Altitude Target [missile]. . \5 L. P4 l2 \1 dMDA GLOSSARY, VER. 4.0 S) n. k+ C. j" E* ^( B# Y 267 : B# V; _+ i! WSlave A remote system or terminal whose functions are controlled by a central "master" * T" B$ q3 h* I9 j) @6 Rsystem. It is similar in concept to a host system in that it responds to remotely4 I# P. d. N4 S U2 h! e generated requests, but unlike a host system, is usually capable of performing a9 |" \) c( Z+ s! I9 v1 [/ _ limited range of operations. . ~5 j- H1 |/ W3 u1 CSLBD Sea Lite Beam Director.& f6 W/ Q9 d7 G6 A SLBM Submarine-Launched Ballistic Missile.) k7 Y0 S& L2 u" o! [# _5 e: Y$ S% j2 s SLC Space Launch Complex. 5 a+ J/ o8 ?7 A9 X, H, C6 Z5 W/ vSLCM Sea-Launched Cruise Missile.- i0 Y) _+ l1 g+ B' F SLD System Link Designator. 3 K0 s/ z4 x' q% V4 L$ Q% WSlew Time The time needed for a weapon/sensor/antenna to move from point to point. $ K. r% M' ~4 m* OSLIP Serial Line Internet Protocol. ' J8 F( C* Z! e8 QSLKT Survivability, Lethality, and Key Technology.$ B5 e! U- T9 H& d$ g SLOC Sea Line of Communication. - C2 f+ ~6 o2 L" B* `SLRX System Life-cycle Risk Expert. # P# k$ d- `" O! @) f' e" O5 MSLS See Shoot-Look-Shoot. 9 Q7 A4 C, F; o g- z$ ^SLT Strategic Laser Technology. / E# e6 ? f3 M. S2 _, {5 U; ?SLV (1) Space Launched Vehicle. (2) Satellite Launch Vehicle.: E& k) q7 x- Z! N' t3 B+ |5 V SM (1) Skunkworks Mission. (2) System Manager. 2 P' S! ?6 D7 W( MSM&R Source, Maintenance and Recoverability (ILS term).$ y% p2 `) [5 o: n. S3 ? SM-2 Standard Missile-2. (U.S. Navy); U8 j" Q% F" N3 R: h' Z SM-3 Standard Missile-3.3 l4 c6 \6 v# `1 C% l5 V SM-ALC Sacramento Air Logistics Center (USAF term). ' \! Q: F. i* m1 R( p% {Small Optics Precision mirrors or refractors, less than 1 meter, and related technology, for+ C4 X* F8 L/ G$ f precise pointing and tracking from/to relatively small vehicles separated by large 0 C) R4 w6 r( c0 G. |distances.1 k* K$ W% A/ c, p, R Smart Checklist “Destroy, disrupt, damage or destroy” BMC3 tool for BMD warfighters. ( L) {2 K3 p) d9 B! G% K8 |4 zSmart Munitions Munitions that “think for themselves” and have the self-contained ability to) j6 ^( b, w; L+ W search, detect, acquire and engage targets.6 k; G9 Q/ z0 m9 k0 I SMAT Satellite and Missile Analysis Tool. , u! y0 d& l8 a( x$ w# ESMATH Space Materials Advanced Technology for Hardness.! P3 D% ?6 P7 z0 t6 U; A SMC Space and Missile System Center. 2 t+ r0 f; Z# e* j+ R" nSMCo Standard Missile Company. 6 t6 H) G! E0 T1 a. `) VMDA GLOSSARY, VER. 4.0 S , {' w4 s* n ]1 O# Q268 6 C* t7 Y U6 D0 sSMCS Standard Monitoring and Control System (for US naval ships) (see ICS). ( d; G2 z, h3 R, O+ ySMD (1) Strategic Missile Defense. (2) OBSOLETE. Navy Sea-Based Midcourse- \5 \# K. i5 T( J! g Defense. See AEGIS BMD. " v# _7 C4 t; x iSME (1) Single Management Element. (2) Subject Matter Expert. # t1 X: u* T& S5 X2 o0 ZSMERFS Statistical Modeling and Estimation of Reliability Functions for Software. ( ~8 X- }4 A$ |7 q! qSMES Super Conducting Magnetic Energy Storage. 8 `" p. g! O, Q' X3 dSMMW Submillimeter Wave. # R5 ~. F% \0 |) z( s2 y/ WSMP Soviet Military Power (US DoD publication).9 T+ D1 M* p+ }9 j SMR Code Source, Maintenance, and Recoverability Code (ILS term). 9 c' P* A& k2 X9 GSMS Standard Mobile Segment. % L, q; u% O, b) q9 Z# JSMTP Simple Mail Transfer Protocol (computer term). 2 e1 F; g% U3 p6 ~3 W: h" wSMTS Space and Missile Tracking System (formerly called Brilliant Eyes). . m6 A+ _0 }0 c* M [, K) cSNC System Network Controller. " `" l O! @+ p3 @' n3 ^! N2 W4 K7 ySNDM Secretary of the Navy Decision Memorandum./ _' B" r4 O+ a( I SNDV Strategic Nuclear Delivery Vehicle. , g( |3 e# v# K4 uSNF Strategic Nuclear Forces.& E* M0 v6 v% f) r9 P/ m( [/ T SNI San Nicholas Island. Part of the PMTC.( R7 U& K3 B4 { SNIE Special National Intelligence Element. 6 j$ ?. W1 V7 W' R# c5 O, SSNIPE OBSOLETE. SDI System Network Processor Engine. ) v9 R) k4 |; X- H# m# J, `SNL Sandia National Laboratory, Albuquerque, NM. - B$ E i6 m. ~0 A2 l/ }SNR See Signal-to-Noise Ratio (Also called S/N).+ N& W" ? a! H% P9 T- }: j; L SNRC Soreq [Israeli] Nuclear Research Center. " J) _7 Y- e4 Z0 o, X4 MSOA (1) State-of-the-Art. (2) Speed of Advance. ' u7 w6 B4 G6 v. d! _+ ySOC Statement of Capability (Contracting term). ; D8 ~1 u/ y/ U$ R7 zSOCOM Special Operations Command.# x0 K8 _. ~. V% D" c, D. Y SOCS Subcommittee on Computer Security.6 H. k7 o; k$ [4 D* k! U SODD System and Operations Document.5 ]" M( r" `2 j* ^+ K SODO Senior Offense/Defense Simulator. ; b% @% _ Y' y6 P: RSOF (1) See Strategic Offense Forces. (2) Special Operations Forces. ! W3 ]' j! H$ l/ ]MDA GLOSSARY, VER. 4.0 S ! V; p" Z/ D; k. ]269" U& M$ Y- ]- x# n+ I SOFA Status of Forces Agreement. ; i8 O# T: E6 t; Y- r, Z+ I% WSoftware , u- M! \/ N' Z3 b' n' N/ [Architecture % J/ S5 f& d5 M, W; pThe implementation of solutions to the problems in the domain. It becomes a: v6 T2 o* Q, A model for constructing applications and mapping requirements from the domain 8 s# T3 M" {- M, [model to reusable components. A generic architecture provides a high-level 2 F* k. t9 m' p$ C2 ]generic design for a family of related applications as well as a set of components 4 h2 D# `7 S) f9 M' c* Kintended for any instance of that application. The generic design eliminates the , f7 m7 U' i8 b6 s' t+ vneed to develop a high-level design for each application within the domain. As a ' i% s3 ?! F1 r& Z! ~' V7 Tresult, domain developers use these representations as specifications for 3 r4 V6 }: L! L9 G( Ureusable components. 9 j4 m& a; [. o9 E. ySoftware: A8 G! }5 d! ?$ _ Development$ f4 }9 R! Y1 e' C Cycle+ Y/ c/ c( [1 D& c& K% B; P0 S (1) The period of time that begins with the decision to develop a software 5 D3 x. F0 y3 t, l9 ?8 @product and ends when the product is delivered. This cycle typically " f+ ]( H7 Z' g: [includes a requirements phase, design phase, implementation phase, 8 d/ E4 V, S9 F# g! z* E9 J$ itest phase, and sometimes, installation and checkout phase. Contrast & i$ \3 A' C$ wwith software life cycle. % N- H% |* G N, z- i$ b0 {(2) The period of time that begins with the decision to develop a software5 ?4 J; Y' f, V: D! z% ^ product and ends when the developer is no longer enhancing the , D3 ~8 ~, U' |; J2 t, A# C0 Nproduct.

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(3) Sometimes used as a synonym for software life cycle. 0 o: K5 c* H Y0 SSoftware9 y0 P! y& b$ S" J Documentation . i& T' j$ k( M5 N2 cTechnical data or information, including computer listings and printouts, in" n% m; @0 S6 D' T4 i9 ~) E& f human-readable form, that describe or specify the design or details, explain the- ~& K2 v8 u0 E capabilities, or provide operating instructions for using the software to obtain " i- n; _( _; c4 w/ [desired results from a software system. (See Documentation.)4 L( Y$ a$ {1 c" _ Software- k* k* M# R( { Engineering+ S1 P% }: u |+ P: p8 T; o- n (1) A discipline whose objectives are to define, create, and apply a welldefined methodology that addresses a software life cycle of planning,1 \) B, b7 M( d k development, and maintenance. 6 `; y; ]: r/ C- j# o7 n(2) The application of a systematic, disciplined, quantifiable approach to the 7 q6 I' F p4 I0 }7 G+ o! ddevelopment, operation, and maintenance of software, that is, the* U9 H6 e4 h- a3 M) c6 G application of engineering to software. # }5 F8 @! b; y0 h6 JSoftware Life& R/ e5 I" u( M h1 f Cycle $ }! C& h$ R1 l% {# {The period of time that begins when a software product is conceived and ends! Q& |7 ]( d" N- r( C when the software is no longer available for use. The software life cycle typically & E" e0 ]7 N1 G6 @8 Nincludes a concept phase, requirements phase, design phase, implementation / g% k+ z0 c' v, J, f" Zphase, test phase, operation and maintenance phase, and, sometimes, v5 L7 Q; S: Z& h" pretirement phase.* q$ a5 X& U" M/ b Software Support The sum of all activities that take place to ensure that implemented and fielded + r- x" U- z6 w. x8 V1 b- Csoftware continues to fully support the operational mission of the system.3 [0 B7 k, m S, s Software support includes pre-deployment software support and postdeployment software support. 1 Z, k* m& `6 m2 ^* eSoftware Test 6 N5 v0 v1 X" C$ } kEnvironment: i7 \9 V+ u% r) j. A8 ]5 _ A set of automated tools, firmware devices, and hardware necessary to test7 Y( {: k1 B7 B- ] software. The automated tools may include but are not limited to test tools such $ R2 |9 o5 E, `: S8 t% Q @as simulation software, code analyzers, test case generators, path analyzers,0 Q3 ]/ O6 y+ Q+ X5 t i8 F etc. and may also include those tools used in the software engineering , _' \7 ~# T6 S2 t# xenvironment. 3 o7 {( P8 \3 o pSOI (1) Silicon-on-Insulator. (1) See Space Object Identification. ( f6 {$ {0 ~ |( Z( r$ ^# USOIF See System Operation and Integration Functions.8 t7 ?7 C0 t* \: o SOJ Stand-Off Jammer.( Z+ \! M4 Q% n MDA GLOSSARY, VER. 4.0 S9 N# P8 L A. U0 i 270" l6 M1 ?9 }; ] u9 ]+ K" Z+ i8 C Soldier-Machine 9 a3 ?" P* d' qInterface/ U0 w5 v6 l3 r+ w: } Considerations through system analysis and psychophysiology of equipment 1 y# ?5 W! }% O$ g3 @0 O5 M% rdesigns and operational concepts, to ensure they are compatible with- q8 S/ V$ d5 M: _, ?+ n capabilities and limitations of operators and maintainers.' S1 e7 ^2 x6 S7 H, C; t- ^2 y9 I, J3 z Sole Source % k ?1 p ]4 RAcquisition# I7 B9 i. a; Y' p' l$ T# J6 e A contract for the purchase of supplies or services that is entered into a proposal! I' X7 Q" Y2 }: N" x$ Z: t to be entered into by an agency after soliciting and negotiating only one source.$ g* Q7 N0 A9 W1 {+ I. H' u% j; R SOM System Object Model. 1 F6 e: L% L& c7 `! f7 o- lSONET Synchronous Optical Network. # g- D& W8 Q3 e( kSOO Statement of Objectives (See also SOW).' E% A$ ^% K4 A }+ M5 k SOP See Standard Operating Procedure.# T% L/ I2 d% n e, F+ V SORTIELOT Sortie Allotment message (JFACC term). ) \9 p+ V& _' U4 I: z/ k# ySORTS Status of Resources and Training System./ y+ C0 _) @7 _( D& m- V% @ SOS Silicon-on-Sapphire. - c5 `8 L5 ^2 U9 h. N& H+ t, r2 HSOSUS Sound Surveillance System (USN term). ! k5 _7 Y! P- h' L7 t0 M* e) s/ D. S& GSource Selection. z5 n% y5 }! e0 U$ B* R. V Authority $ f; \/ G3 ]: ^8 }The official designated to direct the source selection process, approve the + e4 {% U- m* [selection plan, select the source(s), and announce contract award.1 d8 Y6 d/ \7 i! U, a Source Selection / n9 `7 w9 L7 Y$ d- v* D T( N, K2 kEvaluation Board0 Y8 X" S. X' Q# Q3 @$ Y A group of military and/or government civilian personnel, representing functional ; Q3 ?$ m5 g" n7 f, ~5 U7 S3 B& L( Eand technical disciplines. It is charged with evaluating proposals and developing : ]! e7 L$ u. b+ R; Zsummary facts and findings during source selection. # G# J* ~- x7 r5 B0 _ RSource Selection ! W' H# C- @: U4 l6 B% g7 O7 SPlan (SSP)2 c6 ~6 Y( K; A4 C4 R$ d7 x: @1 V2 S A formal written document, which sets forth the source selection organization - b8 C' D9 \, [* v- yand management chain for a specific acquisition. It provides a guide for4 B4 b# t! Q. D% w( U1 d1 m) n evaluators on how to conduct the evaluation, it details the criteria to be used to : r, A" R$ F6 I2 g% Y* |evaluate the offers received in a competition procurement, and it establishes a 6 R8 K% a: R2 tbasis upon which to distinguish between proposals and to make an award. The 1 S, t4 u- i8 `4 ]. I& G; SSSP is written by the Program Office and approved by the SSA. " B4 J& P8 t9 O/ x! ISOW Statement of Work.: D( Y8 x e) q/ h; M% T6 R) C SP (1) Security Personnel. (2) Self –propelled. (3) Signal Processing./ k8 f+ S# e9 N! _ SP-100 Space Power-100 kW.; B3 G! J" A6 L1 F* \ SP/CR Software Problem/Change Request. / Y2 U3 F4 W0 |$ w' G ESPACC Space Command Center.# I& {2 Q& v1 b |; l Space and 7 ?( ]2 ]1 ]% D& H: w" X I) D, w4 iMissile Tracking, {; z* M( _. P% R7 A System (SMTS)3 u. q; Q& t: p5 x9 ] Space-based satellite sensors for surveillance, tracking, and discrimination of6 m& p7 l4 L, C: i4 m% m enemy objects during post-boost and midcourse phases. These sensors support2 m. U& _0 _/ A/ F `5 f ground-based interceptors for both theater and national defense.3 Y& C' m$ z$ P$ Z7 d/ a# z, a R Space-Based 7 D ^7 V4 @* Z) V, X- |Architecture9 D9 ]7 S$ ^, k; b8 ?) Q Study (SBAS)% {& z' U# D+ ~& Y! b A 1989 study to review the space-based elements of the Phase I SDS2 k& s ^+ H, N* c% j architecture, with emphasis on Space-Based Interceptor (SBI), Brilliant Pebbles! n8 u$ R# j7 e! z4 U (BP), and the Space Surveillance and Tracking System (SSTS), to define and( O: r/ Z7 d5 M6 W9 y* c justify a recommended architecture for Phase I and beyond.- {+ N4 g$ h" x o' C( f7 P% P MDA GLOSSARY, VER. 4.0 S ! w" Y6 o6 T$ ]( s4 C: d2718 Z/ @6 `+ e% r) C) g% w Space Based; I2 Z( P) l. [: F1 `% e9 r Infrared System) i4 _( F8 x# U, M (SBIRS)9 m+ A# c* ^& ^8 l# } SBIRS will be a consolidated system that will meet United States infrared space; U4 d' e9 a" w/ W- L* ~( ? surveillance needs through the next 2-3 decades. SBIRS is intended to be an F$ Z0 C, l2 `0 a# g% G7 _ integrated “system of systems” including multiple space constellations and an 1 i% B" Q* v% I9 Revolving ground element. The baseline SBIRS architecture consists of four9 i0 b( C- q, P" a, Y Geosynchronous Earth Orbit (GEO) satellites; two sensors on Highly Elliptical0 l" x* R5 C7 e7 J0 B; p' a Orbit (HEO) satellites; Low Earth Orbit (LEO) satellites; a ground system ! u3 k. ?0 E; |! C4 ]consisting of a CONUS-based Mission Control Station (MCS), a backup MCS, a# R8 Z+ h3 ?/ o, u) k survivable MCS, and oversees relay ground stations and re-locatable terminals;: p+ m4 q. P3 S) E8 u v5 } and associated communications links. The SBIRS is designed to meet the& ]" M2 \* H6 @) S! n# W& Y missile defense, missile warning technical intelligence, and battle space 4 O0 ]! N! c2 ?& X/ u8 Bcharacterization mission requirements identified in the JROC-validated SBIRS' M! B' ]9 z8 m Operational Requirements Document. The SBIRS program will begin replacing$ D0 K6 |$ j1 ]% A: K the operational Defense Support Program (DSP) ground segment in 1999 and" {4 T- ^& I0 r8 d: j7 h0 t- U2 s begin replacing the DSP satellites in 2002.7 W6 Y* H; w5 c7 H1 @& Q& C Space-Based0 }* i$ n% D! n+ T3 { Interceptor (SBI)2 m% J/ P x6 z# Q OBSOLETE. A distributed set of low earth orbit satellites that may provide $ @7 f( ~: B; Flaunch detection and booster tracking, and that serve as kinetic or kinetic energy # @5 k+ r" E; b3 I5 R: x8 cinterceptors of boosters, PBVs, and/or RVs. (USSPACECOM)7 ^$ U- w5 g4 i: Q1 j- P0 n Space-Based # Q6 x& |4 l$ c$ U% \Sensor 0 O; J( |. D, g# o* SA system that provides global above-the-horizon surveillance to detect and track3 r8 T. P- _+ T" t2 k PBVs, object clusters (RVs and penaids), and resolved midcourse objects, as 0 R6 s+ z( P# J: v1 o* F. lwell as below-the-horizon tasked hot spot detection of boost phase missiles; K" }! j ^2 g( c$ j1 M8 G when cued by a space-based weapon or a priori knowledge. It provides9 W+ O5 P5 a$ l1 _ surveillance data for use in situation assessment, operational intelligence" W- s) F5 p( a, V4 `% H$ b collection, and for cueing other sensor and weapon elements. During( z! f/ T7 H, o midcourse, sensors discriminate and track RVs and associated objects to support 4 s' j) M0 F j4 F$ _midcourse engagements. (USSPACECOM)$ F( b2 g! `$ N# | Y Space-Based + }5 N' u5 z- _1 x; XSurveillance and ! ^ R7 _0 K" p8 y! U5 xTracking System4 [$ }7 y! @1 \1 |7 k (SSTS) + `2 Z( _( \. H6 n& ^OBSOLETE. A satellite-borne electro-optic tracking and surveillance system in; ~: B) a/ ] m. B* u; b. L medium earth orbit. The satellites would track targets from medium earth orbits9 C. ^' y( d) M/ s# k8 r( M. J against a cold space background and near the earth limb. Individual objects’ 9 b$ F/ Y. Z) Z- d* jstate vectors would be generated from correlated information from two or more 1 P3 z, s, U: {# K9 d* }sensors. (Predecessor to Brilliant Eyes (BE). 6 n" e y+ Q6 p: U( f8 zSpace Command% L/ N" {: \$ e& }$ Z Center (SPACC) ; \! r' h' B3 M5 RA USSPACECOM center located on Peterson AFB, CO, in Building 147(1). It is ! w/ G5 R. L# m/ Athe primary command facility for USSPACECOM providing USCINCSPACE with : F7 r- q! o( `1 D8 d. \the information necessary to perform assigned missions.

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Space Control $ e& F6 Q. `& n2 z& z1 }: hOperations * l! l$ _( t( C" |3 d! S @Operations that provide freedom of action in space for friendly forces while, when X* a3 S. j% V* y directed, denying it to an enemy; includes the broad aspects of protection to US , ^. ^+ Y G# B0 \; T% _% }1 J( D( Oand Allied space systems and negation of enemy space systems. Space control; i" r2 n4 \" Z2 U9 b2 O operations encompass all elements of the space defense mission. / h1 Q; m1 F. y9 @3 kSpace Defense The defensive aspect of space control operations which includes all active or 5 y8 u- w& ]7 L+ b$ fpassive measures planned or taken to defeat attacks against friendly space ) l) i% l& o' G( x2 n2 V* ysystems or enemy attacks from space. , Q! I7 O+ U) WSpace Defense4 Y$ z+ c9 G/ E/ g0 M Operations # X& J" N, v3 qCenter (SPADOC) 8 r. Y' ]$ E2 V* A, A" h7 |A center in CMAFB responsible for monitoring and reporting of ASAT attacks on ' f" |: [: s- c" T, ~! fBlue satellites, negating designated satellites, and reconstituting and protecting, t6 x5 L8 o, \ designated satellites. ! k) L' f. m9 O+ a- L% _7 [Space Detection% T" r" m! u4 [1 f4 v and Tracking! P O8 B2 j: R; ^( u' @ System& p" g) F! j3 _0 C (SPADATS)) D( z( Q" s6 s5 K# j) S A network of space surveillance sensors operated by the U.S. Air Force.- _. H$ J" k6 u5 V) k) r MDA GLOSSARY, VER. 4.0 S 7 M( z7 R4 J7 i5 @8 v5 d4 R4 g272) v( p" K9 l4 Z) c( W2 T Space) X* {: L7 U& f8 M3 i% p3 s Environment * |4 r- }; @2 f1 \- o+ n6 k; cForecast Center$ @" z! E- L# c! ?' T# [( w9 A (SEFC) ; I- ~# |9 u( X5 cCenter at Peterson AFB, CO that supplies terrestrial and solar weather to the [/ ~8 x2 g: I# k. e# ICMAFB Weather Support Unit (WSU) and designated USSPACECOM units. * {. i; u2 ], ~Space Forecast % F3 v4 l0 A8 YCenter (SFC)8 l. ~* b* ]2 X2 @ E, z Center at Falcon AFB, CO that supplies solar and space environmental/ Q4 K ?' n; K' {" R warnings, analyses, and forecasts to USSPACECOM, NORAD, and DoD8 ]7 r1 q( a3 ~ t# X) E customers. , o9 `/ o3 _9 \2 z1 ^Space Mines Devices that can track and follow a target in orbit, with the capability of exploding Z/ `9 m- u2 E7 d on command or by pre-program to destroy the target. 9 T" W! R) Q9 O2 KSpace Object# Z4 t1 r G, [& I7 } t5 N ] Identification & Z8 H4 A5 O+ I2 O(SOI)) ^- T- ?7 o- ^* G3 } Use of radar, imaging, and other collection resources to determine size, shape, $ m X/ ~7 c0 ^" A+ L# Cephemeris, and identity of space objects. / R* U T* c8 G, o2 {" `3 a. c% hSpace Power Generation and control of electrical energy in space, from various originating* s) w" _: g1 \4 f/ n$ Z7 Z2 S sources (e.g., nuclear, chemical, solar)., v k, ^% C4 L% ^* n2 R Space Support, Q; M, X3 D- a2 G' C* L1 [4 a) v Operations. R9 J2 e' O$ I5 ^- R% ] Operations required to ensure that space control and support of terrestrial forces' Z( h$ u. d/ b/ i6 e* X% I- Q are maintained. They include activities such as launching and deploying space ' A& |0 G( R* I" Ovehicles, maintaining and sustaining space vehicles while on orbit, and) _9 f+ u* _% G( a9 K* x, c recovering space vehicles if required. ' I; u" ^' V* L! L2 ISpace . ?; B: Y" ?; L8 ]4 P, e7 VSurveillance" y- K2 A. P: }1 [ l (SPASUR)4 a- Z8 ?" }2 y2 K2 u1 j& b An operational space surveillance system with the mission to detect and: @' |2 r* N7 q. C determine the orbital elements of all man-made objects in orbit of the earth. The3 K/ ?! s i Z mission is accomplished by means of a continuous fan of continuous wave, g8 K3 E" S$ L, J1 n5 E P energy beamed vertically across the continental United States, and an . T# X4 p& o8 V/ @associated computational facility. It is the Navy portion of the North American6 |& p+ H# D- _' j Aerospace Defense Command Space Detection and Tracking System./ d+ n: q$ o- ?4 O+ Q Space 2 ~; r N5 v6 [Surveillance' J8 N8 y# V" c Center (SSC)2 i0 J5 b$ L+ Q* k A center in CMAFB responsible for maintaining the satellite catalog, laser 9 k; r) [5 l: M* ?9 r- \clearinghouse, collision and RFI avoidance, and Tracking and Impact Prediction' E4 t* M) l2 K (TIP). 1 i- U L% k" u5 R! j6 ySpacetrack USSPACECOM global system of radar, optical, and radiometric sensors linked to' ^4 m3 \/ r" O! C# | a computation and analysis center in the Space Surveillance Center. The & D. T5 c: t% q v9 U# j7 `5 JSpacetrack mission is detection, tracking, and cataloging of all man-made3 w0 G* U% m# ^ objects in orbit about the earth. 8 @/ [- [0 U/ Q; N1 i& }Space) U: F; ]7 b. Y5 ^, f8 m+ V Transportation9 |' y1 `% t$ r0 |& p) r System (STS)/ }, x1 z ]" q2 |8 ^- J/ j A national asset that provides routine access to space for both civil and defense) P8 e5 ~- d+ O users. Elements of the STS include the Space Shuttle, upper stages,9 ?) \9 h9 r( ~8 ? Spacelab, launch and landing facilities, simulation and training facilities, and 9 y7 v8 _( S) hmission control facilities. The STS is a reusable system capable of deploying a* @. V3 s, F, N5 V, y* E' J wide variety of scientific and applications satellites. It can carry payloads: f1 S1 M/ Y% ]) K+ ^ weighing up to 65,000 pounds. 4 E1 }7 d% _7 s5 C4 \3 ^2 K1 mSPADATS Space Detection and Tracking System. 5 F. l! L( Z0 b* ?- S! vSPADCCS Space Defense Command and Control System.; E9 U; s0 t6 f7 D8 w SPADOC Space Defense Operations Center. (U.S. anti-satellite mission control).5 n5 B- I) D M! B5 I9 v SPADTS Space Detection and Tracking System.& j" B% ^3 { y$ Z2 T SPAR System Performance Analysis Report.% B( _, _2 W0 [& N3 { MDA GLOSSARY, VER. 4.0 S* Q) w3 z8 T+ e( D8 _ 273 * d8 M. r. i: t- nSPARTA SPARTA, Inc., Laguna Hills, CA.4 ~. A9 J5 S% h5 R! }2 b Spartan Nuclear-armed, long-range mid-course interceptor used in SAFEGUARD/Sentinel 3 M( D5 Q# Z" Z) fsystems. ) ~' Z4 @' }- ~4 h9 e- GSPAS Space Power Architecture Study.. k2 ?( B6 k1 d6 D9 ?8 l0 J& F \3 J SPASUR See Space Surveillance. 8 P: `. r6 p% R% G* pSPAWAR Naval Space and Warfare Commend. / v/ a7 `- @0 vSPC (1) Statistical Process Control (2) Special Program Center. (3) Special Programs3 s) |. K' R" T Center.$ i. y5 d( d8 z9 W x# B8 \ SPE Senior Procurement Executive.) `1 A& P5 t h* E5 ~$ X1 u. K SPEAR Space Power Experiments Aboard Rocket. 3 T7 v$ g8 I4 _; p# W. V9 G- I! kSPEC Specification.. }6 `5 B3 `8 Z1 L! r8 `# m Special Data# W8 J% V3 T4 F& }; l& U Commands" H% N1 a, R* z Special, non-routine commands distributed for surveillance battle management,5 y9 @) q% g" C. \ and fire control.$ W& n2 ?% B, ~8 y8 \ Special, [ s+ O% e1 o3 z9 L+ A Programs Center 8 K: r7 ~! b5 VNational center for threat modeling and production. Located in the National Test 9 h+ }, z) x, ]2 `! x) C9 E1 X4 gFacility at Falcon AFB, CO. 9 y e% M* G8 }" PSpecial Test # z8 q3 I* H, ]Equipment (STE)* f, r* Y8 b# ~" S" ~6 P Single or multipurpose integrated test units engineered, designed, fabricated, or2 C- `. R$ i4 Y modified to accomplish special purpose testing. Such testing units comprise 4 l; `; U+ a2 i- n; zelectronic, hydraulic, pneumatic, mechanical, or other items interconnected so as+ z) J8 ?' C e& z4 }+ S to become a new function entity, causing the individual item or items to become ' H* L# W+ L3 uinterdependent and essential in the performance of special purpose testing in+ ?( `: g4 p% l5 N0 S/ K( I5 s" m the development or production of particular supplies or services. K6 A, }; Z3 @2 G* F4 DSpecification A document (or other media) that specifies, in a complete, precise, verifiable 1 q" x; Z% l" ]: Wmanner, the requirements, design, behavior, or other characteristics of a system! n3 D% _" X2 F& b( _ or component, and often, the procedures for determining whether or not these * q4 f: s8 K$ C* C4 Yprovisions have been satisfied.) E& c* |( B) l! V9 B$ b5 g Specification F8 O; n/ w( k, r" N5 W0 w( F) u Language! P _6 h* }0 p" n; e# h9 z4 X A language, often a machine-processable combination of natural and formal& | v" j2 S/ z" `% w language, used to specify the requirements, design, behavior, or other7 z. t* G9 {6 r. q A, W1 I. G. f characteristics of a system or system component. 2 @, C Q- I- YSpecified5 t. T" R: i5 s- L Command 5 _5 c- I* f4 [0 ~ ~A command that has a broad continuing mission and that is established and so W2 q: U+ X8 u5 Xdesignated by the President through the Secretary of Defense with the advice' s- J, A" G0 p" x; b9 y/ Y and assistance of the Joint Chiefs of Staff. {, c' u; g1 I4 u6 V# ZSpeckled Trout C-135C airplane with ACBA equipment.; I8 ~$ G9 S! C" O7 V SPEED System Planning, Engineering, and Evaluation Device.. E |0 v2 s! U0 F SPF Standardized Plume Flowfield.) U4 k }/ ^' D8 Q6 | SPFE Special Projects Flight Experiments.3 a6 v0 s c( s5 h SPICE Space Integrated Controls Experiment.

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SPIMS Strategic Program Information Management System (SDIO/MDA term). . G0 b% W: _$ s7 h1 t+ ?2 U' XMDA GLOSSARY, VER. 4.0 S, N) P- ^2 D- t$ n' d+ _9 ^ 274 $ \; d" ^) B' K9 C! nSPINE Shared Program Information Network. , @1 b: W- o2 u+ R1 {: A% GSPINS Special Instructions (JFACC term).' X( V" X- h5 `$ I0 }& \ Spiral9 T" B' {" X; J& x9 t P) | Development 9 q3 |" @. f- [5 JAn iterative process for developing a defined set of capabilities within one$ a' D. U0 C' P# U; ^5 C increment. This process provides the opportunity for interaction between the - j' F/ e# p. Y* ?user, tester, and developer. In this process, the requirements are refined through / c& G, N1 ~. W! l( oexperimentation and risk management, there is continuous feedback, and the6 K+ a1 o+ f6 y8 u user is provided the best possible capability within the increment. Each increment " t2 K: t4 E( D/ n, s1 Vmay include a number of spirals. Spiral development implements evolutionary * Z$ l5 j N; u8 Q8 e5 i0 _8 zacquisition. % y( j* b& v/ {1 |' b; |SPIRE Space Performance in Radiation Environments.7 c7 B$ j& @$ v4 y$ t SPIRIT Space Infrared Imaging Telescope.5 P) F( j) I8 C9 ?- m SPM Software Programmer’s Manual. : m2 L0 D# b4 j. uSPO See System Program Office. (Air Force)0 B" [6 [5 o2 Z$ W1 g7 `; B SPOCK Security Proof of Concept Keystone. 2 {+ q% M" h+ d# t; _) ESPOD Seaport of Debarkation.! L1 ~& V$ y2 x b6 ^) z( Z4 e- J SPOE Seaport of Embarkation. 5 j0 R! p) o) s( m5 eSpoofing Any technique by which sensitive information or commands may be substituted4 ] H/ k6 {- n2 ~8 } I or stopped without the knowledge of the authorized personnel involved.) q% ^8 N2 t S4 u& X; A SPOT Systeme Probatoire d’Observation de la Terre - French observation satellite 1 v2 z/ Y3 A# |: Y) P2 [, g0 ^SPP System Performance Parameters." e6 M$ R% f9 b; H4 p( ] SPR (1) Secretarial Program Review (AF). (2) Secretarial Performance Review (OSD).' Z2 O: \, \0 Y/ q8 A (3) Sponsor’s Program Review (Navy). [- E+ ^3 c( w: z$ |4 ?9 f# U Sprint Nuclear-armed, short-range interceptor used in SAFEGUARD/Sentinel systems. 3 {( _, H* B7 ]% sSPRM Solid Propellant Rocket Motor.. p( C5 h3 k" h2 j4 Q SPRN (Former) Soviet system for missile attack warning.- |; b, T% d/ m5 p7 a3 ` SPS Software Product Specification. 4 m4 n) _; X% f# t3 ~# Y- z- iSPT Support. 2 @$ p/ Z4 j5 g' Z" r6 t1 p5 GSPY-1 AEGIS radar.9 N. X/ J0 ?" y' C' A SQA Software Quality Assurance.' ?5 i* Y0 f' V3 e( _% ^4 Y! a SQL Structured Query Language (Computer term).! C; r1 L" I [& W! J$ A4 k sqrt Square foot. * e8 s" n( d$ I6 C9 f5 c* x* U% GSR AFSPC Regulation. o, F* V( O3 H: K7 f SRA System Requirements Analysis. . a7 E1 V1 k3 o6 X) m+ N$ PMDA GLOSSARY, VER. 4.0 S( v6 A! n% x6 }3 n/ y9 A 275. r* p8 y0 v F! U1 H; C5 p SRAM Short-Range Attack Missile.' I1 S$ m/ \" a' z& @6 W SRB Solid Rocket Booster. : ^% \4 V% j- `% s+ A8 r$ @% pSRBM See Short Range Ballistic Missile. * L3 Q5 A0 ] ?/ I! XSRD Systems Requirement Document. * y. r+ |8 k9 OSREMP Source Region Electromagnetic Pulse. * `2 ]% k/ K1 l" F3 [7 MSRF Strategic Rocket Forces. . P6 l8 ^* Q5 G |SRHIT OBSOLETE. Small Radar Homing Intercept Technology. Predecessor program : c% `% z8 [( K4 |! Q" @to Flexible Lightweight Agile Guided Experiment (FLAGE).6 C) Z: C/ Y: Z: [& Y5 V SRIM Short-Range Intercept Missile. 3 Y/ h0 h! ~9 aSRINF Short Range Intermediate Nuclear Force. 9 J% `$ `2 F/ Y4 M3 y' d, j/ c* JSRL (1) Site Readiness Level.* a+ h1 V6 n) z (2) System Readiness Level.4 y# F. M- H" r, f# d( G (3) Super Radiant Laser. ! F& w8 U) i% N, bSRM (1) Small Rocket Motor. (2) Sensor Response Model. 8 x7 k( j3 y2 O N* f5 v7 ^1 v3 O1 I# oSRMP Sounding Rocket Measurement Program.+ B$ y3 ?$ W! A4 E: k# W0 ~2 {4 E( V SRMSC Stanley R. Mickelsen SAFEGUARD Complex site. * u0 t. M( W; h/ V3 I L# n1 NSRMU Solid Rocket Motor Upgrade. ) E) ~6 M! F* XSRO System Readiness Objective. . S1 G4 [9 Q9 ZSRR System Requirements Review.$ e& k) l* L2 c. n SRS (1) Site/System Requirements Study. (2) Software Requirements Specification 8 r/ f' ?9 {0 I/ Z( M# T+ ASRT Strategic Red Team. * k# C# w( D5 X, d. e# O5 D6 |SRTBM Short range theater ballistic missile. 5 c, A/ q, y, `7 l M) j+ \0 [8 tSRU Shop Replaceable Unit. 2 u) v8 B; V6 L5 u* T8 N# J$ HSRV Single Reentry Vehicle. 2 F( X" `6 U2 v7 L3 N) F z) B1 {! H+ ASS (1) Solid State (USASSDC Family of T-GBR term). (2) Simulator System.$ l& c" F+ y! R9 x. c SS- Surface-to-Surface. 0 i% {- p% v* `1 {( fSS-18 Largest ICBM in former Soviet inventory credited with carrying 10 RVs, but. f& l1 L' ?5 Y capable of holding many more. D5 q1 a8 s0 n SS96 Summer Study 1996 [Director, MDA].1 U% Z' @8 @. k! |4 x& O9 w SSA See Source Selection Authority.( H3 h7 C, B6 J4 }- z* W" l) T SSAC Source Selection Authority Council/Committee (Acquisition term).3 N) s. Q" L4 H% G MDA GLOSSARY, VER. 4.0 S {3 x: D9 |/ S& G" T2 B4 p9 W 276" p8 ^3 e. r# \) j* v0 B SSB Single Side Band. $ `; V; j" M0 h1 }3 ^/ ?7 G4 |# dSSBN Ballistic Missile Submarine (nuclear).3 P6 A7 J5 z4 Y. T% S& [: H SSC (1) See Space Surveillance Center.& [# f& a7 t2 N1 m7 R; C9 N (2) Scan-to-Scan Correlation. X( E/ l5 X1 N+ N+ |% q (3) Strategic Systems Committee.' B8 }: _6 U- v8 ?/ Z8 @6 {# W! A" v (4) Skill Specialty Code (USAF ILS term).4 s9 z4 M/ p2 _5 D4 P. J7 ~ (5) Source Selection Chairman (Acquisition term)9 L5 S2 s# `- q) t# M* e (6) Standard Systems Center, Gunter AFB, AL. ) t; G }7 l2 W(7) Surface-to-Surface [Ground-launched] Cruise [missile].& g0 k- J2 p7 N (8) Stimulation Support Center.( h/ O, c" R5 m5 D, } SSCM Surface-to-Surface Cruise Missile.6 b2 C& K5 C C# C$ t SSD OBSOLETE. Space Systems Division. (Now USAF/SMC.)0 I w& J1 U7 R/ o0 z7 F SSDA Solid State Demonstration Array.1 K. Z' h" g$ a) Q SSDC Space and Strategic Defense Command (US Army). ~( l7 F8 i* D! Y+ F SSDO System/Segment Design Document. 9 \' j9 H) j5 Q5 y9 ^9 z+ @" o. h; ~SSDR Subsystem Design Review. 5 C: [6 @/ |2 I3 L( [, XSSE (1) See System Security Engineering. 7 ]2 B6 F) f9 _8 a. [, }(2) Space Surveillance Experiment.; |% m2 X- y1 ], k1 r7 I0 M (3) System Simulator Environment. 0 c6 X' x6 Z+ n2 S: p W2 QSSEB Source Selection Evaluation Board.1 o! T( X6 } a% t3 l4 \ SSEKP Single Shot Engagement Kill Probability. 6 K6 c/ ]" [. j6 C. o) J4 V7 GSSGM Strategic Scene Generation Model. " S! e6 ]1 K G5 Q' L( xSSI (1) Sensor Segment Interface. (2) Sensor System Interface. + N! N9 x% d: I( a9 sSSIMU Solid State Inertial Measurement Unit.# _! r i2 D4 n: r" G; Q SSKP Single Shot Kill Probability.0 X7 ?! [' S: k3 l ^) o SSL Solid State Laser.

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SSM Surface-to-Surface Missile. U) W6 ?1 {0 b+ W1 W6 CSSM/I Special Sensor Microwave Imagery (Weather Satellite term). 1 m& a Y# D R9 F1 k3 |SSM/T2 Special Sensor Meteorology Temperature and Vapor (Weather Satellite term).5 m3 q$ z% @: X9 X, O SSM/TI Special Sensor Meteorology Temperature (Weather Satellite term).8 q; x( f2 e5 b; C* c SSMP See System Security Management Plan.5 e3 j9 r( C3 O SSMS See Standard Survivable Message Set. ( Q) J4 a' \ Z1 ^- FSSMTR Sary Shagan Missile Test Range. 6 Z& q6 F7 K9 K" [2 c3 g! M# XMDA GLOSSARY, VER. 4.0 S' @4 b# D* [/ Q7 s3 ^ 277 A$ F- x. F3 p5 u0 ^! _5 ]3 @ SSN (1) Space Surveillance Network.7 g, h: K8 h6 T) Z1 y5 P& h (2) Submarine, Nuclear powered (navy Ship Designation term). - X$ V" A0 k1 e6 O: RSSO Special Security Office.7 L1 Y9 q x3 u: t SSOD Special Session On Disarmament.2 D; ?" |. ?8 c% o7 [ SSP Source Selection Plan.6 d, j" U; v& E4 Z' [5 n+ f SSPAR Solid State Phased Array Radar.+ I% ~+ x- S) b( }" z1 x/ `: a/ T SSPK Single Shot Probability of Kill. 8 n4 a( e5 I8 fSSPM (1) Solid State Photo Multiplier. (2) Software Standards and Procedures Manual. : w6 u: j: }. |$ G* Y) T/ y0 K+ gSSPO Strategic Systems Program Office. (U.S. Navy)' ?$ M4 H. z" S6 T; A& U SSR Software Specification Review.0 a; A* X4 O% L6 z$ g5 O SSRMP Space Sounding Rocket Measurement Program. 1 B9 }# @/ T/ P7 [+ r! jSSRT Single Stage Rocket Technology.7 ]$ F- u* a7 l SSS (1) Space Sensor System. (2) System/Segment Specification.6 f) |, Z* s) B2 r SSSG Space System Support Group. ( B9 i& s, \+ j4 V3 Q% h% bSST System Specific Threats.9 L/ ?! L% p) Q. ]/ u5 B SSTB System Simulation Test Bed.( a' f1 s- r G" y SSTS OBSOLETE. See Space-Based Surveillance and Tracking System. $ P: ~6 a. I+ GSSUP System Supplement.8 S' w* ?8 Y) S; W7 P SSWG System Safety Working Group.& K+ w) `3 a# J ST Simulation Tool. ( S) S% n) l6 _! fST/STE Special Tooling/Special Test Equipment.# B8 I* v: h: f# d- Y; y STA Significant Technical Accomplishments.1 P- |0 Y0 a" n* z1 `$ P2 N Stage An element of the missile or propulsion system that generally separates from the ' }- ]# }3 j: a! Pmissile at burnout or cut-off. Stages are numbered chronologically in order of/ Q) Q. Y0 u% d burning. ( S9 ^1 c' G, T7 z" {STAGE Simulation Toolkit and Generation Environment. 4 z! O [8 \8 \- P2 Z# A) ?; J- mSTANAG Standardization Agreement (NATO). 3 m0 @3 \ z9 UStandard Missile A shipboard, surface-to-surface/air missile. n% K( g( K) X. ]6 `) ^$ @: C D Standard Mobile1 S9 ?6 j0 Q) F5 _ Segment (SMS) 8 r% w5 U$ _& a& d9 QSMS is to be the standard for all future ground mobile, air transportable0 N, r: C* T* X" G% O: |% }% } command centers.+ ]) }* Z* i7 ]# g/ g MDA GLOSSARY, VER. 4.0 S: I+ s8 F$ t5 i* B+ V- ]9 X 278 " |6 y& z* H: dStandard 4 N5 ~+ F: J- v" ^) n$ H5 Q6 y* @Survivable % N" h' B5 u) k! M; a, \Message Set - b+ ^6 i* w& d1 k3 S& }3 q(SSMS); ~& ?5 N3 o+ J+ [3 y6 F Message set, which contains the standard format used by ITW/AA data sources.8 S8 C4 C% ~2 f- k- V1 x! n Standardization The process by which DoD achieves: (1) the closest practicable cooperation3 r5 O ?/ a' l* m( M: T9 N among forces; (2) the most efficient use of research, development, and 4 M: b m! Z7 @2 T0 Vproduction resources; and (3) agreement to adopt on the broadest possible6 k8 o# q6 ~4 [! P; f% ? basis the use of: (a) common or compatible operational, administrative, and$ Y$ a6 M* i. D logistics procedures and criteria; (b) common or compatible technical procedures/ I/ a; A+ o& u and criteria; (c) common, compatible, or interchangeable supplies, components,! ?9 d& C0 K; @& e4 w1 a$ K weapons, or equipment; and (d) common or compatible tactical doctrine with6 J$ ]4 s+ u2 \ K corresponding organizational compatibility. . p, {/ Y% D: v/ f; K- ^0 \STAR System Threat Assessment Report.# y& Z! g1 Z8 e1 m STARS (1) Strategic Target System.$ b0 S) P: ]: t9 a2 K (2) Strategic Tactical Airborne Range System. ( q# _% b' ]; O/ {6 ~% w(3) Surveillance and Target Attack Radar System. 7 U! K) p) B: p/ q! ?$ X2 G& MSTART Strategic Arms Reduction Treaty. ; y! u% q) I( O |4 X2 y! MSTASS Space Transportation Architecture System Study.8 ^' h+ L4 N# H3 m0 c Statement of # {/ g# j3 T3 a' c& `Work (SOW) 9 E% ^, Y+ q8 j7 `# _4 iThat portion of a contract that establishes and defines all non-specification 5 Z, v+ I8 n9 o( E t8 Krequirements for contractors’ efforts either directly or with the use of specific cited ( N7 I$ \2 S& h2 I8 D8 Ddocuments.) h" ?- I# Q9 } Static Analysis The process of evaluating a program without executing the program. See also; |$ @) z0 Z. N& t$ D6 }! i desk checking, code audit, inspection, static analyzer, walk-through. Contrast9 }: i \% T& ^% v2 N with dynamic analysis. 0 T. g# O, h8 o6 y( s+ uSTB Surveillance Test Bed. # d1 X% m% Y( o! p8 O5 [) z% kSTC SHAPE Technical Center. , l- a" s$ b0 J+ [! ^5 _$ r- VSTD System Technology Demonstration. : `* I- k( L% bSTDN Secure Tactical Data Network.* C4 C5 B/ M# H5 |, k; ^- N STE See Special Test Equipment./ W1 B4 y7 \: G6 k! f% [% _( G Stealth A technique used to frustrate discrimination that uses the decoy shape and 1 G6 ?5 w% Z. s3 }1 Hmaterial content to reduce the reflected IR, radar, optical or acoustic crosssection to the defensive sensor. ( W$ E/ f* t! gStellar Guidance A system wherein a guided missile may follow a predetermined course with 2 S' Q& H2 p- V7 W3 S& f X6 dreference primarily to the relative position of the missile and certain pre-selected + C8 n V% v7 z! ]' Rcelestial bodies.# K# z7 x1 v2 H. D" o" B STEP Surveillance and Tracking Experiment Program. / d. x4 m+ N, p3 F' ^, P/ BSteradian The unit of measure of solid angles equal to the angle subtended at the center( i! `- Z! K8 y" } of a sphere of unit radius by unit area on its surface.5 O a5 P' W; u1 b1 y6 j! X( I Stereo Using two or more sensors. # p; V. r0 f/ B# PMDA GLOSSARY, VER. 4.0 S 9 ?- ]0 L2 j( |; W: A% |4 C3 a279 ) h( u- g3 Z1 u! h5 y) Y- Y4 d/ d$ zSTF Static Test Facility.- J. t6 [$ {+ r. ? STILAS Scientific and Technical Information Library Automation System (USASSDC% R/ V$ ?, _ l Y, Q term). 9 X+ b/ X% _% @) N/ h5 s- H0 |- jStimulated! K, Q) d3 {0 j4 x& V" l Emission 1 X& d9 `* F6 VPhysical process by which an excited molecule is induced by incident radiation to . o& q0 M$ |* A5 C4 h! d/ Uemit radiation at an identical frequency and in phase with the incident radiation.) B9 N2 u+ @! L% q Lasers operate by stimulated emission.9 I3 s, m6 ^) R STINFO Scientific Technological Information.

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