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101#
发表于 2008-12-25 20:19:31 |只看该作者
SBS Stimulated Brillouin Scattering. + ~! N( c0 b; F9 A; T. kSBSim Space-Based Simulator. 4 O2 b# n, b, c( _SBSS Space-Based Surveillance System. & L j& F2 W; F4 D- \! VSBV Sensor Space-Based Visible Sensor. / s, U) r1 j9 C! h3 CSBWAS Space-Based Warning System. & b' x, ?7 x3 d+ O/ a- ~SBWS Space Based Warning System. # p q/ n. J# R( K5 R! C8 fSBX Sea-based X-band Radar – A moveable platform for the BMDS test bed 1 A8 S4 p% }$ L5 SSC (1) System Center. (2) System Concept. (3) Simulation Center. (4) System ; Z/ r' D) ]* ?# u4 |Controller. 5 d' u! J" m5 g. b+ A: `7 s3 ?SC/BM System Concepts/Battle Management. R0 b( u. c: G7 E+ e4 u, \Scaling Law A mathematical relationship, which permits the effects of a nuclear (or atomic)' p3 L" {! d8 w explosion of given energy yield to be determined as a function of distance from ; N% n& n2 b. M6 Q: I/ V2 ythe explosion (or from ground zero), provided the corresponding effect is known 7 V/ j$ R2 B0 v7 F) ras a function of distance for a reference explosion (e.g., of 1-kiloton energy1 |% p/ t' w- B( H0 N4 r3 o @! V yield). " G/ y: s \; @! w7 x8 XScan In an electro-magnetic or acoustic search, one complete rotation of the antenna.$ \& \6 S. q7 z3 {. ?9 W) M: z$ d8 i1 f Scan Type The path made in space by a point on the radar beam; for example, circular, 8 [9 B5 L8 y% H& H) ^helical, conical, spiral, or sector. 4 Y9 R& g6 ~. E+ GSCARLET Solar Concentrator Arrays with Refractive Linear Element Technology. % A+ S8 V$ X! W* RScattering The diversion of radiation, including radio, radar, thermal, and nuclear, from its/ W8 ?) H5 C4 D4 x; A original path as a result of interactions (or collisions) with atoms, molecules, or4 y: ^4 {8 x* z7 Y |# l larger particles in the atmosphere or other medium between the source of the 5 z! x: d4 H4 `radiations (e.g., a nuclear explosion) and a point at some distance away. As a4 K! ^; _9 K, v, e result of scattering, radiation (especially gamma rays and neutrons) will be( Y5 T2 i3 ]$ n- w% C/ N; j received at such a point from many directions instead of only from the direction 3 A8 m% k/ D- O) _of the source. & Z8 o( v6 R: Z( {SCB Strategic Defense System Control Board. 9 h2 r% j: q' j# i' XSCC (1) Standing Consultative Commission (Treaty negotiation related term). ) i: W4 m, e) s4 U2 {(2) Space Control Center.# s ^ [( X, E1 y; V9 v/ v" W/ p MDA GLOSSARY, VER. 4.0 S $ J* n7 l1 A& W7 b258 : o; n! m3 ~. q U& ?SCCB System Configuration Control Board.+ w+ \0 t: D% v; E0 ?+ H, Y0 a SCDL Surveillance Control Data Link. % x4 Z( D# Z, |4 `SCE Submunition Chemical Experiment. 1 X- ~* {; x2 }/ R# CSCF Satellite Control Facility. / r7 e- Y8 B% R# g* d! Z NSCG Security Classification Guide. % R2 }4 C5 a5 QSCI Special Compartmented Information (Security term).( q; K( \4 s9 k2 a' c! p SCIF Sensitive Compartmented Information Facility (Security term)., y! N. g& v/ `. K' `9 h SCIT Systems Concept Integrated Technology.6 v' @- x$ G# m H, I7 h0 r: | SCMP Software Configuration Management Board. - i c, f1 W* R7 g4 ySCN (1) Specification Change Notice. (2) Ship Construction and Conversion (Navy). " M1 J3 z- u& X, i(3) Space Communications Network.$ N" H/ ~# r5 [! b, J, ]) a SCOMP Secure Communications Processor. ; x/ ~) e* ~8 W- Q0 U4 aSCOPA Survivable Concentrating Photovoltaic Array.+ p0 t) Q( ?3 Y, @; r1 D SCORE Scientific Cooperative Research Exchange (US-UK). A science exchange to& p3 q) p% G! L investigate theater missile defense related issues. % e! B; z S9 \0 DSCP System Concept Paper. / Q- U9 n4 a' |$ r" E- |# qSCR Special Contract Requirement.) w. g( z: S$ x0 w SCSI Small Computer Systems Interface.' B9 H# k' \4 S2 I1 w4 c5 ~ SCT Single Channel Transponder.9 X& } ?9 a0 c$ @" `, v, Z K0 U SCUD Surface-to-Surface Missile System. 4 ^# @3 w5 ~$ w( d/ D5 e% k YScudCAP Scud-Combat Air Patrol. & j! E* G8 x. m0 b& PSD Strategic Defense Command (Army term) (See also SDC).* a2 M* b% I) N+ E: e9 Q+ b# n% k SDB System Design Board.. V- E3 J) D& Z8 z, Y; G SDC Strategic Defense Command (USA term).1 B- [5 G- J- j SDCC Strategic Defense Command Center. ; L( H- a! T$ tSDCE Software Development Capability Evaluation (AFMC term). J- A, {) L9 W. u SDCV Shuttle Derived Cargo Vehicle. - e* _. q" V( H6 M9 ]7 `5 j5 A& iSDD System Description Document.+ C& o n/ R Y7 l9 w' H SDF Self Defense Force. 8 A9 Z* w" \) ?% v; ASDI OBSOLETE. Strategic Defense Initiative., @9 d5 ~/ ~" `. F$ ~/ T1 r' y* h MDA GLOSSARY, VER. 4.0 S/ W# T, k8 K7 b4 j! g9 o3 t 2591 ~( C$ h) l) a0 }' d SDIAE OBSOLETE. SDI Acquisition Executive. (Re-titled BMD Acquisition Executive% N1 W1 K( F1 g8 e j (BMDAE).)2 y& |0 ~8 I; q SDIARC OBSOLETE. Strategic Defense Initiative Acquisition Review Council. O, }5 u! A% q2 i SDII OBSOLETE. SDI Institute.* ?- q9 \5 { Q9 v: V8 V SDIO OBSOLETE. Strategic Defense Initiative Organization. (Predecessor, H' v% W) {6 y: m+ [8 }. G* { organization to Ballistic Missile Defense Organization (MDA).)$ i J; y% {8 }( Q" e0 J; J/ M SDIO/PP Strategic Defense Initiative Organization/Program Planning. : | j- Q* c1 u1 D4 KSDIP OBSOLETE. Strategic Defense Initiative Program. (Predecessor program to2 T, N7 H9 r' b8 p Ballistic Missile Defense Program.)$ ^ a& F1 @4 x1 P SDISM OBSOLETE. SDI Simulation. . M$ Q' U1 U! s/ |, u a/ v$ JSDL Software Development Library. L6 a) |; S R! ?6 ^ SDLC Synchronous Data Link Control (TelComm/Computer term)." z* C" L4 V3 i$ a SDLS Satellite Data Link Standard(s).: l5 i5 a. y: K5 _/ g7 R SDN System Design Notebook. 8 u" K9 t. B0 e5 v- _5 USDP Software Development Plan.* N# w1 \1 O0 r' }' F/ t SDR System Design Review.: d0 H5 B- u( ]% ^* J SDRU System Design Review Update. - u' W8 s, D; j d. jSDS Strategic Defense System. 6 j4 w& o6 o" c2 |SDS Element A stand-alone system (e.g., a weapon or satellite), which is the smallest entity q) a4 b7 F5 u8 t* I5 x/ V: q+ Lcapable of performing a designated function with, specified results within the1 z6 s/ O- m7 n; f1 r: V Strategic 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.. H$ `8 M6 z/ c0 u. |, K+ I SDSD Strategic Defense System Description.- A5 J1 R p/ @- a# v6 r SDS-OC Strategic Defense System - Operations Center. , _: B6 I2 |9 F* k) NSE Systems Engineering. 9 A l/ ^5 ~) Q7 ~SE&I Systems Engineering and Integration. ) z1 S" d6 d# n/ ~SE-CPAT Systems Engineering – Critical Process Assessment Tool (AFMC term). ) ~5 Q4 z1 c: V+ Q: r# tSEA [Military] Service Executing Agent. & j# j2 p0 ~8 y! U: oSEAD Suppression of Enemy Air Defenses.: @8 V: V& ^8 b# i+ p7 l SEALS Sea Air Land (Special Operations forces (USN).$ F+ Y( y: J1 c# c) [ Search, Active Illuminate an assigned volume of space with electromagnetic energy and collect: P. I) M3 P7 U/ w reflected radiation. + g8 ?! G/ M6 y o. |3 bMDA GLOSSARY, VER. 4.0 S 2 N' d) c% ~. T260' g! l. d1 z3 ]" s Search, Passive Collect radiation from an assigned volume of space.7 S {; X F8 ]# H' F- h SEATO Southeast Asia Treaty Organization.: L6 O8 P9 N( e* o- V% l) |1 m; I SECC Survivable and Enduring Command Center. ; ?( a/ U: `. t3 u: nSECDEF Secretary of Defense (For Message Use Only). H) q$ e8 z |& ~SECNAV Secretary of the Navy. ; A: T9 F3 e. hSECNAVINST Secretary of the Navy Instruction. 6 [6 O- Y# s9 zSecond Strike/ u$ W; C+ t3 d9 E C Capability 5 R0 \* n0 j! f9 _) H. IThe ability to survive a first strike with sufficient resources to deliver an affective % p( M; E2 G: {; e& w, _counterblow (generally associated with nuclear weapons). / I" r0 Z, K$ x' c" TSecondary 1 \# G5 x; e8 P* K5 fStation# ^8 [& l; t2 R. F3 U8 P# A8 |4 q4 m A station that has been selected to receive a transmission from the primary" Q( s- q2 ~$ m/ m station. The assignment of secondary status is temporary, under control of the% N% ]9 ~, Y; |3 x- K. Z primary station, and continues for the duration of a transmission. " ^( @+ e' U, g- pSecurity O& |( s/ {" R" P Architecture1 V8 E) O- c1 ^& h The portion of the baseline SDS architecture that is responsible for preserving+ P: C% W/ W( L; Q the confidentiality, integrity, and assured service of any of the sensitive, systemvalued functions and information elements (assets). & v% i( Y% h6 l9 @Security Criteria The set of requirements that should be met so the security system can provide a - f% e y3 V& f: w9 k. [" T5 V5 a( @3 Xmaximum degree of effective deterrence at the lowest cost. ' E, O+ n4 @+ v- CSecurity Level The combination of hierarchical classification and a set of non-hierarchical. B. q2 V/ K5 m" T categories that represents the sensitivity of information. 5 F1 f+ \ |& }0 gSecurity Policy The set of laws, rules, and practices that regulate how an organization manages, 0 L$ I1 r2 Y) }7 c0 s7 X& J: {protects, and distributes sensitive information.) V4 h& l" L$ @$ h Security Policy$ K" h' E# K) z- @+ E/ i Model& k7 b# g4 ?/ r0 O An informal presentation of a formal security policy model. W2 U8 i' N4 X; ~. d6 H* [" ^Security Program The implementation of formal security policies and procedures established by* a& a0 M) T+ O. ?, l, y DoD and other departmental publications to secure vital components of weapon 3 ~7 {7 W# k3 c" nsystems and essential direct support systems from enemy hostile operations and, U0 D: M# E3 y other forms of ground attack. / i' w8 O0 C' N* {9 USecurity$ Y+ f, e& b3 y) @/ J Relevant Event % w: J6 B7 W( Q, q- rAny event that attempts to change the security state of the system. Also, any" S9 z' X+ Y$ _3 a3 i/ u) k3 S6 ] event that attempts to violate the security policy of the system. ' M# x, \9 z4 D& A' e3 l- S7 s$ jSecurity5 L- O2 c+ Q8 ?, F1 n2 M( h Subsystem H; j% ~/ ~! o2 eThat part of a weapon or defense system, which is added specifically for the + C- h- B" V+ K8 v' @performance of security, functions and not categorized as components of other! D' T" M& z* N subsystems.% r% ^. \2 N2 ?1 b' F Security System The aggregate of all mechanical and electronic equipment countermeasures in a( N; Z2 |# D, S# ]' o system which contributes to its security from intelligence gathering and 2 }9 G- X* b% e9 P( s5 V1 _clandestine or overt attack, including organized system function and procedures, ( H9 t# A3 A6 j/ j. qas well as the security subsystem. & B0 K' m. K* m" A! U6 \; p1 H0 [( rSecurity Testing A process used to determine that the security features of a system are X2 `& z: s) q implemented as designed and that they are adequate for a proposed application 8 I; b2 w* A& T4 H! V" R6 H- wenvironment. $ C' ~9 g. B+ S+ G2 H; \5 z% iSED Software Engineering Division. + e# I8 |, \" d2 LMDA GLOSSARY, VER. 4.0 S0 Z! z; J. v3 i 261 2 M0 }4 v7 H& a o% KSEDD Systems Engineering Development Data Base. ( B% @/ S! E: k- VSEDS System Engineering Detailed Schedule ) D2 Z* y# s1 a( S/ W& ]! u9 `0 RSEE Software Engineering Environment.9 p2 ]$ J! E/ H7 |# k SEED Support for East European Democracy (P.L.101-179; 22 USC 5421).! h0 ~% H9 }, ~+ ~! R' n, j SEER (1) Sensor Equipment Evaluation and Review.* @4 p/ V, d5 u' @/ U) Z (2) Sensor Experimental Evaluation Review.$ C5 u' u. q. B0 e2 T SEFC Space Environment Forecast Center. , J2 c) A3 M+ ^Segment A grouping of elements that are closely related and often physically interface. It; m% f: l, r$ r# ^ consists of CIs produced by several contractors and integrated by one. 1 U+ J1 {1 f: qSEI Software Engineering Institute.8 p' @3 `! O0 G SEIC Systems Engineering and Integration Contractor. ! {/ G( \9 h9 Q3 `SEIC PP Systems Engineering Integration Contractor Program Plan.# n* X& h [! F, `5 o6 C" J SEIPT Systems Engineering Integrated Product Team." R( D: \; {$ Y9 v( W9 K& T7 Y+ a 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. g: t4 o% j1 S Acquisition4 X- c2 A# ], v4 X Reports (SAR) ' L$ E& r, r9 n4 a, r9 W' c+ NStandard, comprehensive, summary status reports on major defense acquisition$ c; y1 }. M4 G- Q z programs (ACAT I) required for periodic submission to Congress.; B# Q. U. c# H) n; g' A5 H$ ]' {" Q" W Selective, 5 y0 Y V# ^" ~. ?* c$ dAdaptive Defense + m6 k0 s) z H0 g4 USelective, adaptive defense assigns interceptors to RVs based upon defended8 l) H! }7 r; L: p! j' y5 S asset values, the number of arriving RVs and time to impact. / z+ X7 E* ~; |) n/ oSelective Kill Assigns interceptors to targets on the basis of missile type, launch area, impact ; q1 _$ G1 L( c Q2 f& j& uarea, time of launch/arrival, or predicted threat utility (e.g., SS-18 or its follow-on). * h9 X1 y1 c% z# [. G5 B) k, SSelectivity Refers to choosing a subset of targets either for attack or defense. (See ( O" {2 k1 A. L0 Y) U CPreferential Defense and Preferential Offense.)* c. y+ s, B, K1 F+ d SEMA Special Electronics Mission Aircraft. , r, ^+ k; m# x8 mSemi-Active ! x' c* h O! wHoming 4 [2 x/ b. f4 o7 eGuidance 6 r" A8 M4 [% y6 I- QA system of homing guidance wherein the receiver in a missile utilizes radiations + V4 `4 r/ V3 wfrom a target, which has been illuminated by an outside source.2 j8 M; d3 N7 @- R2 e Semi-Active( F9 S+ M5 M9 B% g& I- x Sensor3 t1 ?1 d& I# b4 Q4 h5 ] T One that does not generate radiation itself, but that detects radiation reflected 3 F" [, J% U1 Z/ c+ h( D( ^* h9 wby targets when they are illuminated by other BMD components. Such devices 1 _$ @3 Y: {) H Pare used for tracking and identification and can operate without revealing their 5 ~* u2 E& s4 q4 i* B5 w2 rown locations. : ]/ m+ r/ T# ?* jSEMP Systems Engineering Management Plan. % R% n: \( m$ o7 T% F; E/ \. U# eSEMS System Engineering Management Schedule.3 L) m% B: P$ N; w$ w: g MDA GLOSSARY, VER. 4.0 S 9 {( J% o: t) d3 I2622 m9 X3 |: |5 s; N Senior! T9 w( x5 U/ E) K0 Y- d9 ~ Procurement / U! _$ Z& f/ o QExecutive (SPE) . ^% c1 ~6 t) B! i" j" R, h! PThe senior official responsible for management direction of the Service , G& O9 s) ^4 t( n; G8 jprocurement system, including implementation of unique procurement policies, 2 E& h* H/ G' C* }, Dregulations, and standards. The Senior Procurement Executive for all non-7 F* S* r) }0 ^$ s: w2 {% l: k& x0 W! i Service DoD Components is the Under Secretary of Defense for Acquisition and % U: {' ~) z$ \6 W3 @5 r4 MTechnology, who has delegated many of these functions to the Heads of. P4 S; S9 y) D. K3 N. Q Defense Agencies including the Director, MDA. q0 k6 ?$ T5 o7 W" hSENSCOM Sentinel System Command. , ]5 T- U7 z! Q1 A8 j* B: x9 eSensor Data Measurement information. For a passive sensor it is usually irradiance time, and 3 Q& P: u( l$ \9 o7 O, \LOS. For an active sensor it may include range, Doppler, cross section, etc., as7 d7 |* }* K T well. 4 Y/ O& r( _* H' ]! t, USentinel ABM system designed for light area defense against a low-level ballistic missile E: |6 N" L" r% Y attack on the United States. Developed into the Safeguard system in late2 Q/ E& b, S5 [ H; R 1960's.: c v# \* [ m. _& M& p9 { SEO Survivability Enhancement Option. 5 D/ Y% _+ v6 s1 G- GSEP Signal Entrance Panel.4 q5 h0 v& J! J: v0 U Separation Y0 P3 H; h, i0 R: y9 iHardware / _0 a) q. q5 s PObjects expelled during payload separation sequence. # _6 l+ h$ s% n/ N* ySEPG Software Engineering Process Group.+ z0 ?: b8 Q" d/ v SEPRD System Element Production Readiness Demonstration. 7 W: f' I' R' e% Z% G% \1 {3 ]1 LSEQ Sequence, or Staff Equivalent.! v) T; I! e+ w# j1 k! E2 u Sequestration The reduction or cancellation of new budget authority; un-obligated balances,2 j1 j* x8 s' X- x4 Y new loan guarantee commitments or limitations; new direct loan obligations, , T9 S- z0 R, B6 F6 ?! A* p$ L! j2 gcommitments, or limitations; spending authority; and obligation limitations. As( P# L8 }0 ~) G* u delineated in the Budget Enforcement Act of 1990, sequestration is necessary if: w2 I5 {( g/ o/ t, ?1 b+ }: F, A3 L legislation is enacted that would cause spending in any appropriations category$ e ^* o/ }" T: X" }; I to exceed a specified cap. 5 K" }* z8 G/ D ~) |. zSERB Software Engineering Review Board.( Q; ?( ^9 t, D3 ~: s5 Q9 | SERD Support Equipment Recommendation Data (ILS term). 3 ]2 A" i! e$ r% F, {SERG System Engineering Review Group. , ^9 e- s( `; Y" MService ) r! N Q) z9 _5 ?Acquisition; ^4 p7 e" i! _ Executive (SAE)7 g) u3 r* h& f2 E9 _2 @ See definition of DoD Component Acquisition Executive. ' C9 P2 @( \' p: ^Service BMD ; B, F8 c3 z$ W; j& m# @& v& QProgram 6 C* H: @# `1 `% U \Executive Officer" w0 J' S/ l& ]4 F; n* ^( [ (PEO)) i {0 O; o3 {: N A senior official responsible for execution of Service PMAs and for providing * O# ? a3 L# @0 k7 m% e2 v+ Wguidance and Service-related direction to subordinate Program Managers. The2 P- k( z6 t/ `3 [ PEO will also serve as a deputy to the GM. (Consistent with PEO authorities and* w1 N$ N l, |) W& R. i responsibilities documented in DoDD 5000.1 and DoDI 5000.2.)& ?5 O' z! C7 z, S Service" L0 h4 a. t6 A+ a Component $ `, N( m4 l5 s" Z7 QCommand 9 N+ b" t- V* Z5 q, pA command consisting of the Service component commander and all those z. }0 Q# b7 k: D" d, u* D individuals, units, detachments, organizations and installations under the 7 H& Y9 r c9 L6 Z% _7 ~$ w1 ?command that have been assigned to the unified command. 2 I; z4 {$ k( WMDA GLOSSARY, VER. 4.0 S2 T" H. I9 V1 }& ?/ |/ u: i! ~3 n 263 / W$ p" v8 _8 z7 T0 D4 SService Life t q. S2 K( D/ R- Q5 N8 Q0 z Extension 5 Y; U, O& p/ P! ?* D1 T& JProgram (SLEP) . s$ F( g: J8 b3 WModification(s) to fielded systems undertaken to extend the life of the system % e5 S/ K) W' k- ^8 G9 a4 Kbeyond what was previously planned. # U- B* P! U* D' O3 i( p: GService Test A test of an item, system, or technique conducted under simulated or actual ; L! R2 X$ l. h0 G3 E0 Boperational conditions to determine whether the specific military requirements or + K2 P' h; R. c+ ~+ B0 s/ ycharacteristics are satisfied.2 G1 _" M; ^* i SES 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.! W/ R' V* ^# R$ D B SET System Evaluation Threat.- z5 A' H7 K( { ]4 j SETA Scientific, Engineering, and Technical Assistance. . b, f) n! _3 F9 Q: uSETAC Systems Engineering and Technical Assistance Contractor.: d6 J9 t P4 D7 }/ r* O; [ SETP Solar Electric Aircraft Test Platform.9 u: _" ?+ E+ ^; {$ O SEW Space Electronics Warfare.7 P0 D5 t8 ?. N+ g8 M1 ] SEWC Space and Electronic Warfare Coordinator. $ V+ X `" O! |' hSEWS Satellite Early Warning System.7 ]8 N8 S( O+ o9 h; n SF Standard Form.5 X$ b) u$ U5 f8 ?( ?9 T' e SFC Space Forecast Center.' [: a' k7 u$ |8 x SFS Shoot-Fail-Shoot.4 p7 F2 K0 B* F2 j1 T SG (1) Steering Group: m1 O# S ]. X (2) Silicon Graphics 9 ]) T* B" _ Z. C* I. e5 ISGEMP System/Source Generated Electromagnetic Pulse. ) p8 \3 w2 V1 w' r$ USGLS Space/Ground Link Subsystem. ' B3 X# {: O$ n8 ~SHAPE Supreme Headquarters Allied Powers Europe. 9 D* B9 ~7 s. ~SHF Super High Frequency.; P3 c- O/ ] A% U% p; n SHIELD (1) System High Energy Laser Demonstration. " f- ^% B7 J% y$ K- `& i" i(2) Silicon Hybrid Extrinsic Long-Wavelength Detection.0 R4 k4 @( P v1 u Shielding Any material or obstruction, which absorbs (or attenuates) radiation and thus" Q2 u( C! m. c# t tends to protect personnel or materials from the effects of a nuclear explosion. A/ a' A3 [# l1 _' g( z1 [& q4 W moderately thick layer of any opaque material will provide satisfactory shielding 4 h( i a, N( sfrom thermal radiation, but a considerable thickness of material of high density3 v& i. T2 Y/ i4 W2 Y may be needed for nuclear radiation shielding. Electrically continuous housing* r$ Y# E) L. j; t! }5 s8 I* q. W9 j9 X for a facility, area, or component, attenuates impinging electric and magnetic % b" J4 ]+ p4 p5 ]fields. * B4 F: z" O! C- ~, qSHIPALT Ship Alteration.3 B& x3 B7 C d2 E! d1 p1 C Shoot-Back The technique of defending a space asset by shooting at an attacker. . ]9 ?; l4 s" {$ W" v. J- V; E8 `MDA GLOSSARY, VER. 4.0 S 0 U8 J z$ U" U+ R264 8 E* i+ u! v. D9 rShoot-Look-Shoot , z3 e0 X! V! p+ l(SLS) ' U8 n* }; D. h3 f% M, vA tactic used to achieve Defense Engagement Options (DEOs), such as assured( y0 F+ P! L8 [% N J kill by shooting at the target, looking to see if it was killed, and shooting again, if 0 H9 h) Y( {( _# hnecessary, to achieve the kill. ; [1 a& R( [, L) `6 YSHORAD Short-Range Air Defense.2 U: K" T1 V0 V8 P0 T! o Short Range Air ; B$ n) T! j, _, N. v- s- OLaunch Target $ A7 F- z: V9 Q! _Single-stage, air-launched, solid propellant theater target with threat5 B- T" z" e- F& M$ f6 c" H representative reentry vehicle. + B# y7 {) U3 gShort Range; o" Q" O" b+ P `7 y Ballistic Missile x) H; ?1 e- u3 P# `(SRBM)& B: k* E# E N3 {) G& q5 ` A ballistic missile with a range capability of 30 km to 1,000 km. (USSPACECOM)9 x. O2 `. U4 A3 e2 p1 [9 w7 T I Short Wavelength$ y, R, e- B! L4 ]" ^ Infrared (SWIR) # T( j* r, _8 v% Y4 q& pThermal radiation emitted by a source in the electromagnetic spectrum . S6 @% k1 _/ h A/ |! ]# {encompassing infrared wavelengths of 0.75 to 3 microns.9 H3 Q) X+ V3 m9 a. t* |" _. M( G SHOTL Simulated Hot Launch (missile engineering term). ; ~. ~& e. y3 i/ t G" I* Yshp Shaft Horsepower. + \7 o! [* ~ J' `Shrouded RVs Reentry vehicles enclosed in a material designed to shield its thermal and other% s& f5 q$ l7 c! o characteristics.: M1 o( `0 ], H. L, a, t SI Special Intelligence. 0 C; ^- n/ m, ~3 `SI&I Systems Integration and Interoperability." T# H+ m4 a- w6 O K SIC (1) Silicon Carbide. / x& E% R; Z' n D% V t9 b(2) Standard Industrial Classification.' v5 Z7 [- h# \- Z) j1 e SICPS Standard Integrated Command Post Shelter.# F3 ?7 W( H7 T1 V! Z' Z* S) ^ SIDAC Single Integrated Damage Assessment Capability., |2 J Y3 b5 e. L SIDD System Interface Description Document (US Army term).; _$ q9 n8 ^) a! g3 U! z Sidelobes Residual EMR surrounding the main beam, which is of weaker power than the # T8 `' P, E" imain beam.3 d( {9 E" {! y8 q( O SIDPERS Standard Installation Division Personnel System (US Army term).3 N0 a3 m6 }& h. p: v7 ^3 c SIDS Secondary Imagery Dissemination System.: u2 S6 O. @: V. s8 |: v, ^ SIE SATKA Integrated Experiment. % B3 j, I: f8 p$ `) @ Y/ \. mSIF (1) System Integration Facility. (2) Selective Identification Feature% _5 r, O- s. T1 E/ X: c6 j J1 l SIGINT Signal Intelligence. & j; a, [. e; Q/ `7 eSignals Security2 H/ T" v! h" G! j (SIGSEC)* A! o7 J: J- m* h The overall program for communication and electronic security. ( ]% ?( r- P4 A/ E9 }Signal-to-Noise , Y' t% x. y, P0 \7 q. ~: ?Ratio (S/N) (SNR) $ j: f1 @ q( a7 ^/ W$ i3 i5 K2 BRelative power of the signal to the noise in a channel; usually measured in ! x. B4 R9 \0 ]3 jdecibels.& q$ z) i0 }3 v/ v/ \) w9 D MDA GLOSSARY, VER. 4.0 S/ M5 W) f# s3 D0 y+ f 265 I+ D; H5 B, [: g) I7 B0 k U- ZSignature (1) Distinctive type of radiation emitted or reflected by a target, which can be5 W1 ~, [3 Q. o& w used to identify that target.; c, _: \5 ]6 B/ q& U* I (2) The characteristic pattern of a target displayed by detection and- I. ^1 A; S& t4 `9 \ identification equipment.) \3 [" m( t/ b6 j Signature : G- M4 d! y" `7 N0 H% W$ I; K+ LHistories 9 d3 t9 G" j9 _- s5 tA list of observed target signature characteristic parameter values as a function 8 \( F7 X- h0 f" f, b/ mof missile flight time used for target discrimination and kill assessment.; P# V. k' F1 n5 I5 m& l4 @7 t0 N+ k SIGSEC Signals Security. # Q" K6 [/ C/ R" K9 NSIIPT System Integration Integrated Product Team (THAAD Program term).6 r# F6 {& t5 j- [1 E& b: Y# m SIL Systems Integration Laboratory; Sunnyvale, CA.! E6 v- K. P# t- ?+ f- I& _; V SIM Simulation.

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SIMM Second In-line Memory Module.' o2 i% `) c* I. |6 J* l' s5 f1 R' h Simple Security- D) h2 n6 F4 @2 k# [. G6 \ Condition 3 b3 H( Y& W- @5 I: n; U: S: OA Bell-LaPadula security model rule allowing a subject read access to an object- Y! k, I) l" J" i only if the security level of the subject dominates the security level of the object. u) Z" e* I% S# `( m) x. h9 DSIMS Security Information Management System.2 }* {( X2 M% e2 ^' j Simulation A simulation is a method for implementing a model. It is the process of 0 o1 c1 N4 S) O+ z/ Y9 R: Zconducting experiments with a model for the purpose of understanding the W1 R2 B, [. Zbehavior of the system modeled under selected conditions or of evaluating ( d: T/ n; l* Y B" i' c6 @7 dvarious strategies for the operation of the system within the limits imposed by 2 ]& h! B0 B5 W7 k- k, ^developmental or operational criteria. Simulation may include the use of analog: x; _( H3 j! |# H" u, d0 Q4 U or digital devices, laboratory models, or “test bed” sites. Simulations are usually V& `* y% K0 l0 z: tprogrammed for solution on a computer; however, in the broadest sense, military: h. h4 G6 H0 ?- M& Q, j6 C; e$ w exercises and wargames are also simulations. ' n. ~, t* K7 ]; |Simulator A generic term used to describe a family of equipment used to represent threat - m) D4 K5 u- l/ qweapon systems in development testing, operational testing, and training. A. W7 Q' O1 y4 A threat simulator has one or more characteristics which, when detected by human * I2 B- ~2 Z, ], I0 a2 @senses or man-made sensors, provide the appearance of an actual threat : l; w# O5 R, K/ v; {9 mweapon system with a prescribed degree of fidelity.' W1 ^0 _# ` M/ d6 Z U SINCGARS Single-Channel and Airborne Radio System. " v2 \3 D: B1 u! b' I- O, n- FSingle Integrated" j w. [8 H+ P# e/ m3 [% E Operational Plan) M; i6 u0 J5 X+ |2 I3 t# M/ M6 l (SIOP)) D3 |# x, T x! u2 M9 S' p! M7 K Plan by which the nuclear strategic offensive forces will retaliate when directed% l e' _7 N5 x4 K% h6 G4 ~ by the NCA. . r! |+ i; X6 U- fSingle-Level 2 b- @" X# Q$ h. JDevice, ]# m! H* p) e0 G) k5 Z/ e A device that is used to process data of a single security level at any one time.. l. e3 z/ E8 g8 }: ]. S7 v. c: I0 V Since the device need not be trusted to separate data of different security; Y& r# J) W3 w+ h; F# X' N levels, sensitivity labels do not have to be stored with the data being processed.. U' A4 B6 p; ]% l0 v Singlet A space vehicle, such as a Brilliant Pebble, which contains only one intercept4 [2 s; c4 B% s% J vehicle.% k9 X& F: ] | ?5 z' P2 s SIOP See Single Integrated Operational Plan. " K/ q' s: X$ i. P( g q4 q$ ~+ G5 \SIP SINCGARS Improvement Program (US Army term).3 |, j. |4 f+ N0 n4 A' M! r3 _ SIPM Service Integration Program Manager.5 g) Z% f; a' ^% \" E MDA GLOSSARY, VER. 4.0 S7 [4 \' |# L+ F2 H/ D6 g 266- }& O) C p; A5 Q5 P' p6 ~# n7 A# g SIPRI Stockholm International Peace Research Institute (Sweden).: x; v! W$ y# r9 a SIPRNET (1) Secret Internet Protocol Router Network. (2) Secure Information Protocol Net. 8 }% U* y) k+ X8 `% X+ [! ySIPT (1) System Integrated Product Team. (2) Services Integrated Product Team. 5 U/ a! V- y [8 @5 QSIR Signal Interface Ratio. $ y. g8 H' l) D! m8 G" p% gSIRE Space Infrared Experiment. 8 \* b, p2 c$ S( q% K& kSIRMR Senior Information Resources Management Representative. / T& B7 [& m* ~9 B. N lSIRRM Standardized Infrared Radiation Model. k9 p3 s7 i2 v SIRST System Shipboard Infrared Search and Track System (USN term). e7 y* ~) `, P: D! b3 @ SIS Special Compartmented Information Isolation Segment.% U! O! v& v( `3 I5 { SISS Subcommittee on Information Systems Security. ! t5 m. i+ p# J; U4 @SIT System Integration Test./ ^1 `( s, U3 p1 S- A4 ]! I6 ` Situation" @! b+ n" R) S9 K1 ?8 O o- F" J) V Assessment . j( u7 b( h4 F* `5 [1 @ X7 [The determination of the extent to which observed event(s) constitute a threat* `1 j$ G0 @& M Z2 b( [' E (e.g., isolated event, mass attack, etc.), using the attack characterization! P3 y( P* k' b3 e6 h, S information. 3 x) K6 @" W# ^8 cSIWS School of Information Warfare and Strategy. 0 r/ ?1 ~2 P3 \; e0 W. TSix Year Defense) G$ R/ ~4 w9 c1 ~- a Program (SYDP)9 c8 X* F4 U, ^4 R: B7 Y The official DoD document, which summarizes forces and resources associated0 c. c; Z) X2 R* u! Z with programs approved by SECDEF. Its three parts are the organizations 5 i4 x2 `9 w! O0 l" saffected, appropriations accounts (RDT&E, operations & maintenance, etc.), and) O3 a6 i2 ~2 E9 S2 d% s the 10 major force programs (strategic forces, airlift/sealift, R&D, etc.). R&D is 2 D8 L+ t! q8 L# I* c) ~8 uProgram 6. Under the annual PPBS cycle, SYDP is published normally three ( T7 |1 L6 V/ r" ^8 U* S$ G' `times: October, January and May. The primary data element in SYDP " Z! h- Q' l( G: S, z/ Irepresenting aggregation of organizational entities and related resources is the & S" x# O7 {8 f* i! ?: A \) pprogram element.' R) |) a7 I3 i' n5 c v Size of Threat* z( {' [7 L$ ` t% D Corridor7 w6 H- y. W8 b5 c4 T (LxWxAltitude) A volume of space in which a particular group of RVs would % p, t$ i. D/ D$ t9 Woccupy, defined by launch location and designated target area. % M+ y D/ P6 n; p SSKKP (Former) Soviet system of outer space monitoring. : q% s4 c1 A9 x) U. BSkunkworks A separate program management operation established to operate outside the ' C9 P" F% ?2 Y- T! p# Qnormal process, either to expedite development or because of high security! N% W7 [! _# B# x5 |! Q; G classification.4 R3 d) ]/ l; x SL Sea Level.

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SLAM Standoff Land Attack Missile. " x2 r# V3 [! A P/ sSLAM-ER Standoff Land Attack Missile-Expanded Response (USN term).. O! [& o8 k6 M& G% a SLAR Side Looking Airborne Radar. ( E# U' ?6 r# U) f+ bSLAT Supersonic Low Altitude Target [missile].) r- l, @) l6 g# @8 T: o4 K MDA GLOSSARY, VER. 4.0 S 3 f% f) C2 w+ M4 p+ A O+ O2 z0 l1 i267 Q/ m& O5 Z b5 U- I+ |! FSlave A remote system or terminal whose functions are controlled by a central "master": a$ C9 ~% L% _0 ~1 G; |/ { system. It is similar in concept to a host system in that it responds to remotely: k1 X. a1 d7 y+ X6 U) H: z1 `* s generated requests, but unlike a host system, is usually capable of performing a % Z& |1 g! `( t2 [# Q, nlimited range of operations. 6 {! J/ g L! |7 E$ h4 @9 iSLBD Sea Lite Beam Director. # V- o; S. w9 w7 Y' w ]# h0 `9 bSLBM Submarine-Launched Ballistic Missile. 7 i# e4 o! f; b* ISLC Space Launch Complex.! H3 N# W! R2 \! j9 C SLCM Sea-Launched Cruise Missile.* T! X, u+ B8 S5 K SLD System Link Designator. 0 E( Z6 H6 `0 }; L! JSlew Time The time needed for a weapon/sensor/antenna to move from point to point.3 s2 `: H3 y K) l/ S$ ^ SLIP Serial Line Internet Protocol.2 U) c0 A# A" o$ f0 ~/ |3 Z" Q SLKT Survivability, Lethality, and Key Technology.1 c1 v# ?+ E* B8 y* d; {! j SLOC Sea Line of Communication.2 q/ Q7 `1 `. C: c SLRX System Life-cycle Risk Expert.8 Z7 q" W5 O4 [. D5 R/ \8 F# e. k0 g SLS See Shoot-Look-Shoot.5 a Z2 L7 V9 l( s SLT Strategic Laser Technology. . O) n7 \8 x$ Y B! A8 q1 CSLV (1) Space Launched Vehicle. (2) Satellite Launch Vehicle.6 n+ ?- C: ]( w4 N9 |. d1 Z, ^7 G SM (1) Skunkworks Mission. (2) System Manager." ]5 U* p9 d _# a& S% a6 A' o SM&R Source, Maintenance and Recoverability (ILS term). 6 H8 f! d3 K, \5 M8 d. B" \: oSM-2 Standard Missile-2. (U.S. Navy) 7 E* l" s3 c0 k! w1 K7 n4 J4 G( W5 HSM-3 Standard Missile-3. 4 K l( U2 B& Z s7 Y6 kSM-ALC Sacramento Air Logistics Center (USAF term). : J# Z* g8 y1 pSmall Optics Precision mirrors or refractors, less than 1 meter, and related technology, for, Q/ N% }) x3 X, Z- Z8 ?" a5 I# f0 j- V precise pointing and tracking from/to relatively small vehicles separated by large( C6 I. [! q* I2 W9 l$ A; y distances. 7 @, E( n( R9 @Smart Checklist “Destroy, disrupt, damage or destroy” BMC3 tool for BMD warfighters. 9 `4 M+ ^) u1 d' FSmart Munitions Munitions that “think for themselves” and have the self-contained ability to v. z3 f: n6 O# E: _/ r search, detect, acquire and engage targets.4 H$ }( z! z1 X9 E6 ?- Q9 \ SMAT Satellite and Missile Analysis Tool.! N; V' Z' e7 ~* t: u+ E SMATH Space Materials Advanced Technology for Hardness. 9 F# m9 D2 i% s6 d- i5 oSMC Space and Missile System Center. : z0 O' H% O4 U/ X7 OSMCo Standard Missile Company.8 `1 b) X6 M8 b$ o \# l# ^ MDA GLOSSARY, VER. 4.0 S7 N/ q- a7 K4 k: z8 n7 b 268- l/ O3 ~2 |5 I4 M A SMCS Standard Monitoring and Control System (for US naval ships) (see ICS).8 l, d& a4 [/ t/ ] SMD (1) Strategic Missile Defense. (2) OBSOLETE. Navy Sea-Based Midcourse . S+ x, X* L- J3 @7 QDefense. See AEGIS BMD.7 i2 y. O) F/ U6 Z4 n, s SME (1) Single Management Element. (2) Subject Matter Expert., }; V& M7 D1 H6 x, p SMERFS Statistical Modeling and Estimation of Reliability Functions for Software.8 b+ \# f; q1 ]1 z0 w, _ SMES Super Conducting Magnetic Energy Storage. 6 r+ ^7 `, v" CSMMW Submillimeter Wave.* b; I3 e6 J( O( E! q! M SMP Soviet Military Power (US DoD publication).$ |4 j0 t/ e6 ` SMR Code Source, Maintenance, and Recoverability Code (ILS term). ! z; n7 E7 d( p e% s4 W9 H' k/ bSMS Standard Mobile Segment.2 y/ P8 j: t" A% ^ SMTP Simple Mail Transfer Protocol (computer term).0 s" L' U/ n9 l( b- o6 G: H' n SMTS Space and Missile Tracking System (formerly called Brilliant Eyes).' j" D# {! f" p' _: ^ SNC System Network Controller. 4 [# U- J2 S- {0 j. U: ^1 [! ZSNDM Secretary of the Navy Decision Memorandum. 4 ]/ R) n5 E+ w- A' P; fSNDV Strategic Nuclear Delivery Vehicle. 1 m m" I q' m1 z$ w) [) y7 @7 @SNF Strategic Nuclear Forces.6 D& i4 a% d+ F+ X/ m SNI San Nicholas Island. Part of the PMTC. 7 d# E. E$ x! O$ RSNIE Special National Intelligence Element.! a' k9 u6 R/ w/ k SNIPE OBSOLETE. SDI System Network Processor Engine. - @# {+ [' e" c( fSNL Sandia National Laboratory, Albuquerque, NM.3 w1 c6 }+ E T+ L1 V% ]3 C SNR See Signal-to-Noise Ratio (Also called S/N). ! D- U, q- K8 g* D. CSNRC Soreq [Israeli] Nuclear Research Center. 9 u0 f- x# I- Z, i) y% ZSOA (1) State-of-the-Art. (2) Speed of Advance.* N- v' z1 u" r' j4 D8 G SOC Statement of Capability (Contracting term). + o5 Z8 {7 ?' L& ?SOCOM Special Operations Command.! w U v6 {9 S4 q, T SOCS Subcommittee on Computer Security. ; K0 i1 S; `; ~+ WSODD System and Operations Document.! N0 H4 \; m# I- Z. M/ ]; [ SODO Senior Offense/Defense Simulator. # x, t$ } o) Y$ @1 @! vSOF (1) See Strategic Offense Forces. (2) Special Operations Forces.# l3 B# K3 p: ?9 p MDA GLOSSARY, VER. 4.0 S / P6 B7 z( m/ j! J+ [) h2694 k, Y: m- o- D- i# q2 H SOFA Status of Forces Agreement. 8 ?8 N/ o7 G1 q4 C! U7 J YSoftware 6 U( i2 l& u* MArchitecture 3 T. `% x3 y, U E7 rThe implementation of solutions to the problems in the domain. It becomes a 2 O5 V( q7 ^) w( h7 |) wmodel for constructing applications and mapping requirements from the domain 8 n- k* n, M0 q; mmodel to reusable components. A generic architecture provides a high-level 4 M! v s3 }4 K4 L: E" Rgeneric design for a family of related applications as well as a set of components 9 @& Q& Q5 A P; rintended for any instance of that application. The generic design eliminates the 1 e6 h, g9 J0 K) D4 c {7 v+ wneed to develop a high-level design for each application within the domain. As a8 `6 I+ F7 b1 I% A result, domain developers use these representations as specifications for( e! M& F7 |+ o reusable components. : d) u1 Y( D( ~& |; zSoftware- L! b/ i+ S$ J. w Development, N3 r) |: e5 |. E7 T# Y, X Cycle + K3 r6 E- b' J2 ](1) The period of time that begins with the decision to develop a software0 A- B0 @1 h, D* D) h7 j$ h2 d6 s product and ends when the product is delivered. This cycle typically5 R7 N* E3 [/ r0 z X includes a requirements phase, design phase, implementation phase, + [" W# B. a' ^7 Ztest phase, and sometimes, installation and checkout phase. Contrast" r; u7 @! ^% I4 C7 ^9 S with software life cycle. . v+ F8 v" E* X+ R' V% z @(2) The period of time that begins with the decision to develop a software - [, y' Z% y, iproduct and ends when the developer is no longer enhancing the% i, w+ ^" x9 k s product.

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(3) Sometimes used as a synonym for software life cycle.3 O. ? ?# j2 o# y1 n& s Software3 f3 A1 J, o" w# @ Documentation $ n2 n# c+ `2 X6 {! O1 I5 iTechnical data or information, including computer listings and printouts, in . }$ [: S, x6 g+ m2 c) d% hhuman-readable form, that describe or specify the design or details, explain the/ e+ V- O0 _; c% l a) {6 X5 Z+ Y capabilities, or provide operating instructions for using the software to obtain f n. Y. Z1 \; e) L) }4 Z" e desired results from a software system. (See Documentation.)0 z6 d8 J2 g7 O6 `) s Software + a6 a; q7 G: V5 `5 F0 uEngineering" Y& K- f+ h6 y$ c4 R (1) A discipline whose objectives are to define, create, and apply a welldefined methodology that addresses a software life cycle of planning,% d3 _1 d% W! I0 V/ c development, and maintenance. . k. N0 w* m8 T+ Q1 F(2) The application of a systematic, disciplined, quantifiable approach to the 7 R: c4 x! i1 F) ?development, operation, and maintenance of software, that is, the : X9 U& G$ }& }' H, ]2 F& y, Papplication of engineering to software.! N$ P' ^3 n- O: k7 ~% B2 z Software Life' p3 D+ n @' c3 S8 h; k0 w$ } Cycle 9 Z* L4 {" g4 @# wThe period of time that begins when a software product is conceived and ends' I. V' S+ ~" |, }. N( { when the software is no longer available for use. The software life cycle typically 0 x* b# I% |# w; y# C( G" aincludes a concept phase, requirements phase, design phase, implementation , O$ M9 l$ ]7 k& a! ]# `+ d$ {phase, test phase, operation and maintenance phase, and, sometimes,( D: f' N1 Q0 d' t3 O5 V' \ retirement phase. % M' `9 Y8 Y, r1 i) JSoftware Support The sum of all activities that take place to ensure that implemented and fielded, s+ L( t- f7 W q8 m software continues to fully support the operational mission of the system. / {: @, a6 {4 |& ASoftware support includes pre-deployment software support and postdeployment software support. & F# B$ t1 A0 M3 T' M& `Software Test 9 j7 y w+ s9 D3 b2 u) g5 oEnvironment 5 k# u1 o0 L/ ^. l/ NA set of automated tools, firmware devices, and hardware necessary to test4 J- p" P( M5 k4 W software. The automated tools may include but are not limited to test tools such1 Q( m; _5 Z5 B* h& G. V as simulation software, code analyzers, test case generators, path analyzers, " x6 P: a4 o! K" s& cetc. and may also include those tools used in the software engineering 2 t" @/ ]8 d. w- [& G9 Qenvironment. ( t: S9 z' q" J* {+ fSOI (1) Silicon-on-Insulator. (1) See Space Object Identification.( A+ a# I9 i. g& y' e8 D SOIF See System Operation and Integration Functions.) P* d, k, S6 U7 L$ V7 \ SOJ Stand-Off Jammer.4 _# |9 ~2 p! ^& ^5 G MDA GLOSSARY, VER. 4.0 S ]9 B( }; K$ i" q9 B# N" R 270: { a/ f3 w/ u1 a4 f& S! E Soldier-Machine ( N" l" E2 C, t1 ?, W) `1 RInterface# X% H. f1 a' W$ Z$ w Considerations through system analysis and psychophysiology of equipment: p. m5 K# V/ c# J! z designs and operational concepts, to ensure they are compatible with / l5 }! Y7 ], U; W5 j% Z- Bcapabilities and limitations of operators and maintainers. 2 Q7 j3 y" ]% T; K- d& MSole Source3 G- R2 _) H% _* j! k Acquisition8 {) e/ p% p8 F+ v: l A contract for the purchase of supplies or services that is entered into a proposal # I6 [! g$ d1 w) `3 D. Oto be entered into by an agency after soliciting and negotiating only one source. 7 u/ h5 z" T0 vSOM System Object Model. ! L% c* M2 O- u$ K& pSONET Synchronous Optical Network. 2 `+ I1 G X) ~9 x* Q7 m8 YSOO Statement of Objectives (See also SOW).+ ^0 `- S9 `" H" ?! _& F7 H SOP See Standard Operating Procedure./ Y9 o2 Q; M8 O4 F6 ^) Q SORTIELOT Sortie Allotment message (JFACC term). # V' O2 \/ a4 `SORTS Status of Resources and Training System. 5 d& G# E1 @9 N, h5 vSOS Silicon-on-Sapphire." O) _; O- h+ j3 a( ^$ B" q SOSUS Sound Surveillance System (USN term). % N' I2 W b% S6 j- z+ HSource Selection ( Z- x$ S7 X3 |1 FAuthority 4 \1 m7 f/ e. b: ]The official designated to direct the source selection process, approve the$ G- R) F% @9 m2 Y1 T m6 s selection plan, select the source(s), and announce contract award. / C$ }1 u: O. y9 j: bSource Selection 6 J1 n0 c" o5 {$ h) R" C* {; ZEvaluation Board # D1 E8 _* o, e+ T7 \( J/ C2 GA group of military and/or government civilian personnel, representing functional' V4 M7 ~( `' e and technical disciplines. It is charged with evaluating proposals and developing # R# k2 ]4 ?* ksummary facts and findings during source selection. ' C( B1 I$ h$ Y# {! d" oSource Selection 4 U5 k) l0 I# ~$ E) LPlan (SSP) 1 F" B; D7 s, |# A/ r' O5 I. b. GA formal written document, which sets forth the source selection organization $ L! J/ J) w: Tand management chain for a specific acquisition. It provides a guide for& S$ P% ~' D8 | R6 o9 K$ Z( n* B evaluators on how to conduct the evaluation, it details the criteria to be used to , I2 e9 Z) Z. S/ t) ~# uevaluate the offers received in a competition procurement, and it establishes a" a/ u$ d1 K0 j8 {7 o+ [ basis upon which to distinguish between proposals and to make an award. The7 f* ]5 P7 N- e6 P SSP is written by the Program Office and approved by the SSA. ' S& E* W/ Q5 r( V/ A1 \% u9 ?, V4 iSOW Statement of Work. - q5 d1 X4 e# x5 Z' g* J: FSP (1) Security Personnel. (2) Self –propelled. (3) Signal Processing.: L7 ]5 K1 f4 J( `7 @ SP-100 Space Power-100 kW. 1 ~; y7 t7 ~4 u; M ]6 lSP/CR Software Problem/Change Request.5 T+ N+ \1 y4 m SPACC Space Command Center.) H* `" N3 O* M1 d t9 \ Space and - X. \8 ]+ J; J& A+ L( qMissile Tracking 6 h- K' a* ^+ l9 M7 r FSystem (SMTS) / `* X1 R! R( RSpace-based satellite sensors for surveillance, tracking, and discrimination of ! k2 Q2 v: w- c; f% r1 ]enemy objects during post-boost and midcourse phases. These sensors support 1 q1 y$ v6 o: B: s, F9 m- pground-based interceptors for both theater and national defense. ; H$ V K& Q, a. g+ h% | hSpace-Based8 k! z3 J4 g: S% b h) X8 Z Architecture, F, O. f: d i; z: S* A) G Study (SBAS). c0 ?1 J% l- S! t9 @$ `+ H& J A 1989 study to review the space-based elements of the Phase I SDS0 C6 }% P- M% `9 |2 H+ Z architecture, with emphasis on Space-Based Interceptor (SBI), Brilliant Pebbles ) s+ T% V4 z" g# o3 f' T(BP), and the Space Surveillance and Tracking System (SSTS), to define and- ~# S7 ]( G: j( h7 J# B' X+ P; O justify a recommended architecture for Phase I and beyond. , k6 b5 e: ~# e" g. d9 SMDA GLOSSARY, VER. 4.0 S ( {' P1 ^5 L1 V$ i8 c2712 V' ^, B2 K0 [5 ^$ ] Space Based' ^8 D0 u. |; H; ?! T Infrared System+ ~/ H' P# D5 k (SBIRS) , H2 I- T$ a6 w5 ?* Z# k# ^SBIRS will be a consolidated system that will meet United States infrared space # c/ j- |5 v) ]+ j1 Esurveillance needs through the next 2-3 decades. SBIRS is intended to be an# Z7 y) s/ E _7 s; y4 j6 y integrated “system of systems” including multiple space constellations and an4 t* c% ^/ Q+ ?; N2 J evolving ground element. The baseline SBIRS architecture consists of four 3 u1 z w4 T. B/ ^! BGeosynchronous Earth Orbit (GEO) satellites; two sensors on Highly Elliptical- d( j/ f% E% u, l+ c/ w Orbit (HEO) satellites; Low Earth Orbit (LEO) satellites; a ground system ( I! }! j% L6 O5 wconsisting of a CONUS-based Mission Control Station (MCS), a backup MCS, a2 V9 m7 ]7 D* w. C# B survivable MCS, and oversees relay ground stations and re-locatable terminals;, a) W3 n6 m2 ?7 n and associated communications links. The SBIRS is designed to meet the " {' ]+ O' o. N1 @2 rmissile defense, missile warning technical intelligence, and battle space " }: r( s: C7 W. Jcharacterization mission requirements identified in the JROC-validated SBIRS : k; m, R4 W8 R( p. yOperational Requirements Document. The SBIRS program will begin replacing/ O& R- @, u' t' D& b) b the operational Defense Support Program (DSP) ground segment in 1999 and: E% h2 |0 P5 g. w* R: R6 H5 Q$ o begin replacing the DSP satellites in 2002.& i, [2 Q3 E) q9 @ Space-Based 9 c u& U# b3 {8 PInterceptor (SBI) ( Q7 j* W3 D3 x; V- COBSOLETE. A distributed set of low earth orbit satellites that may provide! _, t2 e; @" m6 h$ o launch detection and booster tracking, and that serve as kinetic or kinetic energy P% I" V+ W" F: ?, Uinterceptors of boosters, PBVs, and/or RVs. (USSPACECOM) $ V+ ^8 j9 Y9 `6 F7 s3 fSpace-Based 8 ]( \: m! R& C4 U8 ?, tSensor9 s# v5 H( x0 e0 Z" K5 @ A system that provides global above-the-horizon surveillance to detect and track: @8 R. ~ b- h- E+ h8 T7 A' X) P" \( c PBVs, object clusters (RVs and penaids), and resolved midcourse objects, as 2 o$ @, m$ ^: u8 Bwell as below-the-horizon tasked hot spot detection of boost phase missiles 5 k. h: \7 q6 V/ p$ {& z1 Nwhen cued by a space-based weapon or a priori knowledge. It provides+ y2 S4 ^- c- Y' h7 q surveillance data for use in situation assessment, operational intelligence , b, J4 O% o% n8 g k" scollection, and for cueing other sensor and weapon elements. During5 u, n4 m, Q! f+ T" s+ O% t8 l midcourse, sensors discriminate and track RVs and associated objects to support) z- h8 l5 ~1 O5 ]$ ~ midcourse engagements. (USSPACECOM) 7 K$ g/ X& Z0 _- l) @2 N( r( WSpace-Based; `* b- z0 d) \+ t2 | Surveillance and! ?2 Q6 Q9 S5 k& }% \ Tracking System/ T4 h& R1 K/ N, m2 G% h (SSTS) 0 c. F; C9 F9 k' E5 U! e [: eOBSOLETE. A satellite-borne electro-optic tracking and surveillance system in # j( Z" B3 a. H6 H4 u- Y A9 vmedium earth orbit. The satellites would track targets from medium earth orbits - V) O+ G" l0 J% l% Qagainst a cold space background and near the earth limb. Individual objects’ 2 l8 T9 H' c$ T3 F) W% Q$ w% d4 pstate vectors would be generated from correlated information from two or more ; L# m+ [3 _' z" esensors. (Predecessor to Brilliant Eyes (BE). & N% V+ q/ T D" NSpace Command / |4 V- s4 T9 L* N& UCenter (SPACC) 1 z# z* d: i0 `1 c$ r' gA USSPACECOM center located on Peterson AFB, CO, in Building 147(1). It is) q7 x( g* U- V5 H. A, L; \ the primary command facility for USSPACECOM providing USCINCSPACE with. F+ N! f1 {. f2 E8 r3 L the information necessary to perform assigned missions.

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Space Control4 t" i) \/ m" H0 }$ o Operations. y: ], i0 f+ L6 m2 H) W Operations that provide freedom of action in space for friendly forces while, when" g4 U8 ]' W5 J1 T6 t* @, [ directed, denying it to an enemy; includes the broad aspects of protection to US 3 w* \3 g5 H0 y3 e* n" X' gand Allied space systems and negation of enemy space systems. Space control: O8 {# i3 v* F+ }9 r* T operations encompass all elements of the space defense mission. : Q% y$ o% ~2 J+ @2 Y- ^! `4 LSpace Defense The defensive aspect of space control operations which includes all active or & D$ q8 c/ t$ U6 Q) g/ K$ cpassive measures planned or taken to defeat attacks against friendly space( I% k0 @; ^8 u6 f& i- H; A systems or enemy attacks from space. 6 O$ _ r- V' P9 P% D1 f2 ySpace Defense , v& w* ^6 u* ^" r3 X) ROperations% y4 ?( `7 r4 _/ d Center (SPADOC)% u$ M" G7 ]- ~3 F, e8 { A center in CMAFB responsible for monitoring and reporting of ASAT attacks on , m3 q8 R: K9 X; t f1 ?Blue satellites, negating designated satellites, and reconstituting and protecting" V: F( i) j8 P, Y designated satellites. 8 j7 R N- q1 y) K5 F0 j4 Z% cSpace Detection# v: P# d8 R6 a' v; w3 ?% p$ O and Tracking 6 l( T/ F' o( A: e MSystem % g0 B4 p: }5 h7 C(SPADATS) , _' N* K& i9 }5 hA network of space surveillance sensors operated by the U.S. Air Force.) f( a8 J+ A1 Y# h MDA GLOSSARY, VER. 4.0 S 8 A& y% |- ]6 ]! }+ C2727 D+ |8 S1 o* c1 I3 t3 `/ F Space ) s- M+ r: j0 z6 T; D% B! BEnvironment' d% d* ~( V. U7 y) N' u Forecast Center3 u+ s" Z+ ^# S7 b# K4 s7 S (SEFC)3 D1 @& Z, o O c) } Center at Peterson AFB, CO that supplies terrestrial and solar weather to the $ v$ ?- d8 m+ X- a) U# bCMAFB Weather Support Unit (WSU) and designated USSPACECOM units. 7 U' T& i7 K) y% s- [- Q3 ~0 v1 iSpace Forecast # X- J3 ~! `* DCenter (SFC) * @0 }7 ?. H" u3 ?1 R* V5 ?6 Q( bCenter at Falcon AFB, CO that supplies solar and space environmental - x6 W& c1 v4 K3 I1 Dwarnings, analyses, and forecasts to USSPACECOM, NORAD, and DoD# s+ ~/ U9 d' T# u4 w# K* `0 [ customers. $ ~+ ~0 O6 S& r, [Space Mines Devices that can track and follow a target in orbit, with the capability of exploding" _0 `/ G+ B/ ] on command or by pre-program to destroy the target. ) I3 e/ k% L. ^( @Space Object 6 f+ I; s" z' f' r/ r: C2 AIdentification2 g* C3 E% @7 V- ] (SOI)+ C% d8 X, L! e4 I& e' d Use of radar, imaging, and other collection resources to determine size, shape, 7 D1 `$ A. R- I! R; Wephemeris, and identity of space objects." ~: ?3 ]- P3 U Space Power Generation and control of electrical energy in space, from various originating 0 T* |1 U: ? [6 U9 I$ gsources (e.g., nuclear, chemical, solar).. b; b P# D& I2 G' e* c Space Support- S9 L9 B: @9 |, c2 L6 T; Z Operations ( t8 ]$ Z' B' ^# ^7 V0 n. y$ H+ LOperations required to ensure that space control and support of terrestrial forces 2 q$ D8 D; c4 A8 J+ A: oare maintained. They include activities such as launching and deploying space 0 u _6 K! n) r/ ^, Yvehicles, maintaining and sustaining space vehicles while on orbit, and$ b, O0 r( w% X- d* d2 }. s recovering space vehicles if required. 2 Z$ H: I6 [' I) o9 y6 lSpace% N" r0 ^, H9 {( r; X6 n. `0 \0 C Surveillance % _8 o5 o- p. T1 f5 j4 G. n- f0 u(SPASUR) 8 Y& b; e4 H" p" c( KAn operational space surveillance system with the mission to detect and : h& i9 F ?- e$ xdetermine the orbital elements of all man-made objects in orbit of the earth. The# k: y: q3 _8 A9 i% l; ^ mission is accomplished by means of a continuous fan of continuous wave. s9 ~0 d) j. a: Y5 t energy beamed vertically across the continental United States, and an9 U8 |+ }8 k9 x+ L" ?% ^ associated computational facility. It is the Navy portion of the North American ) I( k- _0 B8 y7 |: e- AAerospace Defense Command Space Detection and Tracking System. . x1 _ J8 ^- ~& H% u9 TSpace6 _, t' R1 P, M' a( @ Surveillance+ n8 N) G/ s$ ?9 F Center (SSC) 4 v' y0 J- w" I, jA center in CMAFB responsible for maintaining the satellite catalog, laser ! \7 i9 [0 z' Hclearinghouse, collision and RFI avoidance, and Tracking and Impact Prediction : o* `+ o: n+ r(TIP). 1 X3 p8 L i9 JSpacetrack USSPACECOM global system of radar, optical, and radiometric sensors linked to0 I; }8 f4 o( c. C5 } a computation and analysis center in the Space Surveillance Center. The; R6 x& V& C! h% F- D9 C2 V Spacetrack mission is detection, tracking, and cataloging of all man-made6 z$ F8 {# ]* x' O! A objects in orbit about the earth./ F. V1 ]: o# ~* c4 n q( S; I6 m Space% u2 O) L% c3 R8 |9 c m# q ` Transportation' c% g. H' u- A. J P& D System (STS) ) I. c7 G0 M- d k4 C+ jA national asset that provides routine access to space for both civil and defense4 K' ~9 D- v4 H" F u' {6 W users. Elements of the STS include the Space Shuttle, upper stages,6 l: w* H# w, j# H+ z4 b- I Spacelab, launch and landing facilities, simulation and training facilities, and% n. J5 T9 Z5 S$ M) _3 J mission control facilities. The STS is a reusable system capable of deploying a 5 {! n$ n- L5 q, @# ^4 Qwide variety of scientific and applications satellites. It can carry payloads 2 {0 t6 u0 `2 t+ N, x, Fweighing up to 65,000 pounds.1 x- N5 \% F7 P u% E2 `& R B$ A) N3 N SPADATS Space Detection and Tracking System.: U$ r' t3 b9 U: z SPADCCS Space Defense Command and Control System.+ J `; H/ w- ]/ ^- b SPADOC Space Defense Operations Center. (U.S. anti-satellite mission control).; f2 m7 z9 c5 n1 @9 s7 \ SPADTS Space Detection and Tracking System.) m- w6 j5 w$ s8 g- l P6 G) H$ w SPAR System Performance Analysis Report.7 H( n8 [4 C2 n/ i; u5 B$ A MDA GLOSSARY, VER. 4.0 S % E% L$ i* t& B% |% R273) u; } G5 V$ S' s9 z1 y/ K SPARTA SPARTA, Inc., Laguna Hills, CA. ' G5 F' h# b6 [Spartan Nuclear-armed, long-range mid-course interceptor used in SAFEGUARD/Sentinel) X1 k I3 T( J# b systems. ; M; C) r: _, z6 SSPAS Space Power Architecture Study. 6 G1 _2 G2 }9 c* p" |SPASUR See Space Surveillance.4 ?2 ]0 d8 F4 Z1 T. Q$ L: O, x SPAWAR Naval Space and Warfare Commend., x$ h: X% B3 s3 }9 [9 W) U( X SPC (1) Statistical Process Control (2) Special Program Center. (3) Special Programs+ D' @$ e) w/ H7 q' H* L3 [& h Center. d3 R$ f# x- i1 {: B& g- L4 F0 W+ {SPE Senior Procurement Executive. 9 t0 W& A; O3 g+ ~; ASPEAR Space Power Experiments Aboard Rocket. 6 B( D Z) q4 KSPEC Specification.* }& B$ l5 B% y' X& w. s2 W, d Special Data; _, ~3 n- I) h/ y Commands0 |& ^/ K$ A+ I4 K3 \' v. k$ U Special, non-routine commands distributed for surveillance battle management,5 A3 I3 a/ m8 Z3 ~3 [1 O9 j- \ and fire control.) u3 c5 q4 G' W0 t- C1 l2 @ Special - |. n& z4 B- p4 KPrograms Center 2 z2 {& D R( m" rNational center for threat modeling and production. Located in the National Test; s4 G' a: I, P, E( ] Facility at Falcon AFB, CO. $ d* S) Z& L9 E6 m- f0 CSpecial Test b7 c8 `% B3 A/ M- Q Equipment (STE) 3 R+ u# }/ }) p C2 d! dSingle or multipurpose integrated test units engineered, designed, fabricated, or 4 ]% D, R8 X1 G. `( L0 Rmodified to accomplish special purpose testing. Such testing units comprise% {3 U& `0 `$ c electronic, hydraulic, pneumatic, mechanical, or other items interconnected so as % t2 C8 D# l3 |9 y! P7 ~1 e4 Yto become a new function entity, causing the individual item or items to become* @1 Y* y7 K5 x interdependent and essential in the performance of special purpose testing in v/ V1 f) y/ @$ z the development or production of particular supplies or services.2 `4 Z( E, p( s z6 X# V+ w Specification A document (or other media) that specifies, in a complete, precise, verifiable/ h4 u' S3 |8 ?0 u2 u8 m/ i4 l3 U manner, the requirements, design, behavior, or other characteristics of a system# \8 R3 O- |4 H; }1 Z0 v% t or component, and often, the procedures for determining whether or not these- f6 C8 u! y0 Y7 X; M provisions have been satisfied.% u3 g5 z2 g) [9 j5 G( d1 n Specification4 a' Y, _# ` `0 R Language 6 J) J5 X; o- H/ K$ YA language, often a machine-processable combination of natural and formal + I2 K) W5 u. b8 f1 ylanguage, used to specify the requirements, design, behavior, or other' _* q2 j% |4 d4 j characteristics of a system or system component.( Y. [' z' F% r* P' v) o Specified+ C2 P. ]5 A3 K- g, g& | Command" G8 e) L7 ~. Y. ~6 s A command that has a broad continuing mission and that is established and so 3 m. K% w6 [. H, p7 Z5 l: q, bdesignated by the President through the Secretary of Defense with the advice- X+ i9 K+ n! Q- b; {) U! B# \ and assistance of the Joint Chiefs of Staff. # v. V: X) ^$ w1 y# W( b* GSpeckled Trout C-135C airplane with ACBA equipment.8 V* r; C. R7 v, g4 Q SPEED System Planning, Engineering, and Evaluation Device. S4 c8 |( G9 BSPF Standardized Plume Flowfield.. T9 P, X0 k3 A: h e SPFE Special Projects Flight Experiments. 1 _% E' ~5 c& f3 T. WSPICE Space Integrated Controls Experiment.

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SPIMS Strategic Program Information Management System (SDIO/MDA term). O( `# F( n9 s( {" i MDA GLOSSARY, VER. 4.0 S 0 w. l( j" i' v4 J274: G1 a& {$ I7 W! O& _9 V( r! c% p! V SPINE Shared Program Information Network.8 `+ v) f7 W5 u" \! _- u) [: | SPINS Special Instructions (JFACC term).2 V# ?* \* K8 \7 F( r$ `: B5 v5 e Spiral ( g5 d6 m t. |, lDevelopment 3 @! Y: v. x# y8 h6 \1 \An iterative process for developing a defined set of capabilities within one% |) l( a4 i8 B increment. This process provides the opportunity for interaction between the* [% d0 h" X2 i1 n user, tester, and developer. In this process, the requirements are refined through& p0 H/ @9 m. z0 |: r experimentation and risk management, there is continuous feedback, and the ) q5 G6 o7 q% {. o$ l0 ?3 ~, w4 J+ wuser is provided the best possible capability within the increment. Each increment ( A/ y: w. u& j$ P3 g$ p3 n% imay include a number of spirals. Spiral development implements evolutionary- d O8 A+ K% M$ _* c acquisition.; X( f9 q+ c3 m0 Z# ` SPIRE Space Performance in Radiation Environments.5 B& b) n' J# `. e SPIRIT Space Infrared Imaging Telescope. ( T8 |( c! J) V t: LSPM Software Programmer’s Manual. " E) C5 ~8 h' VSPO See System Program Office. (Air Force)# v0 M/ D( x# o' {& L SPOCK Security Proof of Concept Keystone.* M' H' B2 p: X7 I. t SPOD Seaport of Debarkation.9 [0 x; _7 O6 S7 z: \/ j# r SPOE Seaport of Embarkation. ' V) {. r6 e2 E1 m5 uSpoofing Any technique by which sensitive information or commands may be substituted ( U- g. e0 b; for stopped without the knowledge of the authorized personnel involved. 4 [) k+ w* E2 u" ?3 I, X+ xSPOT Systeme Probatoire d’Observation de la Terre - French observation satellite! x% \# P" }1 W; R% W* `4 u SPP System Performance Parameters., F/ o1 f6 ?6 n( { SPR (1) Secretarial Program Review (AF). (2) Secretarial Performance Review (OSD)." H. J! i& S0 @2 ~ (3) Sponsor’s Program Review (Navy).' `( }* ?3 |) b+ L Sprint Nuclear-armed, short-range interceptor used in SAFEGUARD/Sentinel systems." k" r, [3 \% _! Y: U4 P# V, b SPRM Solid Propellant Rocket Motor.6 w! K' h( l) D; R) Y7 Y SPRN (Former) Soviet system for missile attack warning.. y5 l* N0 e) U2 @* n3 h SPS Software Product Specification. % m# p; |! f8 hSPT Support. 1 B8 ~+ H' J% U/ v4 X2 s+ ^1 |- e, JSPY-1 AEGIS radar. 8 G0 G. h8 V" d* v) j- rSQA Software Quality Assurance.0 `- h% e0 y8 H+ d SQL Structured Query Language (Computer term). 2 J& k: L& u* c o6 nsqrt Square foot. - V1 C( d7 t/ ~SR AFSPC Regulation. - f& g- j+ O" V) _SRA System Requirements Analysis.# k/ l1 T" Y% ]9 c MDA GLOSSARY, VER. 4.0 S 0 Y3 d; ~" {# z( z275$ s' i9 {" u" m SRAM Short-Range Attack Missile. 8 `; Z3 Z( b% a2 U, D5 O3 b+ lSRB Solid Rocket Booster. ' v$ e% {* m, D: m/ |SRBM See Short Range Ballistic Missile. - A r5 a% N% Y) GSRD Systems Requirement Document.5 |* @8 V' b7 g8 S0 h5 {7 G% H SREMP Source Region Electromagnetic Pulse. 1 L. {, M% L9 v6 Z% CSRF Strategic Rocket Forces., E* L2 [7 \# x+ ?1 E% w SRHIT OBSOLETE. Small Radar Homing Intercept Technology. Predecessor program8 ^, L) I( q) ]( E, K) P; D to Flexible Lightweight Agile Guided Experiment (FLAGE). ) z7 Z4 S! p- x* P5 _( @8 n! A* A6 sSRIM Short-Range Intercept Missile. # j& |$ p9 R7 ^, xSRINF Short Range Intermediate Nuclear Force.4 j& l$ M0 l* U. O6 T2 H) U SRL (1) Site Readiness Level. 4 n. l: a6 d7 G% ^(2) System Readiness Level., t& r: A" F2 _% z, l8 q (3) Super Radiant Laser. u4 p( E$ b/ f( m, j3 ]SRM (1) Small Rocket Motor. (2) Sensor Response Model. ; K% p0 e6 g8 tSRMP Sounding Rocket Measurement Program., r4 O* ]1 o" z# l SRMSC Stanley R. Mickelsen SAFEGUARD Complex site. c5 W) H5 z8 I7 d& aSRMU Solid Rocket Motor Upgrade.% y% K& K$ b9 t1 q- E+ u: m) v SRO System Readiness Objective. ; p9 G! {* j5 f7 x3 {SRR System Requirements Review. 6 ?/ q; H& f ^ hSRS (1) Site/System Requirements Study. (2) Software Requirements Specification 5 m" C" b C; y6 G) p+ J8 I4 iSRT Strategic Red Team. |2 p* s. u$ ySRTBM Short range theater ballistic missile. / ] ]" b# u! }0 Y7 |1 J3 ~' bSRU Shop Replaceable Unit.2 e) n- z8 k* Y( ] SRV Single Reentry Vehicle. `5 k1 @# ^' n4 s6 i SS (1) Solid State (USASSDC Family of T-GBR term). (2) Simulator System.+ d$ }" X2 q, P3 j. D- B: B SS- Surface-to-Surface. - G2 }4 h3 l+ \& C0 _% i% bSS-18 Largest ICBM in former Soviet inventory credited with carrying 10 RVs, but+ W7 M/ I3 e! a" j9 H( t capable of holding many more. 4 @0 B ]$ O3 j9 V u+ @, P! l* |SS96 Summer Study 1996 [Director, MDA].5 |& A' D9 u7 m! s SSA See Source Selection Authority. 9 h( {* ]$ B# k D- n/ J: pSSAC Source Selection Authority Council/Committee (Acquisition term). 1 n, a# O* N( I# P' n5 |2 yMDA GLOSSARY, VER. 4.0 S' }: h% d& J7 F4 w1 s) k& U 276 O7 |( s$ C" g9 T( U2 \3 b4 p8 l SSB Single Side Band. 4 C+ U }& H- e9 WSSBN Ballistic Missile Submarine (nuclear).: d/ h0 M9 O' c" N. @ SSC (1) See Space Surveillance Center.% M1 j1 d K* Z! X+ i1 C; B- Y2 H (2) Scan-to-Scan Correlation.3 h, c, Z! ^% v, k: P5 O1 w& ` (3) Strategic Systems Committee. 0 f) G! k/ t' }) n3 I& E(4) Skill Specialty Code (USAF ILS term). |6 `$ `, B; }5 s (5) Source Selection Chairman (Acquisition term)% u6 k5 O' F- m, J (6) Standard Systems Center, Gunter AFB, AL. ) \: x- _1 O! P' V8 c(7) Surface-to-Surface [Ground-launched] Cruise [missile].# R; Y6 }3 r, _) S6 G; s (8) Stimulation Support Center. 8 w" V+ h, T' ]SSCM Surface-to-Surface Cruise Missile.5 F7 T s7 \) P& Z- X SSD OBSOLETE. Space Systems Division. (Now USAF/SMC.) 7 T0 L1 S: c0 `( u. ]7 pSSDA Solid State Demonstration Array.! l8 }0 q5 @( k( I0 |) [, T SSDC Space and Strategic Defense Command (US Army).. d$ E _" e l9 J; e0 v SSDO System/Segment Design Document. ; x4 E8 }2 [" |SSDR Subsystem Design Review.. z6 u" n" G% }$ y! B$ i SSE (1) See System Security Engineering. [' e3 _ [/ ?8 `/ s (2) Space Surveillance Experiment. 5 ~: {* g- q% U$ l0 H9 }(3) System Simulator Environment.6 q% c1 }! q- M7 g( O SSEB Source Selection Evaluation Board. 9 ~( ?5 N8 Q- ySSEKP Single Shot Engagement Kill Probability. 8 a0 I+ j- r% \& z4 gSSGM Strategic Scene Generation Model. % | |- d3 Y7 Y' S: ]SSI (1) Sensor Segment Interface. (2) Sensor System Interface. 1 P- L! e% F, LSSIMU Solid State Inertial Measurement Unit. 4 P _; a5 x2 ~6 ^- V1 |! R9 lSSKP Single Shot Kill Probability.* N) Q n; I) X, Z* V2 n; A SSL Solid State Laser.

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SSM Surface-to-Surface Missile.( m" Q9 o g* V# P SSM/I Special Sensor Microwave Imagery (Weather Satellite term). 1 F2 ^2 S- ]1 s& A. b; B$ k5 G* YSSM/T2 Special Sensor Meteorology Temperature and Vapor (Weather Satellite term).% }6 B: k- p8 P SSM/TI Special Sensor Meteorology Temperature (Weather Satellite term).9 J# G q$ ^5 _! M SSMP See System Security Management Plan.; G, j( E& q% \ SSMS See Standard Survivable Message Set.# Y4 @/ u6 ^! ]( i SSMTR Sary Shagan Missile Test Range.$ G- r' S# u. r) X; r MDA GLOSSARY, VER. 4.0 S , G% W0 p0 _/ Y [ ^' k277 3 _; G0 e' T- L) N0 a9 f7 F+ o% X; xSSN (1) Space Surveillance Network.# {: J. W y3 N; ^; q7 G) o (2) Submarine, Nuclear powered (navy Ship Designation term).3 c b% q/ r- A6 I- h a4 A6 o SSO Special Security Office. t4 i6 v" X) R9 o$ D' }+ F* T SSOD Special Session On Disarmament.% h( w) g( O( L6 g4 F( o H SSP Source Selection Plan.6 p1 H. n" \" S: M6 c# N# x9 R6 T1 D SSPAR Solid State Phased Array Radar.+ h1 ~/ W2 W) }' I: O( H SSPK Single Shot Probability of Kill.3 Z% y# n/ L6 {; I- ~+ Y W SSPM (1) Solid State Photo Multiplier. (2) Software Standards and Procedures Manual.9 K1 W2 j; [! m6 p0 q+ P SSPO Strategic Systems Program Office. (U.S. Navy) 5 D. L L d4 USSR Software Specification Review. . r3 t, T5 {* `1 ]) h6 Y4 wSSRMP Space Sounding Rocket Measurement Program.6 }; E" U0 ^/ e" v d3 p U SSRT Single Stage Rocket Technology. ' L6 x; l! _* k$ i& ]SSS (1) Space Sensor System. (2) System/Segment Specification., s, ?7 n1 r/ S/ i/ q+ J4 T SSSG Space System Support Group. % d2 r G0 ]) nSST System Specific Threats.' ~- r+ w, t0 N6 M- q" ]- H SSTB System Simulation Test Bed.( d2 w" ~* I* k! q; ]) x SSTS OBSOLETE. See Space-Based Surveillance and Tracking System.3 ~/ [. S; O3 p8 M% ? SSUP System Supplement. / ?1 @! o1 u; a f9 N: h; c% B( ^5 JSSWG System Safety Working Group.; _; J. W; M1 x/ {1 H9 ? ST Simulation Tool. c4 |+ Z2 i7 Z' j ST/STE Special Tooling/Special Test Equipment. 0 W) y5 X! B9 J( h' z- YSTA Significant Technical Accomplishments. 3 y# z8 W3 H) H' y% b" h' M) JStage An element of the missile or propulsion system that generally separates from the % D+ i' E' H' v: K# X" K' N7 B# Nmissile at burnout or cut-off. Stages are numbered chronologically in order of 6 i$ }# Z$ S. _7 M" A/ Q2 Rburning. ; S; C1 x1 ]1 u4 l3 TSTAGE Simulation Toolkit and Generation Environment./ P( b/ J( Y0 }, ?* q9 t" l' @ STANAG Standardization Agreement (NATO).; u( w$ s% T# c5 ?; W& _ Standard Missile A shipboard, surface-to-surface/air missile.$ x: a) R$ Y5 U: X( S9 a+ Q Standard Mobile ) c+ H! n" W+ U6 P$ s- c3 V' bSegment (SMS) ! k9 }9 C9 r4 q) oSMS is to be the standard for all future ground mobile, air transportable 9 h8 i' l; ]9 ]1 V% W* Scommand centers. 8 S( G5 @+ S8 |2 n, YMDA GLOSSARY, VER. 4.0 S( O! U1 G1 v% E1 w& A 278 9 F; Z* Z$ j* V) H& \7 f' k4 D6 ZStandard5 a$ J; Q/ k2 k$ l. D4 a3 t: E0 S' I Survivable7 G; k1 [6 A/ g9 \6 u: B Message Set {" `2 u3 Y' g. ~/ x, g( _ (SSMS)* L1 _ b# C' g w5 Y, e3 F Message set, which contains the standard format used by ITW/AA data sources.5 U- Y s; M( [$ q/ X H6 i Standardization The process by which DoD achieves: (1) the closest practicable cooperation# ~: v% h) H' z2 J among forces; (2) the most efficient use of research, development, and/ g7 I* s( P* M* _% |3 I production resources; and (3) agreement to adopt on the broadest possible # {( I% D. W' h# lbasis the use of: (a) common or compatible operational, administrative, and7 w5 K5 u% E U# a- h6 x logistics procedures and criteria; (b) common or compatible technical procedures 0 O4 }- C: a6 {- P# O* L) }- Jand criteria; (c) common, compatible, or interchangeable supplies, components,) B7 t/ i6 v+ d1 n2 K weapons, or equipment; and (d) common or compatible tactical doctrine with# U0 b" w0 A b corresponding organizational compatibility., ]' P+ p& e* q5 C% d/ w+ F STAR System Threat Assessment Report.- a: d4 d I6 j STARS (1) Strategic Target System. + A" B+ p1 w. M) \! {# I(2) Strategic Tactical Airborne Range System. 8 f" `: L4 P: M(3) Surveillance and Target Attack Radar System. ' x9 t# d4 i5 `9 o! OSTART Strategic Arms Reduction Treaty. 7 j2 i* `2 q& u- s& lSTASS Space Transportation Architecture System Study. x# A4 L S' N/ z6 R Statement of! w4 o% I7 q: m X Work (SOW)& P2 t8 C; m1 R* I7 L That portion of a contract that establishes and defines all non-specification 7 g) m9 _# _7 I$ T# B+ erequirements for contractors’ efforts either directly or with the use of specific cited1 I3 \0 e, a) k; \( N documents. * }3 h0 `, {: d/ M4 ~2 ^0 LStatic Analysis The process of evaluating a program without executing the program. See also3 v: [; X2 Z! [8 u, p desk checking, code audit, inspection, static analyzer, walk-through. Contrast" S' t$ b& N9 E) ^ with dynamic analysis. 3 W/ g( U8 i4 d, aSTB Surveillance Test Bed. " e2 W' A! H6 QSTC SHAPE Technical Center. 2 Z# N- O, k5 U; v- {9 gSTD System Technology Demonstration.. o& A% `, t; e; z" z STDN Secure Tactical Data Network.# ]' H2 r2 Q# I$ n3 s; F1 W STE See Special Test Equipment. - k, b2 w; c) s. OStealth A technique used to frustrate discrimination that uses the decoy shape and * l. a b/ Y3 X$ R9 r2 A, f: P1 umaterial content to reduce the reflected IR, radar, optical or acoustic crosssection to the defensive sensor. 1 Y8 l9 N0 W5 \* U7 N9 G& d+ y. n# X: VStellar Guidance A system wherein a guided missile may follow a predetermined course with 8 |5 P1 ]0 t: R' s- kreference primarily to the relative position of the missile and certain pre-selected: k- a+ F7 p1 ~( P celestial bodies.- g( k( n+ A0 K' D# X- W% c STEP Surveillance and Tracking Experiment Program., q; a, K' X% |0 }) q1 @; a" O Steradian The unit of measure of solid angles equal to the angle subtended at the center: S7 W4 V! ^- h5 A of a sphere of unit radius by unit area on its surface. ! O4 H1 e/ }& h& D5 bStereo Using two or more sensors. # S& T. q ~5 _1 w" _* k g: xMDA GLOSSARY, VER. 4.0 S ; N. T4 X$ a/ P) S0 Q279! f5 c m. h& Z' S! S STF Static Test Facility.: a% Z9 _3 D0 U7 \% |( _: M STILAS Scientific and Technical Information Library Automation System (USASSDC * Y5 E/ f5 Q! N+ J( Q% s1 R! r2 zterm). + N2 g2 Q$ M8 QStimulated , v/ y+ J$ }& \# hEmission" ]' t d$ _* R4 Y Physical process by which an excited molecule is induced by incident radiation to / b6 R' Z' R* P8 U j, f) Lemit radiation at an identical frequency and in phase with the incident radiation. / y4 z) f4 g# f: P/ ~Lasers operate by stimulated emission. L: \+ i" ^$ V. y* aSTINFO Scientific Technological Information.

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