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(3) Sometimes used as a synonym for software life cycle.( u5 |0 {- h/ ~5 s2 ^( m! B
Software
' F& V7 p. }/ E5 ?7 r* i( oDocumentation
( D( H8 x9 ?$ U* I3 [- g6 r$ iTechnical data or information, including computer listings and printouts, in
2 R. y/ n5 E7 e) [; B) o! xhuman-readable form, that describe or specify the design or details, explain the
* b% e: ~) w3 G& t* {$ b2 Ccapabilities, or provide operating instructions for using the software to obtain9 U" q* @# F. o$ j! Q2 H
desired results from a software system. (See Documentation.)
D1 Y% P+ _, S5 m/ N" H! ESoftware' `( B/ @. |9 D
Engineering# p8 K2 ^8 G2 m, b& O: w$ q
(1) A discipline whose objectives are to define, create, and apply a welldefined methodology that addresses a software life cycle of planning,
3 I1 I9 D' w1 R7 O6 }development, and maintenance.2 d# I1 ? u+ |) V
(2) The application of a systematic, disciplined, quantifiable approach to the
% h, |0 O+ p: Z9 I6 kdevelopment, operation, and maintenance of software, that is, the
4 Y7 i( ]# o% E1 }* ?+ Aapplication of engineering to software.
9 k9 @ V2 ]6 q& ]$ T7 l2 JSoftware Life! T4 o5 Z) r7 {
Cycle
$ t' `9 H" s1 b3 O/ Y/ p7 o0 ]The period of time that begins when a software product is conceived and ends
# {4 \) \" G. I3 Jwhen the software is no longer available for use. The software life cycle typically
/ l$ }/ X: z5 Y% \includes a concept phase, requirements phase, design phase, implementation
O# ?6 e, d: F3 t* ophase, test phase, operation and maintenance phase, and, sometimes,
2 M+ q( t) p. R' gretirement phase.
. M( B0 [5 D8 g8 D! e) u: k& CSoftware Support The sum of all activities that take place to ensure that implemented and fielded, U5 f; o7 W1 P5 q
software continues to fully support the operational mission of the system.
: P' T2 H7 K5 i* Z* T" p hSoftware support includes pre-deployment software support and postdeployment software support.
[6 p. Z! r7 U1 n2 W& MSoftware Test
% ^4 B/ A& M. FEnvironment8 M f e. M; L7 F" o& J
A set of automated tools, firmware devices, and hardware necessary to test
0 J9 s" v6 o: h$ c$ Csoftware. The automated tools may include but are not limited to test tools such5 q, ?" X4 G8 M, l5 H* e' W4 ^
as simulation software, code analyzers, test case generators, path analyzers,
9 f6 Y0 j2 L8 j+ T0 e" D$ {( Hetc. and may also include those tools used in the software engineering. _$ Q' `% R1 \
environment.0 W/ H' m: l# K* H3 b
SOI (1) Silicon-on-Insulator. (1) See Space Object Identification." q) {, v6 `3 l" ?
SOIF See System Operation and Integration Functions.; |% L' S; B! F! k
SOJ Stand-Off Jammer.7 S8 e k8 [4 Y4 H) o3 c9 {
MDA GLOSSARY, VER. 4.0 S
, k# B0 i/ N% F/ d270
$ ~+ _9 X$ _9 [Soldier-Machine
+ ]9 R4 `5 O* z$ \# U# \6 J: rInterface$ j8 p* i. f) {% f* |
Considerations through system analysis and psychophysiology of equipment1 x* k+ S1 O! t+ |$ }4 @
designs and operational concepts, to ensure they are compatible with
6 @$ F7 i# U ~) ^. ycapabilities and limitations of operators and maintainers.
6 y6 r5 w3 F/ ?2 V3 \Sole Source
. r0 g2 `) U' F4 GAcquisition/ `: u0 ]+ Z9 f& G
A contract for the purchase of supplies or services that is entered into a proposal
1 N7 r5 {+ K# k) @" Tto be entered into by an agency after soliciting and negotiating only one source.
t' I7 k l2 R- D9 _+ RSOM System Object Model.
7 c4 D$ A! d$ b( ^# N- hSONET Synchronous Optical Network.
3 _# p$ u' Y5 \' i+ `/ f! bSOO Statement of Objectives (See also SOW).1 W% V2 h0 n" r- y/ M
SOP See Standard Operating Procedure.( d; T+ t7 C; G6 U3 S% T
SORTIELOT Sortie Allotment message (JFACC term).
, S* m5 U/ [, e4 ]SORTS Status of Resources and Training System.
% ?( s# O) n- ?: ]7 I( cSOS Silicon-on-Sapphire.
( }0 N! {- t0 v; E6 a; K, r" c% Z4 `2 M) CSOSUS Sound Surveillance System (USN term).
/ o0 |6 C q0 L) a! x. ?' l, rSource Selection6 N1 g* h4 f) l# y
Authority; [) B5 N1 d# f; @" t, p; h
The official designated to direct the source selection process, approve the2 W9 ?# G! I$ b% O1 o; k8 ~
selection plan, select the source(s), and announce contract award.
6 l* d4 { s# S; i4 g1 `6 K8 ^Source Selection
f5 O. z/ P% D# gEvaluation Board
* C n9 g# [ D4 l- D* o8 iA group of military and/or government civilian personnel, representing functional8 M* i+ f) @+ U( E
and technical disciplines. It is charged with evaluating proposals and developing: Z) f9 |) c9 g) ?. |! K3 H- N
summary facts and findings during source selection.1 d1 q8 \# I0 {+ k+ R$ W
Source Selection+ w& _- H% {2 [+ }# K0 O- U" ^
Plan (SSP), _$ O7 B5 l o7 `
A formal written document, which sets forth the source selection organization) [0 a6 j! a: ]* T3 o {" l/ m A4 g
and management chain for a specific acquisition. It provides a guide for: a" P, h, u) `9 f
evaluators on how to conduct the evaluation, it details the criteria to be used to. V6 B4 k) p1 x$ E( x$ a$ {
evaluate the offers received in a competition procurement, and it establishes a9 r! X- F3 K' D2 w9 V# C+ w% n* P/ f
basis upon which to distinguish between proposals and to make an award. The
" K( v/ S2 }4 w+ Q! q$ v( ~6 tSSP is written by the Program Office and approved by the SSA.. n' N5 @. [$ [% O. |" H1 ^
SOW Statement of Work.! T. L. }# H G3 o; |7 ^% C" ]
SP (1) Security Personnel. (2) Self –propelled. (3) Signal Processing.
' n( \* O0 h- VSP-100 Space Power-100 kW.
* m' |2 `5 Q( u V! A) p, S8 WSP/CR Software Problem/Change Request." y8 D. s, I& J2 u8 @5 U, D) h
SPACC Space Command Center.
/ S# J; ^3 q1 ZSpace and# A5 o" e7 ]" @9 J/ |/ J4 b( _- y
Missile Tracking3 |: w; R6 c. O8 Z" r$ I
System (SMTS)
# d9 i$ Q; K7 vSpace-based satellite sensors for surveillance, tracking, and discrimination of
9 b1 {/ z) [( J7 ]$ M6 Benemy objects during post-boost and midcourse phases. These sensors support
- I. } W T, B8 t/ N1 P. B: P) Jground-based interceptors for both theater and national defense.
, s- `; p: b1 a) ^% kSpace-Based/ B2 g, `0 |0 p8 J4 B
Architecture
, T6 {2 p+ N6 ^. X6 }Study (SBAS)" F* K6 y, b- M6 C0 V
A 1989 study to review the space-based elements of the Phase I SDS) D& R+ K( {2 d, T q9 D
architecture, with emphasis on Space-Based Interceptor (SBI), Brilliant Pebbles! k8 h9 |% K H# ]) C2 ?6 B% K( z
(BP), and the Space Surveillance and Tracking System (SSTS), to define and
' D! f" G3 d; p3 |9 V# t0 h) zjustify a recommended architecture for Phase I and beyond.! g$ w. e; ^: {, U* ~5 L. [
MDA GLOSSARY, VER. 4.0 S
3 a# B& [6 E" R2 j2 n. V/ d271
1 z- K3 @$ f( P1 q9 t6 aSpace Based
" _2 O. o% ~. S5 UInfrared System+ B% Z0 [0 ]$ `2 N
(SBIRS)
- s) |& j+ `9 r, R% W2 ~SBIRS will be a consolidated system that will meet United States infrared space
+ p8 d% W X! q. t/ usurveillance needs through the next 2-3 decades. SBIRS is intended to be an
9 ]6 r- {# Y6 Hintegrated “system of systems” including multiple space constellations and an
7 X! w& M# i" F" e! \evolving ground element. The baseline SBIRS architecture consists of four8 \" x0 i$ e1 K5 J% Y' s0 W
Geosynchronous Earth Orbit (GEO) satellites; two sensors on Highly Elliptical" t& y/ g3 X: f) J
Orbit (HEO) satellites; Low Earth Orbit (LEO) satellites; a ground system2 y" ?6 p2 j* v3 k4 f
consisting of a CONUS-based Mission Control Station (MCS), a backup MCS, a: w) b8 ~8 y7 _
survivable MCS, and oversees relay ground stations and re-locatable terminals;
1 i9 a" {1 y1 b( a$ y Cand associated communications links. The SBIRS is designed to meet the
3 Z2 `, j" e' W( {% X' Z/ ?9 Qmissile defense, missile warning technical intelligence, and battle space4 v& e& V4 W$ \' ?, p
characterization mission requirements identified in the JROC-validated SBIRS
( t. E9 [3 S7 h/ O% a AOperational Requirements Document. The SBIRS program will begin replacing. Q' D+ D8 s1 x) s! t
the operational Defense Support Program (DSP) ground segment in 1999 and, J) d) T3 W+ X# F; D
begin replacing the DSP satellites in 2002.
0 O p6 b6 D5 NSpace-Based
% \3 u+ n( I) s9 F& L& w! aInterceptor (SBI)
( F0 I; f" R: S( I6 O' o+ f, }# jOBSOLETE. A distributed set of low earth orbit satellites that may provide" _+ _' v4 m; o) U+ o* l
launch detection and booster tracking, and that serve as kinetic or kinetic energy
. E2 ]2 ]0 d, D* @1 hinterceptors of boosters, PBVs, and/or RVs. (USSPACECOM)) H( U% v6 A1 B' ~4 w5 L; ]; c
Space-Based
4 _: a8 C" r! t- h/ BSensor- K& w3 X: [' w j8 K4 B' X8 s; K, q
A system that provides global above-the-horizon surveillance to detect and track* Q; s" _4 K8 l- t; l
PBVs, object clusters (RVs and penaids), and resolved midcourse objects, as. j/ V' C) _& V9 i4 u1 I( m
well as below-the-horizon tasked hot spot detection of boost phase missiles# t, ^! c$ D# J" o
when cued by a space-based weapon or a priori knowledge. It provides" P2 \) I9 m U# B
surveillance data for use in situation assessment, operational intelligence
6 j8 N9 u( k/ Z E# Wcollection, and for cueing other sensor and weapon elements. During
& R5 y, n; j& _5 [; H% _midcourse, sensors discriminate and track RVs and associated objects to support# }( c/ _+ I1 F* }' f: h
midcourse engagements. (USSPACECOM)
# e6 w6 E; f9 o: ZSpace-Based
) t E$ d: a, a) r8 g+ g. |Surveillance and% H, c0 _- R5 k' ^4 W, u M
Tracking System
: ^ @6 M4 Y7 L; n, ~$ P( K ] q(SSTS)
7 ]0 L) o/ T$ \, ^OBSOLETE. A satellite-borne electro-optic tracking and surveillance system in# @. W+ ~1 |. m$ z$ k4 F: k
medium earth orbit. The satellites would track targets from medium earth orbits' Z& v5 ?# j6 l7 @; E
against a cold space background and near the earth limb. Individual objects’0 S1 o; R1 c) W8 Q4 f! ]5 T; {
state vectors would be generated from correlated information from two or more
: G! M0 P* m* g% q' Xsensors. (Predecessor to Brilliant Eyes (BE).
/ {3 s+ | \0 }+ r3 cSpace Command
# |) b1 d) Y% U1 f$ ~, a! z9 dCenter (SPACC)
) [& n) z0 d& }% \A USSPACECOM center located on Peterson AFB, CO, in Building 147(1). It is
1 j5 ?8 O8 S mthe primary command facility for USSPACECOM providing USCINCSPACE with
( [) d+ N! ~8 G8 P, Othe information necessary to perform assigned missions. |
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