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