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Deployment
* z/ i/ V# c; L. KTesting: ]; K8 w% c' Y
The testing and/or simulation of system assets in the physical and operational
# A G7 ?; Z% venvironment in which they are expected to perform.
% t* y; l- V$ J. U# BDepOpsDep Service Deputy Operations Deputies.
" c( H) a N3 |4 @: iMDA GLOSSARY, VER. 4.0 D6 b7 Z$ G9 L( p: N7 A0 r- Z
78/ D0 L* j: c( Q9 q3 ]* A- r, X
Depressed
7 \5 l; h! v- q9 P ETrajectory! a9 a$ j: u" Y! d# ~' ?) t5 l
Trajectory with an apogee below that of the minimum-energy trajectory.
$ h3 f4 x' R( gDEPSCoR Defense Experimental Program to Stimulate Competitive Research.( `' q" D- B, n+ e8 m& Q
DEPSECDEF Deputy Secretary of Defense.
* K0 t7 L3 p% x$ _DeSecState Deputy Secretary of State.
1 M: _7 r( Y/ e; x; `DERA Defense Evaluation and Research Agency. Consolidated research and- m5 c7 k; u# s6 Y& w' B8 M& \
development resources of the U.K. Ministry Defence. Headquartered in. O! W* l3 J: @# _: @' J! a% R
Farnborough, England.
. O7 y7 t) J( L9 H! F8 T/ c& XDerivative
+ k7 u! j8 L: D7 ?) m! v/ z s$ t4 s, nClassification
+ w: W$ s+ }7 @+ a* C9 IA determination that information is in substance the same as information
% s6 x( V3 _5 }' I, ^4 s( scurrently classified and the application of the same classification marking.0 }7 E2 B/ r- @, F+ d e3 M
DES Data Encryption Standard.
# k! b7 F0 Y% w* \' O, T) uDESC Defense Electronics Supply Center (DLA term).. D3 ` X& S. |8 ? @3 U
Design# {9 B M% F9 ^( {5 T' n
Constraints1 W$ x9 |# k7 h5 b" }
Boundary conditions within which the developer must remain while allocating
: J/ Q" L1 J3 R, N5 r' S8 e" Vperformance requirements and/or synthesizing system elements.
9 x d* M/ Q) XDesign! l5 w; P$ l1 k
Parameters
7 _! m0 F* P# OQualitative, quantitative, physical, and functional value characteristics that are6 }3 D8 S p: r9 @8 b
inputs to the design process, for use in design tradeoffs, risk analyses, and- \1 y% C7 m2 _. R) n/ O
development of a system that is responsive to system requirements.* |; \2 b) }; X {3 ~+ a
Design Phase A period of time in the software life cycle during which the designs for
* H$ ~6 c5 Z2 G+ \) q0 p) x, Rarchitecture, software components, interfaces, and data are created,% r# h5 ^2 k1 }( J( }7 M) `) z
documented, and verified to satisfy requirements.
: i: l3 O5 x: ]- F m/ ~, {Design-to-Cost
0 P7 F2 l0 I% Q) m2 o(DTC) Goal6 C; j% `6 @; X
Management concept wherein rigorous cost goals are established during2 ~; o+ m( @3 Y: j# L" \
development, and the control of systems costs (acquisition, operating, and8 k& g) ?( ^' p$ ^, m
support) to these goals is achieved by practical tradeoffs between operational$ a& @$ e# \8 G0 e
capability, performance, costs, and schedule. Cost, as a key design parameter,7 h$ J: E7 W; }, v. g, S
is addressed on a continuing basis and as an inherent part of the development9 g [) I2 Y0 Z5 x5 H; ~
and production process. A DTC goal should be in the form of average unit
+ H- E+ {5 z& p/ C4 Qflyaway cost. Also, DTC parameters for operation and support will be
" G; M0 v$ r) ~% ?1 p j6 Jselected—parameters that are design-controllable, significantly affect O&S costs,
+ V" I. c: _/ f: Pand can be measured during test and evaluation. Parameters may be' h3 O; \' }7 g/ |3 ?
expressed in dollars or by other measurable factors, e.g., manpower, reliability, or- _4 }$ s) U1 h, V- a! g
maintainability. Firm goals and thresholds will be established no later than entry( [6 w- m2 E; U4 V2 s
into EMD (Milestone II). This is an in-house goal, almost contractual in nature,0 o7 }9 z: T; x* c
between the PM (Service) and the SECDEF. Allocations from this goal will
& Q& Y6 y: Z" obecome the contractual DTC goals for contractors supporting the program.
1 s& E4 y( j7 u+ C. |! G. e1 j# ]1 ~Det Detachment.$ C4 I2 k* I. A) D9 E' e }: i1 L1 ?
DETEC Defense Technology Evaluation Code.
5 t0 Q& }, r4 DDetector A passive IR, visible, UV detector turns photons into an electrical signal. The
! _6 X' o/ x# {) ^9 {" bIFOV of the detector is its solid angular sub-tense. There is sometimes; B- g- d" M% R+ ]8 a
confusion between the detector sub-tense (size) and the pixel (picture element( n/ j4 g- V- `4 K) X$ N3 |$ I
size). They are the same for a staring sensor, but in a scanner it depends on
0 N, j9 U+ R8 v- H7 ?$ ~the array offset and number of samples per dwell. A pixel area is often only onesixth or one-eighth of a detector angular area., b, p6 a! E4 i8 g" A2 ]
MDA GLOSSARY, VER. 4.0 D4 u3 p% j. x1 C, j
79( h2 E* [6 @5 \6 a6 T7 F8 i
DEV ENV Development Environment.
' ^. b% b: S: O- j x9 m$ {Development
3 m$ A. J+ x) ]: h( v% C! MTest (DT)/ W y' I R: q2 c4 U+ J5 z
Test conducted by the development test organization to achieve specified test" X- S0 ^5 j- c
objectives. It may be a complete test, a subtest, or a phase of a test.
2 H3 w. S' t1 }! J4 R, L. D qDevelopment: L i% U0 ^6 b
Test I (DT I)1 U0 @1 A8 F5 w- F$ [7 L
A series of tests conducted during the demonstration and validation phase.
# z& Y5 Y4 s( k+ ZComponents, subsystems, or the total (or full) system are examined to determine# b1 Z; I9 H( _7 w. X: x
whether the system is ready for EMD. State-of-the-art technology is addressed/ Y! j8 Z# P! l
in DT I.
y8 z% n: F$ q, m8 `Development; o# S, J0 g0 X. L5 u" c
Test II (DT II)' R" q( g6 X3 t* A( [; Z$ S4 @/ w
A series of tests, normally during EMD, which provide the technical data
- a: o0 w4 c4 \; y1 tnecessary to assess whether the system is ready for low-rate initial or full# F) m$ n4 F6 z3 r* ]
production. It measures the technical performance and safety characteristics of9 y2 j; \& {* | \8 @
the item and evaluates its associated tools, test equipment, training package,
; \- @8 W5 b. `9 x. xand maintenance test package as described in the development plan. DT II
3 i9 U1 \: z; v7 waddresses accomplishment of engineering design goals and the fulfillment of
6 w, H3 Q! N x( ?contract specifications.; [4 N- k& i: i* \5 u P1 F
Development
3 o& j2 J8 I' ^) G* JTest III (DT III)
0 R% s0 g9 {! QTests conducted during production.
* x9 k% p0 Z. p8 Q$ D, ?) P9 aDevelopment5 J: {# o( X: y% t- @% E
Test and% P7 u, Y0 v4 J# y. |
Evaluation8 l+ q' U: A& H
(DT&E)- M; ? J: @9 N/ Z6 L" ^
Test and evaluation conducted to measure progress, usually of
7 O0 T, l3 w0 {+ ucomponent/subsystems, and the proofing of manufacturing processes and
/ ~/ s$ c o3 H9 S7 H$ z7 hcontrols and to assist the engineering design and development process and
, l: {! }% @1 g p" Kverify attainment of technical performance specifications and objectives. Usually
' e3 }$ T6 P9 `3 y. x' b! dconducted under controlled or laboratory conditions. Can be conducted before' P. @1 y& I" H5 u0 R1 h( [2 J4 [
or after production begins.
X( B# h# R' b: q" V9 D1 JDevelopment
, D( U! \" o* }4 P. M1 i/ X9 fTest (DT). d. S N7 I8 v+ W, [4 m
Test conducted by the development test organization to achieve specified test0 ?0 Y: u3 N4 J7 I% h
objectives. It may be a complete test, a subtest, or a phase of a test.- G/ B, ^6 W( T
Deviation Criteria Limits established beyond which a Program Manager may not trade-off cost,8 u% G0 `3 n; N* e: ?% o
schedule, or performance without authorization from the milestone decision, c& m& U2 k* h5 A) u' E
authority. Acquisition Program Baseline (APB) thresholds represent these) s. s0 B9 t8 x
parameters.
" y$ |& U# w7 a! Y# F9 [Devolution of
6 d# F1 N+ ?4 I2 P3 H" H7 ICommand+ K0 g/ W: K/ @" L- A3 f
Minimal essential operational capability to perform C2 provided in an orderly and
6 g5 y; k9 \- k; ]timely fashion to a duly authorized successor.) q/ [& e- o3 z
DEW (1) Directed Energy Weapon. (2) Directed Energy Warfare.4 q z- o7 t/ T9 ]
DEW/D Directed Energy Weapon/Discrimination., G) c! r1 ?% U5 \. Q" o/ s; a$ a
DEWG, O Directed Energy Weapon Ground, Orbital
/ b* I! {+ N/ F! t/ LDEWL Directed Energy Weapon, Laser (thermal or impulse).5 }7 X7 f$ H! O# m# v6 m/ O; T
DEWP Directed Energy Weapon, Particle Beam (neutral or charged).
. y% }1 S# m( Z! u: W- y" zDF-KBS Data Fusion Knowledge Based System.
+ c4 e; i- g7 M: N( { D3 rDF2 Deuterium Fluoride.
4 z+ v# }3 c( {! o6 ADFAR Defense Federal Acquisition Regulation8 s$ h4 E K. c- `- p
DFARS Defense Federal Acquisition Regulation Supplement.5 O' Z- E g1 `; r9 l
MDA GLOSSARY, VER. 4.0 D
. x: i7 u8 E9 {- r80) R3 d0 e/ k: b; i- H; A# y
DFAS Defense Financing and Accounting Service.: R+ X6 S2 C6 X% @4 S0 h
DG OBSOLETE. Defense Guidance. See Defense Planning Guidance.' G% [" m! u3 W& z
DGA Director General of Armaments (France).
$ Y) n$ o5 L3 b) v4 HDGP Defense Group on Proliferation.; H f7 `+ i& r: N. L4 a
DI (1) Data Item. (2) Developmental Item. N4 t: D& R: z' J! }' L( j1 r
DIA Defense Intelligence Agency.. X$ @# q; N) `" G0 o
DIAC Defense Intelligence Analysis Center.9 @2 H6 q4 V7 Y$ Z5 M1 k5 p: j
DIAM Defense Intelligence Agency Manual
( S! o/ M% G) ~" ?1 jDiameter (Optics) The unit of measure of the light gathering power of a lens.5 e& a6 X# F4 X5 v/ S
DICE Digital Integrated Combat Evaluator.
: }0 F+ L0 n; @3 uDID Data Item Description.% q$ n! ]$ i. v: ^% D
Diffraction The spreading out of electromagnetic radiation as it leaves an aperture. The
9 E. O$ x( H$ I6 U0 {- Cangle of spread, which cannot be eliminated by focusing, is proportional to the+ C- O# Q5 W% e2 d3 x
ratio of the wavelength of radiation to the diameter of the aperture.
. P1 h& [. q8 o+ }. ~6 ~0 I& PDigital
: ^( _0 ^2 E0 \3 E/ L6 e2 FProcessing7 R$ y* V: V- A8 l
The most familiar type of computing, in which problems are solved through the: J" H9 D, z# p
mathematical manipulation of streams of bits.
5 C# R% k$ y, y: S- y/ T! X( bDII Defense Information Infrastructure+ `- p1 k5 B& h+ d8 t% e9 p
Dip A period of significantly decreased RCS signatures of an RV at low altitude (6 to V! S8 C5 [; Z* M# J
12 km) between wake termination and de-sheathing.. A% p1 v: v6 N" x) I$ w3 p
DIPS Dynamic Isotope Power System (which provides up to 10 kW of power).
7 w: ]2 H2 O1 O! I# hDIR Director.
, D. h8 s- U' O& @$ m5 \! {# c( sDirect Air$ U/ [# g6 [- W+ r5 ]+ T+ G3 _
Support Center5 s5 S- V, }; H
A subordinate operational component of a tactical air control system designed4 E% } d v, `) z X; X
for control and direction of close air support and other tactical air support
R7 K8 `# N2 K0 X- ooperations, and normally collocated with fire support coordination elements.
5 N; D- l" `6 H) O/ N: A6 ZDirect Cost Any cost that is specifically identified with a particular final cost objective. Is not! s. `, G" |5 j
necessarily limited to items that are incorporated into the end product as labor or
+ q. Y1 e- ~ T) v5 n6 rmaterial.3 `( [; `% B& M: I! M1 @
Direct Labor Labor specifically identified with a particular final cost objective. Manufacturing' N( E6 n; I9 z* j. V% `8 U
direct labor includes fabrication, assembly, inspection and test for constructing5 P. l& A }( N1 [
the end product. Engineering direct labor consists of engineering labor such as
: v5 ? e3 W. @4 Lreliability, quality assurance, test, design, etc., that is readily identified with the% E& B' n6 Z. a( E) ^7 V8 l# Q
end product.
m: u3 z; |: m7 f3 lDirected Energy$ S$ u( {) u& ]8 G( P
(DE)7 [" N1 t7 @1 g8 W
1. Energy in the form of atomic particles, pellets, or focused electromagnetic
7 M) c! I; p7 Zbeams that can be sent long distances at, or nearly at, the speed of) h: q6 g4 m5 C7 w5 E
light.
( K( K& S8 @3 W2. An umbrella term covering technologies that relate to the production of a
: x; m X/ s. C cbeam of concentrated electromagnetic energy or atomic or subatomic particles.
. M1 _: C+ i7 j- q& S! QMDA GLOSSARY, VER. 4.0 D# l* Q. L; V; M" W9 D
81
6 x$ C' r/ z1 bDirected Energy! D. e! v) @- Z% `0 z; g$ i3 Z8 S
Device
9 `; v' w% J9 SA system using directed energy primarily for a purpose other than as a weapon.# R# s! T9 T, V9 B# m
Directed energy devices may produce effects that could allow the device to be0 x( K; m6 S$ M- r+ p
used as a weapon against certain threats, for example, laser rangefinders.
" n& p1 \3 c6 d. M8 WDirected Energy
# G- c8 K4 @2 YWeapon (DEW)( M0 G0 c7 o5 l# l4 [9 D# x
A system using directed energy primarily as a direct means to damage or destroy# u/ L! h$ @- k, i3 I2 R& ^
enemy equipment, facilities, and personnel.% Y2 I! O# s- l L0 v6 i* J2 Z
DIRLAUTH Direct Liaison Authorized.
. K8 r4 H* i, U3 f' E v: hDIRNSA Director, National Security Agency.6 J0 ~! b+ J! q0 E! b
DIS (1) Distributed Interactive Simulation. (2) Defense Investigative Service.
U' C: g/ ?) A3 z* _, k2 e: A! nDISA Defense Information Systems Agency, Washington, DC. (Formerly known as
! N6 ? L. i+ o$ \+ k8 wDefense Communications Agency).
$ S0 S8 @+ ^ l* gDISCO Defense Industrial Security Clearance Office$ z+ {! u# R) C
DISCOM Division Support Command (US Army term).
" I2 q: q6 x5 n; f' j( Z1 v0 k; dDiscretionary t: g% B9 u0 y1 Z4 V; J
Judgment0 m2 k1 M, N3 S
The authority given USCINCSPACE or his duly authorized representative to
) Z6 l5 \+ b! J* sperform actions not covered by the ROE. |
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