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RCM (1) Reliability Centered Maintenance.
- {2 w" S/ O- @ c) b( t) k: {7 b(2) Requirements Correlation Matrix (AF).5 O3 R1 S5 j" b
(3) Resource Consumption Model.
( `# [% E% l6 m+ t aRCR Rate Capability Review (USA term).' U) B( y$ m* L& s5 g5 h7 J
RCS Radar Cross-Section.
2 d; I& M6 d jRCSR Radar Cross-Section Reduction.
0 C% j2 S. x& Y+ _# ~2 x1 ERCSS Range Command Safety System.
+ r/ S+ n% d- H/ L; s. H, H) Q4 d) b. U/ |RCU (1) Rate Changes Unit. (2) Remote Control Unit. (3) Reactor Control Unit./ s& D! b8 H' q
RCVR Receiver./ v6 d% R% [- E j. V2 |
RD Readiness Demonstrator (SBL Program term).
; Z: ]2 f" q( v# ^" o2 \RDA Research, Development and Acquisition.
( H" T* O' y5 a* k: Z: BRDBMS Relational Database Management System (Computer term).
* c6 L9 m- q8 ~) M' l! yRDC Research and Development Contract.5 U# s J& ^" B- {- v
RDD Requirements Driven Design.7 m( F6 | o3 M1 m$ _- a% b
MDA GLOSSARY, VER. 4.0 R
7 p, t* o! c1 j244: v( n" Z- J/ _' }5 `6 a9 E
RDD-100 Requirements Driven Development* Q, b( }; o" P5 B
RDG Random Data Generator.& z! A* x: D/ v8 }% k$ `
RDS Regional Defense System.
2 T- b8 e/ \- ?- KRDT&E Research, Development, Test, and Evaluation., O9 I; }/ r7 A) B
RDT&E Program! `$ l$ W6 m3 D! }
Categories, ~8 `8 g* V( s9 }- Y4 F. i/ q
The five divisions the comprise Major Force Program 06 (R&D) in the FYDP.
1 N3 `- o6 m8 f4 ~/ k, Y, |They are:, {0 a. I$ v& h" c
•6.1 Basic Research
5 c/ q# t* S2 @: X# `1 ^•6.2 Exploratory Development: e. F. x' L P$ p: [
•6.3 Advanced Development
# {, U- T! L; J$ ]9 [3 \+ m \•6.4 Engineering Development& |( S: `' X V9 u0 H- ~5 H
•6.5 Management and Support.
0 @0 c( V: @% [8 O5 b4 pOperational System development, not a designated category, is funded in
: N7 s) `$ Y: C, T8 G9 _$ eRDT&E appropriations but not in Major Force Program 06.
& l* `3 l% d; S GRE Radar Enhancement (USA term).
! Q4 E9 T, d1 \: f3 P5 jRe Targeting The ability of the system to recomputed the direction of sensors and/or weapons; P0 b; g- I2 P1 P) x+ @7 o5 D4 ?
to intercept a target that was missed on the first attempt, or that was superseded
" z* |6 _9 B& }* ]/ ?by a higher priority target.* u V* J* S7 \
REACT Rapid Execution and Combat Targeting.; o m# x' R( n+ X G; i: v" c
Reaction Decoy A decoy deployed only upon warning or suspicion of imminent attack.7 g7 J, c$ K g
Readiness9 P8 ?* I* H3 K9 o) k
Postures
1 f h+ a6 z5 a; Y, aA specific status defining the relative responsiveness of BMD assets and
/ m; s/ j% s/ j+ a4 X1 Zpersonnel to perform a USSPACECOM BMD mission.
) V) @. F$ L% d& ZReal Time (1) Pertaining to the processing of data by computer in connection with
' J7 j7 D( W6 y3 R6 J3 `. W: manother process outside the computer according to time requirements
* G: }8 }. Y4 b p0 {- U0 q# Cimproved by the outside process. This term is used to describe systems: v0 K8 R8 e3 p7 X$ ~0 H
operating in conversational mode, and processes that can be influenced# s% W; x" l8 |' |0 _% K8 `! A. J3 h9 u
by human intervention, while they are in progress.# l# E$ d& R) Y; a) ?
(2) Pertaining to the actual time during which a physical process transpires,. @8 ^ G# |) J2 b) s, _9 x* R, ]
for example, the performance of a computation during the actual time
6 J/ i! u7 |$ D5 @: R: |4 c1 v- Ythat the related physical process transpires, in order that results of the
/ D, O* m# S* M9 K, M7 L+ E8 m9 Jcomputation can be used in guiding the physical process.
) ~) d2 G* h8 B5 M6 fReal World Data Data derived from physical experimentation concerning phenomenology
8 d6 O. [# Z+ B% \5 O6 V/ V& uassociated with technical functioning of SDS, particularly regarding target
* J1 m- t) y9 e) \* x$ `: fsignatures, background observables, sensor functions, weapon functions, and
) z2 H' ^1 O' L. J4 \survivability.) O2 u4 s( v- b# X" j1 x7 r! @. Q
Real World Data
* h- O! F* @- T0 p, XCollection
4 m# @# E3 U$ h- yThe provision, to SEIC users, of access to real world data, in fashion timely and
! Z# K0 O& {5 i( f9 _otherwise suitable to meet users’ needs (e.g. for validation of a test bed).9 \% c, `# D0 {9 x( p4 I' l
REC Radio-Electronic Combat.
, L5 @, v3 }5 I& w) ^7 LRECCE Reconnaissance.5 C! }( v$ k7 O+ L9 r1 Z* B
Reclama A formal appeal to the service comptroller of SECDEF’s tentative budget decision
) z) y1 m$ f; ]; _, aon the service budget estimates." M, N$ c- i. @, p# V6 B- n
MDA GLOSSARY, VER. 4.0 R
1 Q4 P2 u* s# L0 o6 V2 r245+ M4 U- i+ M, H! x
RECON Reconnaissance.: N$ F" _: k4 o c. j
Reconciliation Directives to standing committees contained in congressional budget resolutions
# Z& I5 g+ b& o' {3 X4 Y9 Xcalling for certain dollar savings and a deadline for reporting legislation to
5 S N& K% g5 Gachieve the savings. Omnibus reconciliation bill incorporating these changes is
( e" D3 W1 [! S. Hintroduced and acted on in both houses., p0 ^5 @3 q) I
Reconstitute To restore, during periods of hostile engagements or during peacetime, military
+ Y D" F& q5 ^; Sforces or elements as closely as possible to a desired state of readiness for
/ D( q% t; U" \2 k5 l9 |combat.
: e( v: a4 b' E2 U2 \( j. K: }Red/Blue |( z3 b, g( Z" w5 `0 x
Exchange4 J3 q! w* `+ z/ I
A process to identify and define potential countermeasures that would degrade2 R* _4 }. r+ ? x& y$ H) t& u' @& t
aspects of ballistic missile defense. The process – akin to a wargame – pits a
( x8 Y% v z/ x1 A$ u. nRed team fielded by DSIM and a Blue team fielded by AQ. A senior review. p/ h; h: W% h5 i- M: O
panel acts as the referee.
5 s8 s: S; ?' s# w6 y/ sREDCAP Real-time Electromagnetic Digitally Controlled Analyzer and Processor (USAF, T) d. V6 c) _( C" r6 M
term).
5 w: L# \1 ?; n3 \8 qRedout The degradation of infrared sensor resolution due to high-altitude nuclear bursts.! ]) s2 w* M* x* \
Radiation from these bursts causes fluorescence-emission of light from air
2 `0 Y; G6 l. d) z- y5 m8 K( Tmolecules. The emitted light lies within the long-wave IR spectrum so the0 {/ I o: h6 D' W5 u
atmosphere below appears to the sensor to glow more brightly than usual.
3 e; y4 z* s. e: e4 Q' h2 r" y+ l' i& _Redundancy The inclusion of duplicate or alternate system elements to improve operational1 o) Z+ B' f9 Y8 J) y7 Y! P
reliability by ensuring continued operation in the event that a primary element
5 a/ ]. t% J$ q, `- _1 k/ gfails.
$ j" |& F/ v HReengineering The process of examining, altering, and re-implementing an existing computer# d$ o9 h8 m0 _; w/ x- y
system to reconstitute it in a new form.2 R! b4 ^4 s; Y2 B9 G
Reentry The return of objects originally launched from earth, into the atmosphere.
" @# ~# c! B0 o3 _9 o# E$ y3 CReentry Angle Elevation angle of velocity vector relative to local horizontal plane when
+ T% q3 W+ q& b/ J+ B1 d4 areentering object reaches 92km.5 |3 E. B6 S: W3 C) s
Reentry Phase That portion of the trajectory of a ballistic missile or space vehicle where there is8 G. _- z. j2 r4 R }4 y
a significant interaction of the vehicle and the earth’s atmosphere.
& ]9 x$ _. j- x: \( F1 FReentry Vehicle
4 Q; i: v+ T. p$ @(RV)
: d R% {) q4 ?# r, S(1) Reentry vehicles are objects containing nuclear warheads. They are
4 Y( [8 \# k% J# t p* n5 ?released from the last stage of a booster rocket or from a post-boost
( n5 ^! G1 E" w' I- M5 }vehicle early in the ballistic trajectory. They are thermally insulated to
* f0 x+ {$ v9 q9 Q2 ~# ?survive rapid heating during the high velocities of reentry into the" s' P5 e3 i4 u+ ~' `: O
atmosphere, and are designed to protect their contents until detonation
) q+ W5 ?* ?" j" C; r1 Cat their targets.
8 N( _, M; @4 y/ e(2) That part of a space vehicle designed to re-enter the Earth’s atmosphere- `7 n4 U, v/ R {, Z
n the terminal portion of its trajectory.7 u1 \2 B1 E) c' G: v$ r* W
Regional Defense
/ o/ ~$ h5 }) A E. `) ~9 ]System (RDS); f Z% |; X, x3 y8 I. q
That portion of the SDS that provides defense for a specific geographic region,
% Q$ x+ g% L& a! @2 K C4 ]5 csuch as the European Theater.
& F3 J* C3 c" j! _) n: ORegional
: [ L4 f5 J* L' rOperations0 k7 I I) H3 o7 V1 S/ M
Center (ROC) E8 N, p8 m2 N/ \
A group of fixed and/or mobile centers with OPCON over allocated ground based
( s7 V( D3 e* n8 F7 O4 Dsensors and weapons.
5 {5 Q3 s* _3 z: L& F. cMDA GLOSSARY, VER. 4.0 R
* E0 j- w+ z4 J( F246
3 G6 s( V1 `4 V" i6 m8 nRegional
" ~& K G3 ]1 u* P* Y2 C& GOperations
9 J# u5 j" n3 [6 \5 o$ t* S, ], b! t4 XControl Center
2 c$ m* g2 v3 S3 w(ROCC)
. O( @( J- p& s2 MThe command function for CONUS, Canadian and Alaska NORAD Regions,, L0 d4 j+ k Z- U5 \1 c
referred to as “regions.” In the Alaska NORAD region, the ROCC is also the' Y; ?/ E) ?) @7 H7 m: r3 n) E
central intelligence, communications and operations control center established% b/ m$ {: l$ s, P0 u
for the purpose of supervising and coordinating the combat effort of all air
9 S3 P- ^! g4 S. `) z9 Pdefense forces made available to the Alaska NORAD region commander. Under$ U4 l. s$ O5 r( T
normal operating conditions (not degraded), the ROCC is responsible for the6 ?4 a3 o# @" ^. z$ S- h7 y* u
identification function and for air and ballistic missile defense of North America.
, B1 B4 ~. Y% i; ERegrade To determine that certain classified information requires, in the interests of' {, I2 m! H& C) U- T& S4 c
national security, a higher or lower degree of protection against unauthorized* R; X& j0 \7 m' m
disclosure than currently provided, coupled with a changing of the classification
9 o7 N* w( O/ K7 S% w3 Vdesignation to reflect such higher or lower degree.% J! B% T& r+ r! R7 r! N
REL NAV Relative Navigation (JTIDS term).. C# ~+ \9 z. b$ L
Relay Mirror Part of a ground-based laser system. |
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