C3 SYSTEMS TECHNOLOGY SYMPOSIUMC3 Systems Technology Symposium. The C3 Systems Technology Symposium...
195
AD-A243 466 US ARYCOMMUNICATIONS- ELECTRONICS COMMAND C3 SYSTEMS TECHNOLOGY SYMPOSIUM 8 OCTOBER 1991 ADVANCE PLANNING BRIEFINGS FOR INDUSTRY 91-17346
Transcript of C3 SYSTEMS TECHNOLOGY SYMPOSIUMC3 Systems Technology Symposium. The C3 Systems Technology Symposium...
AD-A243 466
US ARYCOMMUNICATIONS-ELECTRONICS COMMAND
C3 SYSTEMS TECHNOLOGYSYMPOSIUM
8 OCTOBER 1991
ADVANCE PLANNING BRIEFINGSFOR INDUSTRY
91-17346
US ARMY COMMUNICATIONS-ELECTRONICS COMMAND
C3 SYSTEMS TECHNOLOGYSYMPOSIUM
8 OCTOBER 1991
..... ::: ........
ADVANCE PLANNING BRIEFINGSFOR INDUSTRY
DEPARTMENT OF THE ARMYHEADQUARTERS, US ARMY COMMUNICATIONS-ELECTRONICS COMMAND -
AND FORT MONMOUTHFORT MONMOUTH NEW JERSEY 07703-5000
REPLY TOATTENTION OF
Ladies and Gentlemen:
On behalf of the Communications-Electronics Command (CECOM), weare pleased to present these proceedings of the October 8, 1991C3 Systems Technology Symposium.
The C3 Systems Technology Symposium is part of a series ofsymposiums which CECOM is presenting as part of the AdvancePlanning Briefings for Industry program. This program is designedto enhance the Government-Industry communications network byproviding forums for discussions concerning potential contrar'topportunities.
Government and industry must work together to achieve ourcommon goal to concentrate today's limited resources in areasthat will most benefit the soldier. Towards this end, in thispublication we share with you information concerning bothlong-term technological advances as well as near-term contractualopportunities in the C3 arena.
It is our hope that this symposium, and the entire AdvancePlanning Briefings for Industry program, will be beneficial toboth Government and Industry in achieving our objective: qualitysupport to the soldier in the field.
Joseph J. Pucilowski, Jr.Director, CECOM Center for Command,
Control and Communications Systems
I t -I ( *
N-I
lWA
- i
DISCLAIMER
The use of trade names in this
report does not constitute official
endorsement of any products. This
report may not be cited for purposes
of advertisement.
The information provided is
accurate as of the time of
publication, and may be subject to
change.
THE OVERALL CLASSIFICATION
OF THIS PUBLICATION IS
UNCLASSIFIED.
US ARMY COMMUNICATIONS-ELECTRONICSCOMMAND (CECOM)
CENTER FOR C3 SYSTEMS TECHNOLOGY SYMPOSIUMAPBI LEVEL 2
OCTOBER 8, 1991ALBERT J. MYER CENTER AUDITORIUM
FORT MONMOUTH, NEW JERSEY
MEETING CHAIRMANMR. JOSEPH PUCILOWSKIDirector, C3 Systems
AGENDA
0730 - Registration & Coffee/Danish
0815 - Administrative RemarksMr. Charles GrzendaChief, Office of Research & Technology ApplicationsCenter for C3 Systems
WelcomeMr. Joseph PucilowskiSymposium ChairmanDirector, Center for C3 Systems
0830 - Session I - Topics- Speakeasy Overview
Mr. John J. JeskiElectronics Engineer, Tactical Radio
- Antenna Subsystem of the Speakeasy ProgramMr. Alexander StrugatskyElectronics Engineer, Tactical Radio
- Vehicular Conformal AntennaMr. Robert HoverterElectronics Engineer, Tactical Radio
- UHF ECCM TechniquesMr. Joseph InserraElectronics Engineer, Local Area Comm
i ii
0930 - Session II - Topics- Survivable Adaptive System Technology
CPT James D. BassElectronics Engineer, Local Area Comm
- Adaptive Network Planning & Managementfor the Localized Network EnvironmentMr. Charles J. GraffElectronics Engineer, Tech Plans & Sys Eng
1015 - Question/Answer Period
1030 - Break
1100 - Session III - Topics- Soldier's Computer
Mr. James Wright
- User Interface TechnologyMr. John E. QuigleyElectronics Engineer, Command & Control
- Lower Echelon Command and ControlDr. Dirk Klose/Mr. John W. StrozykElectronics Engineer, Command & Control
- Tactical Multinet Gateway for the LocalizedNetwork EnvironmentMr. Michael Bereschinsky, Electronics Engineer,Command & Control
1200 - Session IV - Topics- Fiber Optic TechnologyMr. Louis A. Coryell, Electronics EngineerLocal Area Comm
1215 - Session V - Topics-Information Security
Mr. Barry S. SalisElectronics Engineer, Information Security
-Modeling and SimulationMr. John SiliatoElectronics Engineer, Wide Area Comm
1245 - Question/Answer Period
1300 - Closing Remarks
1400 - One-on-Ones
iv
CONTENTS
Page
PRESENTATIONS:
Speakeasy Overview .............. ........................ 4
Antenna Subsystem of the Speakeasy Program ... ........... 21
Vehicular Conformal Antenna ....... ................... 30
UHF ECCM Techniques .......... ....................... 38
Survivable Adaptive System Technology ..... .............. 46
Adaptive Network Planning & Management for the Localized NetworkEnvironment ............ ....................... 65
Soldier's Computer .......... ........................ 75
User Interface Technology ........ ................... 87
Lower Echelon Command and Control ...... ................ 117
Tactical Multinet Gateway for the Localized Network Environment . 130
Fiber Optic Technology ......... ..................... 141
Information Security ......... ...................... 151
Modeling Simulation .......... ....................... 174
Iv
ol -oz
0>
w 0
U.0
0010
w wFz0' Cz7
CDW-ow 002a
z <ZU()2C<C/ 0 UWz 2 () 0
OOZ<C LL>
0~~ E0 Z -zIo W < D W
0 0 0 WU - Z C)
w Hz ozw 0Qa: oO
< =)o F- QO<< 5:
I-0
2ZWwc~0~z L 0 *n
0 UJ
Cj E 20'
-J .c a.
Cl) c
00
wr z 0 2
U. ccJ 0 oo 02I
CE zZgt 2 ow =(4LU~4 Lu Z CO) o~
w0 0 w
H 0~~ >. O0Uza zw Ow 2
LU C) L
0c 0 L OJz2j
oU LLLU C;i 3 -a'Sm) z :X L
U. - 0 s 0 I: -
Zu 0Z <0t0
0 z LLLW
< 3
0
LU
w0
o z LL LUWLL
C/) H ZDj z Ocz
C)U 0
<U 0 -j2
CLU
D
24
AMSEL-RD-C3-TR-H
POINT PAPER
SUBJECT: Multimode/Multiband Digital Radio
PURPOSE: Muiti-phased effort at developing a software reprogrammable radiosystem. The Speakeasy program is phase one of this multi-phased effort.
FACTS:
The Multimode/Muitiband Digital Radio is a program intended to developa new radio architecture. The new radio will consist of modules which may be-ombined onto a common bus in order to share information and processing:apab:ity. The design will be such that additional processing power will bepossible through the addition of additional modules, or by replacing existingmodules with newer more powerful ones. This is the basic concept of the openr'hrtecture whl,,h this program hopes to take advantage of and deveiop.
The open architecture, combined with software reprogrammablitv and-ontrol will result in a radio system which can be altered by simply modifyingsoftware while maintaining the existing hardware.
When completed. it is envisioned that the Multimode/Multiband radiowill consist :) a common bus which acts as an information and control path toa number of modules. These modules will be of the same design and act as"processing engines.' If additional processing power is needed additional'common) modules will be added to the existing bus. All platforms will sharethe common modules and software controlling those modules. logistlc costs4,ii te reduced because of the limited type of modules needed and technco3':an oc:ncentrate on the limited type of modules to make them more reliable an:etter :er::rmers.
A* -.e :to~ran ororesses. and we actuailv deveo*: naraware. -e nay
.earn that .z not an optimal size/cost/processing solution for all themodules to te exactly the same or to have one common bus. However. the bas:cintent of the program will remain - develop a radio which can be easilvnodified by changing !ts software, and whose processing power can be enhancedby the addition of processing modules.
BRIEFER: John J. Jeski, Electronics Engineer, AMSEL-RD-C3-TR-H. DSN 992-0444.
-CTIO OF CtR:/. ROBERT E. WHITMAN JOHN J. JESKI
Acting Director. C2C3S Acting Chief. HF Communacation BranchX44449 CECOM Center for 03 Systems
5
o0 00
<00 0
H 0 C)(5 0 0 WUJ
0LL > -J
W W LU cEZr > Z in D
< 0 0U 0M F- C j 2DLL
Ct'z : 0 z
H 0 < 00 <Cc
o o r
o o0aDC
-0 <>0 L
D l 0 0
6T
0 0Q LU0
<- 0 CCEm 0<E 0
--
< H< LUC LU
0 C)z 00 <U H
<J ~)C CE U
0~ ~ 000 m
o2 0 0< CE
0- QH C-< ZLU<HZ -'% CEL Zi
D .)(D Q ZFH- U 0<
w
0 0
~~z0
W LI.
0~ D JZ~,~Loo
~0w
J-
> .oj1
/ LL
aa
C/) o
0 M ~ ~ \ ____
o0
u-jst < A
I U
4<
01'ER'
UU /
u00oU--
0 u0
LbU
mt
.0>
z (n oI 0o 0 ~< - 0
0 LL
0n
tILLo I.-. w
Z- cn zOZ~: CZ 0 WU 0-L 0 < ZWLL
wJ-
0~~~ WWWjCf.
0~ cn 0> .< U 0 Z
z1
< Z ZL
0L 0a~ C0
1.j 1: ,1tc
- .1
I 00. ijL
a) L o ( n0
XC CC CL
L- U .) 0L0
Z 0 TO-A i,- _
< ~~
0 4
zL .z I411
Il W I < < W'
I < <ZI 0 m LAlIAli
4i
4..t
04
0 ~ ~ ccc
-j 0 cn 0
o0
0 I 0 L z 2 L0 cc 2 z 0
zz 4) 0
cao 0 cc = 0Zz w w C 0
Z 0 z 00
uj 0 - 0C.) 0 Z 0 %0
z 0 CC 0<. U < CC 4i LL
LL i uLU m Pz-J ~ C -1 0 4 () ..
z0 Z J i z5 400 o
13
w2
0- <
a z
cci')LI < . I--.j ~ wL < L
0 ZI 00Lcc w
zW 5 H.
Im ~ OW HUWZ -
0 on -wzZ~LL U)ZW L
>W z >- 02z j 0 ol Cf > H
0 LL ( O LU LU (n 0
m- 0 Z LU <0
Cl) L CC0 LU L J
00
wo ~ ~ __ ____
C\J
oz
0 Cl)
F-~F HCI c L-z~ OC 0 00Q CY
z 0 > 0 0I 0 0 0
mLLLL
CO< 0 2:z 4
<: 0
cc co -
IL .*z W)c
o: O< op>< LL
C H U) 00C2
0/ 0i 0jC/ 0 0 0 0
00
D
F-I 0
OH <
0 F
zo z
w WD < < w
Cl Z z H
0
16
Cl)
0
C)U
z w-zz OLLH
H- < -J
0Z) 2 C/)
Cc zJ << H)
WJ -J LL
LU ~ - oL 1a 0 z C W mU) -J H 0 ~ <
j c/) z cc/a
UC)
17
0)5L
LLJ
CCICC c>
Ucc 0
j F- C/) (.) L R 4
co Lu1Z
0
< w -wow
0
0
5w W0 <H
Z- c ( a<C0
c 0
F-o Z. U- a UWO- H < cc
0Z O0I
< W L-JCm L LI- .0c
0L D0
19
0
< qJ
000 5 w wL I
-j LO)F- LL a 0 0%
F- 0o
zo oLz H.< iL 0- <0
m .0 L LL~ w z i
D LLL ccC I
F- o > <H -j --,
0Z 0 J wo P
0~H W coj L)a W
0-) 0 _j o<
CO LIw CC~a. > c a. 00>-U HL) a. 0
20
Ul)
LU < w
C/) (5CO LL >>- o 0 z U
Cl () CO) LL
LL. U) -JJ CE
Z LUJz zD <F- LU <z 0
w uj 0Z 00
21
AMSEL-RD-C3-TR-H
POINT PAPER
SUBJECT: Multimode/Multiband Digital Radio Antenna System
PURPOSE: Development and formal technology demonstration of a comDact.extremely wideband antenna system
FACTS:
In this joint development program. this Center will be conductid tnedevelopment, prototype fabricat-ion and demonstnation of a new :omact.extremely wideband antenna system.
The major technical factors to be demonstrated by this program :nclude:
Extremely wide bandwidth: 2 M}z to 3 GHz.
Capable o simultaneously supporting up to four frequency agi1ewaveforms.
- Compact: Mounted on a small vehicle. Drastically reduced size andweight as compared ,with conventional antennas covering this freauenc range.
- More survivable as comnarec with existing antennas due to itssmaller profile.
. This program is one o. our )oont development efforts with Rome Labora-tory. The primary objective :s to allow both services to maximize commonalitvpotential within constrained resources. CECOM will be the lead organ:zat:onon this program and contract opportunities will orig:nate ircm this location.
. The program will be structured into two phases, starting with anexploratory development effort and conciuding with a prototype of a compactwideband antenna which will be demonstrated. Demonstration of the antennasystem is expected in mid FY93.
. A follow-on phase will result in the development of an antenna insupport of the Digital Radio program that could form the basis of the follow-on development programs to evolve the combat net radio of the BattlefieldInformation System of 2015.
BRIEFER: Alexander Strugatsky, AMSEL-RD-C3-TR-9. DSN 992-0466.
L A ACTION OFFICER:41ROBERE.BWHITMAN ALEXANDER STRUGATSKYActing Director, C2C3S Electronics Engineer, C2C3S (TR)X44449 X29466
22
~ow c0
Cl) U(A,
0
z LUjm
lit. wt: z OCM
0 23
LL I
0 0l
0-J CL)
HL CY) 0LClU Dj ) L .
0>- LL
FZ w
z I II -j
-JL
0DF Lm) LL 0 .
M~ L.-
< 0-z z )
<LL H -
C/) F-
24
CO L) z
w 0 u0 c~ C) w cc- 4 0
0 LI) Do I
x U,LL rr (!3 D , IL
o a: CI) ww 0I I- N .)a: w w
< w- cc
CoI >- I
U U 2 U 0
N
C~j LUc'J w
0 pI- z U0 w 0 z
WU W 0-m z LLZ K
w w Cz l 0
< zm <U
wz 0 oLz I- W Lw) C. 2
j z- ci'-V CI!- oU
0 z UZW L)on w
F-w 2N o0
0ca)
0 Uv U)
2 6
z
o ClO
H a
o Cl- zH C)
Z5 _
0-
H/ C -Z Om)
0 >- CC Oj 0I)- Fz/ 0/ -<0 F - 0 C jC 0
M < Cl) .. < CC~ Z ~ w
L0) L) U( )- LLU-
oj Z Cc m. HH Liu~ w)0 0
H. Z/ < F- <
F-- HL <HZ ZH
z HCH >
ZL awz<<= 0cc C/') LI - 4
L) CL
MIN
U)
2 00 Z ~ CL
HL -A ) 2CD 0J> 0L
<C/) OLU
4 Hl) F- - CI - L~~.J CED < 0)
0i W ID Lu-M wJ > L
~. LU LJ U)
0()U)> H- .CC 00~ -LL W _
F- _L L.aLLJL F- oLa. FLF- L
CO) 0H 2-
H HF- 0
cc U) O..H H0 F
a.a
28
w co
* 0 1D
U) 0/
w -zZ00a
H Z U)< W0 z
0 CL Ha -)ES ZJ C/) L H
oQ~F 0~~W>CL~ ~ w it
z ~ ~ w ) L
w< -- Qw)0
C/) 0<- IH 0 OL 0
0 0-CO Cl) <<0-a U) cc -
w D X2m
0)
zz 0/
wwF- Cc
zj cc H
C0 0(Y
Lr.U. cco) 0 10 0L
0LL L
C) HrF-Z cco z mH Hc L%%oo 0 0 0C
w 0
:D 0
30
AMSEL-RD-C3-TR-V
POINT PAPER
SUBJECT: VEHICULAR CONFORMAL ANTENNAS
OBJECTIVE: An exploratory development and feasibilitydemonstration effort to provide an assessment of tacticalvehicles, radio systems (both high frequency (HF) and veryhigh frequency (VHF)), and conformal antennas for use in thetactical er ;ironm-Tnt. Conformal antennas are those which bytheir mechanical -onfiguration are an integral part of thevehicle. As an example the antenna could be the handrail, asin the case of a tracked vehicle, or part of the fender orcanopy support in the case of a wheeled vehicle. Thetechnical assessment would identify candidate structures,candidate vehicles (i.e. HMMV, M1, M2), and candidate radiosystems followed by a feasibility demonstration phase andevaluation of models on respective tactical vehicles.
FACTS: The state-of-the-art in conformal antenna technologycan be pushed to assess the feasibility of replacing existingtactical vehicular antennas (HF and VHF) with a conformalantenna without a major reduction in communication range. Thebenefit realized from this is a lower profile antennapresenting less of a uisible signature for identification ofcommand post vehicles, as well as a safety margin from highvoltage power lines. Reduction in thermal, optical, andvisible profile, as well as radar cross section is a goal.
MILESTONES: FY92 Begin technical assessment.FY93 Complete technical assessment/initiate
feasibility contract.FY94 Complete feasibility models and conduct
evaluation tests on candidate vehicles.
BRIErER: Robert T. HoverterElectronics EngineerAMSEL-RD-C3-TR-V(908) 532-0455
AS ACTION OFFICER:A.Robert . Whitman Robert T. HoverterActing Director, C2C3S Electronics Engineer(908) 544-4449 AMSEL-RD-C3-TR-V
(908) 532-0455
J!I
ci)
z .LUC)CJ f
zzQ
- C
1r 0) C0 F- C =- 0-U
03d C C4-1
0<0
0 a)C"
0 C
0 a)3X
LU
z0 0<
LL < z
uJ wo- <CO z
1- <0z DJ LLJ o
.j D
CLUU
LU LU
LUL
D
33
X ZwL H H
H 0 <0
C) I Z<
zUz
LU L
W WlX oX 0-C 0
cc I r a. cc
* CD> oCT
zcLU coo
M- C/)7E)
0 1 fl CZ 0i-6- E)
~cE 4-: 4
LEH Eoc/ )~ 0.
0 0 o00
< L LL0. 00
w- C cC/) 0 m 0 0
H 0
D c
L
.35
IW
0 ZW- W inC/ 0C
ZIO 0 OzI<COL H Lj -C
0 aH
CD L0< <&
Z ) - >
<W~W Z ZW Cj W 0j~ F- (.Z) -W HOW
m 'LcI < Z F
0 (.) cc LL < M F<0) H
> Oc 0 f>
oUZ . LL M (J
w cc o0 036
4-
Zo CD )il0. - 0
Et c
0 0z o
U... 0>1 LL 0
<C COC U) a W2~U o<0 --
0 0)D ~ ( LL~ 0 0.
w0 00 HCCIO (D.0L 0 0 0 0
37Il
000 w
o H-
CC wE Cm)
a LEZ 0
0 C/zW LL
I w IHwo -J QmO) F
0- LU H0
00W 0)
LL C)
D
38
AMSEL-RD-C3-LA-M
POINT PAPER
OBJECTIVE: Development of ECCM enhancements for UHF LOS TransmissionSystems operating in Corps and Division areas.
FACTS:
1. The deficiency which the UHF ECCM Techniques WETS) Programaddresses is that there are no active electroniccounter-countermeasures (ECCM) incorporated into present UHF LOSTransmission Systems operating in Army Corps and Division areas to
allow reliable operation in an electronic jamming environment.
2. The [ey operational capability which is to be provided by theUETS development is to allow survivable communications when operating
during jamming. An added benefit of this development is that it will
also provide enhanced system operation in a bLnign nv.r.onment by
increasing link: margin and alleviating co-site interference.
Possible enhancements are an improved antenna system (i.e.,adaptive antennas, larger passive arrays), error correctioncoding/decoding, and increased transmit power for the AN/GRC-226.The AN/GRC-226 is the UHF multichannel radio used in the Mobile
Subscriber Equipment (MSE) system and operates in the -225400 MHz
(Band 1) and 1350-1850 MHz (Band 7) frequency bands; since the error
correction coding will be accomplished at baseband one design willsuffice for both frequency bands. A more complete description ofthese techniques follow:
(a) Error rur(-ction Coding with Interleaving - Coding withinterleavink wil1 provide burst and random error correctioncapabilities to the MSE UHF LOS system and will be provided for twoapplications:
(1) Full Channel Coder (FCC): The FCC will be applied tothe complete 16 channel digital transmission group used in theNCS-SEN and NCS-RAU links.
(2) Selected Channel Coding (SCC): The SCC will be appliedto the routing (RSS) channel and common channel signalling (CCS)channels of the 32 and 64 DTGs used in the NCS-LEN and NCS-NCS(backbone) links, respectively. It is presumed that this coding will
be provided as a software enhancement to the TTC-46 and 47 switches.
19
(b) Improved Antenna System (IAS): The Improved Antenna System(IAS) will provide performance enhancement either throughreplacement or modification of the present antenna systems being used
in Band 1 and Band 3. The two IAS approaches follow:
(1) Active IAS. Tie aztive IAS will provide automaticnulling (cancellation) of unwanted signals whiie raaeiving thedesired signal.
(2) Passive IAS. The passive IAS will provide a reduction
in the reception of unwanted signals through the use of a new antenna
design with improved pattern characteristics.
(c) Power Amplifier (PA). The PA will provide an increase in
transmit power. It will require a duplexer to allow full duplex
operation.
4. Presently, the Army is formulating requirements for the ECCM
enhancements. Once they have been determined, a market Survey will
be performed to determine what is available to meet theserequirements. After this is determined, this information will be
given to the GTE Government Systems Corp. (MSE Prime contractor) to
determine the feasibility of integrating these enhancements into the
MSE system with minimum impact. Finally, once this determination is
made, CECOM will initiate an R&D program accordingly to build
prototypes for test and demonstration.
The UETS Program may consist of 2 phases. Phase I is for the
design, development, test, and demo of 3 prototypes of each
enhancement to insure feasibility of fit, form, and functionz Phase 2
will be a follow-on option to develop, build, and test 10 each
engineering development models to military specifications forproduction proveout. The initiation of Phase 2 will depend on the
successful demonstration of the protoypes developed in Phase 1 andavailability of PM MSE funds. The briefing presentation relative to
cost and schedule pertains to Phase 1 only.
BRIEFER: Joseph Inserra, AMSEL-RD-C3-LA-M, (908) 544-4107.
4f
0
0) LUH F--
C- Z ZZO Z 0-.0U) <J w.o2D I Q~~ 2
C) F-
0E LUJ <LU 'oo) 0 )8 L
a. w Z~~ wI _
LlOM 0j 0<:D /)cE<c C/)jI
0i Z u D0 O
< M
'41
0 Z-
L UL LL
m F-CE zLU (DCL -H C EU
LUZ)
00- C LZULU
: E : Z _
LLrn
42
0l* W 0
H -j
20 H 3H ( U. H 0 <L
00 cj M0 0E~
CE z U m 0
oT C zj- C0ZD < W <HO-Cy2 HW IJ0
WjZ WHZ c.T.w z
0 0
Cl)
_ w)
00 H)C
cr. < HL 0CLz z c
w CLC/) U- .W 20 cEO OO
aL F- CC >. >
< ccF- w L L L<U
>-UJ H)20C ZW _ F- J U
w 0-~ z 0D W
W WHH F w
LL LL L L
44
z (LUJ
>-LU Q C/)
m Z-z UI) -.)Z2U 0 LO
' 0 ZLL 2D ui LU LZ 0 LUODw F-
3: 0 0 LL LUC)
<LU 0 F- LI
i ~ > 3. H m00 Cut) CL ~ LU L<QLLJH LU 0 Du-
CL0W W > -JFo Ca-L >LU 0.. aH <- LU <F
ui ~ -10F <H 0
LUU
0 > 0
>--CO 0-
0 H- CO) U) <0-L
45)
0-j z
U)/COZ COU
w C- <- C1)C/)(<Ci) - s
LL .. WL ccC _) zC) () LL
-J 0 )cc ) L-u-Hz < wr0- C)0 FCLLUz cc
<H _- H- ZZF-Q C ) %fmooa. w. i< OlZ OWJww 0 -j_jOzLL 0
<Z 0)
U/)
46
AMSEL-RD-C3-LA-L
POINT FAPER
SUBJECT: Survivable Adaptable System Technology-AdvancedTechnology Transfer Demonstration
OBJECTIVE:
" An Adaptive Network for Multimedia Communicationssupporting Common Hardware Software (CHS) equipment
o Integrated Systems Development in five technology thrust
00 Fiber DisLributed Data interface (FDDI))o Wireless LANS (EHF, 7mni-Directonal, and Long Hall)-0 Tactl:al Network Management (includes System Software
and Gateway Technology)Do Host Auto-Configuration,O Network Security
o High technology contracts shifting to CPFF in FY93--5
FACTS:
0 We are developing a system to give the Tactical ComputerUser:
oo High capacity (10OMbps +)00 Multimedia (Data, Packet Voice and Video)00 Survivability (Wireless LANS, duai ring fiber, -ommand
and Control on the move)
o OPPORTUNITY FOR CONTRACTORS:
00 System integration
BRIEFER: CPT 'JAMES D. BASS, AMSEL-RD-C3-LA-L, 908)544-3697
UJAMES D. BASSCAPTAIN, U.S. ARMYSYSTEMS ENGINEER(908) 544-3697
47
LL
z02l LLLU cc
F- w
Cl)z H-
F- H Z
o- 0l 0 Hu F-Q
-U z 0DLUI 0 m-cr
-- 0 U) F-o
W) 0 HU
m Z LL
E E0~U 041
0 0 0
E LUid00
0 (
C 0 -
.,- U
0f _ _ D 6._ U_ _ _ _CL
C a-
CC
I-' 0)
I-a <
wa49
w w F5 <<
wl a (rZ CLEHwr 0 F-LL
w Oc0oUo 0z zz
0 0 C)cE- o z -
Li-- 0 wE
z -jF- WL<l a.c
l) Cco w
LU 0 IZcinmJ LOUZC) 0
LrU L()U 0 Z
-< M ~ "-
z0 a)-
wor
CO)
m LL OwLL 0
W C) 0 Hj 0
< Cl) co) m Z(.H O uj O C
H 0 0 0- F-0I) F
o -z-
z H~zo 2 HL
z L <w
CD < <.Z wU
z <ci. ZW H.. HOc
<zohm 0 OH )
< H .2L cU0) 0wc
H- FH D«0r
z <O5FU) a LLJ51
uJo 0M5J
4>
LL. () 2 4 0 LL
LL 4c wW( U.4 Ot
LU w0D
LU Z4 A-ia L > u
LL. @0 3 0 0
ZR U,
) 44
r3' 0
- 'LI
oz >--w w )I-I- x z
C .)A 4zi
cc 0
LLLL0 4n
_________5__ w
zU z4z LLI.
w L w
U) u)
52 U
U)Z:ELU
z:c z c-) 00MFJ L 0 HH C-
U)E 0 I azQ (D >Z) LJ LL
DZ ow F-CWW 0 0i j< :
-F .J QLLHa.<L
0 wO U w 00L
z< 00 0< z co0 cc Z( 0-
o0 HO 10 0 0H- H Z F- HZ H- LUJ
0 0U
H-C)Z H- r - Hz >
< Z> <HO U <0U1Uww LU 0 *HO L.W eZ 0 ZOLoF
53
z0 z
u-iI--
- HjZ LU c
w z
cE <U
I- jW
LU LU
0 .0 0Q
5 4
cE< z<0 0
.
0 U)C)L U. o0
- <>- w0
o o >~cEW a ~a CoC
LL c w0 H ) U)Lu< -j !E :F
W CL0-r <
< 5a0 Ow0ooE LLLL
C) Sr 0 S
z)wU CD Co
z c_u 0 D 0
0 0
0)0 0 cc0
z < zJwi wU< <
a- ~W <
Co<
o< >WHLJ U
H H : W < 0 fl I WQE a zO <. oo HU Z
wU z< , I 00 0 0 0 L 0
56
Cl)Cl) z* w0 LL
F-- 0
<0 U
D w H j
o- C,) LL > C )
H<. 0
0 1 0 <
w1- 0 w L C/)
J m/ W/
>~ w HC0CC <0
0 0 <
57
gI ai0
Cl)wo(nI
0
- w w
LU >,
Z (.1 a0 :
00C w
00 S
0
E >i
Pi 'SI
0
w
00z LL U
58m
z F - -w co a.0 0w- w 0I- w O- H
F- 0-0 IL
C) zwu!L w a.
CH 0 0
C) (.6 C/)aZ0 W WH 0
CLz CC H -0 0 0O
59
w wM 0 0U) 0
C)w
C- w w-<0 wO 0 z
w~ 0J -z J L
ZHZLu z Dz
C/)<~ z z<0 Hi <
CECO cc >I
-mE~~ LL/)W
0> 0 1 H z H
H l w 0W w W <Cl a ()-J CD
w z co
60l
z I-w z
w )0 Q CLw -J- _cc CC > w
0 0 w C >0- ow ) L
0 F- a.0 CCw 0H0a- aL W- H 0z
LL 0 H-
o H0 wC- H C C cc C
F- L cc 0- 0LCO H zaa
cc <0 Wj.-Z- _w D cc - H 0 - <~0 HH < 6 w < ,Icc 0 c CC cc w
1-. 0~ oww Z CC>W>D > H<-Z '-.1 -J H -J
LL ~ w -00 f wL) C) Co cj Co 0 H >
w- H . W W ccmc
-j Cl 0-0- C0 -C
0 z w
6 1
CO0I- w
CL.a 0
0~ 0Co H O-
0C F- U20 0 Uo
0.. 0
0) 0 0
(90 Co) '1- Z
Co) Z Z 0 W<O
> OclU Lm > Li.< W 0 Co0HF O0
J F-j LW z z <-, WWJ < W < ZD n- Z 0 H10 C)F
0J z w 0F-HjCC < wi <HF C
0<0 Z 0 Z-U0)0 0D x
62
I-COo0L
z ) a- F-
D EE H HcoLL
F- C)LL L
z zo F-LJC/zF- 0
LL Z 0 c )
CJ) z H a.<0 LL F--J
0< UF < 0COC) H
0- w o wz0-. Lu H-
<~c co co/ < - Cl)0C,) >C/
C) ) 0)
zL LLi- I
F- UJ F- 63
H COZ H CO) CW)
- w A >-I It
D z0 LO 0)
0~c 0'cw C\J )I00 cfK Lc
DW0 <0
C/) LU) LL W Nzz oC -J 6 /
00F- w
LL Cc H Lic0CL o(6DiN < CCF-c
0- 0 Qz U- w
LU CLii: LU Z
F- >-H c1:
0H C/) C/) 0 -
64
CO)
0 l
z~ LO- '
D 0 z~F- w 0
~O0
<L z 00 t )00 LL qOw w I
H- 0 ODz Hi F :
CL z < LL .. qt(! Y)0
00 F- z 0 y)zcwu > %-MOOi(U )z ~ - < LL_ H)%
i o<0
zi L< <w l0 <CC6 z z
>0 > LL
-, 0. < oL 0
c) 00OH COCI 0
65
z Cl)
wU z
F- I c
a. LO I
0 LLW
00 0 -
F- H W -0.--z 00 CD0
-j 0-OH CO l) <o
CD LU 6a
H-zCl)
C/)
<LL CC >
LU tZ 0
crwcrF
Z) < 0 LU
0
ww
65
AMSEL-RD-C3-TP-E
POINT PAPER
SUBJECT: Adaptive Net Planner and Management (ANPM)
OBJECTIVE: The goal of the Adaptive Net Planner and Managementprogram is to develop the protocols and algorithms to provide a near realtime planner for localized network voice, data, and video subscribers. Alsoto develop the protocols and algorithms to provide OSI-based networkmanagement for localized networks. The near term focus for thisdevelopment is the SASTD 95 DEMO and the far term focus is the BIS 2015architecture.
FACTS: The ANPM protocols and algorithms would provide an automatedplanner capability for the localized network subscribers. The automatedplanner must operate in near real time to support frequent userrequirement changes as a result of battlefield dynamics and/or missionchanges. The ANPM design for the localized network will be based on thecurrent DOD protocols and algorithms. They will be enhanced to perform inthe tactical environment and support evolution to OSI compatibilty.
The near term planner will focus on the data subscribers in the localizednetwork environment consisting of FOTLAN, Wireless Lan, and ethernets.The results of the near term effort will be demonstrated in laboratorydemonstrations with transitions to the SASTD DEMO. The far term effortwill focus on voice/data/video subscribers in the localized network and OSIbased network management for broadband ISDN and metropolitan areanetworks.
BRIEFER: Charles J. Graff, Prog. Eng., AMSEL-RD-C3-TP-E, 544-3264
66| I ||r
0wN c0
LL
o z-i w
U-0 rcr z 0
C/ H)
0 w 0WOo
o, ao
w~ w
w a W H<
W< We -J W/ 0 H
0W 0
WW WO
0 0 NL
67
z Co z
Zr Co Co
U-U
z 0 0U) w LU-C
CC. F- WZ
Oz 0Z w Cow
< LLc U) D
I-5 - www
Z~ -CC cc = aLUI CC z z!)cc
0< < w<< 0 -1-j C m
Q Z 0- 0-<I I
6 8
* zw2 w
<H D
Q ww M
zI< W H<00
ZZ wHz z
0wc <<0LzHWW>- ~ o z
W~ - CE-wL a. W
z 0CO :zo cc co505..=
< a . < <I
69
F0 0 W
I- U
ww
J 0 -Jw Zw
-JJ cw 2 0 0
uH W- <
W 0 0 Ucr Uz c0 LL <C <W LL > WWLuo C/)a Co L
D- Z LNmi < cc-i EE< cJ)cf wl cr<
QH(- L Qw- U 20 Z c/ C<
o H a ( C) )
5Wc <rL ~(r Co0 > -j >- .)cr -j« d z < W<
F- Huw_ :< z ()-U) < < 0
< aO !) Hm C zH- Z > UCl)
70
-JLL
0 U)
LUU) F- zCC :
w 0CO4 a.:L
w U) F-
> 0ZU) LL0
w) CO 4:
w <
0 0 0 L0 HZW U- 0<
00~ 0 <~H<
Lin <o (.a F
cc 0 0 0 <
F-71.
w- w
ow Z0 Z IL) In Z0 (
o Wwo
uw Cwwcr< m- « U
z zm0 co <- H 0
LU < 0
000 <
LU LL L72
0
t ,I
-C0Co'4ca
00co <c
40LO c 00) a)~
E >4
E0)0)o a)ac
0) 0)E0)0 b
cla)
C~CD0) 40
0)
I-zw
>crz w0 u -:z <
73
0zz
_ Co
rz 0 m w
oCL wL zz LL0' U
0U~ 0i QI-~~a 0 ~jc
0WO N0 0 WV
0 a.< L -
0- - il 0 H <
0> 0 -J 0<~~~ w c 0 -C
>0 F-LLCOC <0
LU LJL LL o 4
cE CU)
ww~w
W C/)
00z w3L z
-f <ow
o) 0
z w Fw
0
75
AMSEL-RD-C3-WA
POINT FAFER
SUBJECT: Soldier's Computer Industry Opportunities
L7.tCSE The S,-dier Comp-uter is being developed as 3ne
subsystem of the Soldier System' (see APBI Proceeding, C3:
Opportunities through i996 and Beyond, 16-17 July i9;1j.
FACTS:
o The Obiective is to enhance the unit and Individuaisoidier battlefield capabilities of lethality, C2, " " :i y
sustainment, protection, and survivability.
o The computer systems will consist of a missionconfigurable computer, heads-up display and a voice/data LANtieing together squad members, supporting features sucn aspre-fori..tted message deneration, video capture. embedded GS a&ndbattlefield overlays.
o The basic computer, peripherals and software areexpected to be N'-I while the helmet display, ac;p! caticnssoftware and special peripherals may require development. TheSoldier's Computer development will be coordinated with theproposed PM Soldier office and other PM's develcpng SoldierSystem equipment.
BRIEFER: James G. Wrilght. GS-13, AMSEL-RD-C7-LA-F.
(908) 544-2819
ACTION OF:CE :JAMES G. WRIGETGS-i37 T RT CCS GNT EE
76
H' -J/)U 0 0D
H H-F > Zcw H z0.
Cidz z -w W 0W
0 -j -/ <j < LL 0
o w j .a
wO
77
wC)lCE< Cl
< Cl)1<C w l l)
i-w* w F-
z a.az
0 < gIJ 0 < -
0 0 a
78
LLU
>= o w
3rw H
0 o ow<D H
0 <LLHF
H CC crLEWLL Z
<t Z W F. a.W 0
OCw w aIDHC) U
cr. cc0 < <9
00
0 <LU 0%
< wH- <
-o << j 0
cr a. wC) ) z
w 5Hr HD5 W 0
F- CD
0..L
2 UE zCL
*~~ LUOLoi
J H 0
0 OHLJ CCQL UH wO<
Cl) CL <0 w- jwL
U)~~ > H Z inQ
LOLL ODIHC0L
U/)
U81
cE z
F-.w 0)
D _ F-
o 00)
Cl) FL Uz
wmmpl a .UE) OwmY
CU) @0
z - :
< cc z 08U
/
o _ 00jI- L-0iw
0z 0
0 >coa0 Eo
0) 0i30
N w00 c
CD &-LiL
C) 0
0. 0)L zVt COI
0) wia:cr cr
om w WIC 0
0) cc F-w - 10~ ~ w L )
000)) mo C
0 0 u -
w Co >wW
83
cEwj z.j 0
H0 c
z CoD0 <
Co H
Ho Co Co zZ<QC
0j 2 1-- 0C/) 0 <0U 0
0.. ccW a LL' 00 z0w 0o CQ 0 Z
< 0 - 0 0 H z _
W0.> 0 c w I
o ~ ~ c -0 c
H0 a.. OwC wH <Z0 CO w:0J
j -- > W>0j co, <
Co0 0- z-c>-H a 0.0
()oo -j <0
.j D 84
Hr00-
z0
0
o Z Z Yz ~0
0o
0 H tF-Ljz 0 0 LO
z co> .zQ w CDCO< a. < o
a..>- o QZ(CJ)C w 0
oCJ O> a:-<Z H 0 HwCl -F- Z F
00 0 U- w~ u Z H
i C 2 LJ :)z (j 0w-J -1
W-a aU-a.a-0o 0w wuco Ir > > 6e- Co
> H- W CC 2
0J LH F-zw
(0>1w 0 Lj
D XIJ6) 0 a .
In ~>-HO .
0 F-H (O CO a
85
LII z
0
0~z0 OQ O
0 00 00
oCl) Cj_LL HC/CI) CC a.
C)W0) 0) a< <r
0- J) 0 )0l > >- >
LL IL
86
S z0< -cc
z z) wI C) H-
o 0W 0r (Y)F- wL C)
w) D 0w U) L
j wLL 0 C/) HzfLu z .
00
- )0
w D:wC/)C)
D 0)
87
AMSEL-RD-C3-CC-D
POINT PAPER
SUBJECT: User Interface Technology
OBJECTIVE: User Interface Technology (HJIT) provides for the deve'opment,integration, demonstration and transition of next-generation soldier-machineinterface (SMI) technologies to standardize user-transparent/user-friendlyinterfaces to the Army Tactical Command, Control and Communications System(ATCCS) at all echelons and improve users interaction with ATCCS, enablinguser input, access, processing, and assimilation of battlefield informationefficiently in real time with little training.
FACTS: User requirements include the need for tactical user interfaces thatare natural, easy to learn and use, consistent across various systems andmachines, highly mobile and appropriate for geographically distributed C2systems to enable unsophisticated users to easily and quickly access tacticalinformation. These interfaces are critical to support the ever-increasingamount of voice, intelligence, logistics, imagery, and other C2 informationcollected from a wide variety of multipiatform/multispectral sensors andmultiple data inputs such as mouse, voice, joystick, etc. to insure that astandardized approach will result in handling input and output in the samemanner in different systems.
In satisfying these requirements, prioritization and human engineering arealso needed to determine the precedence of the manner in which informationthat must be input, processed, and ultimately displayed to military decisionmakers is handled for different systems. Significant improvements in theease of interface along with the reduction in the time needed to interactwith a C2 system will increase the efficiency of personnel, enablingplanning to be performed more easily and reactions to take place automaticallywithout specific directed effort. These attributes may lead to a reductionin the number of operational personnel needed by reducing the degree ofdedicated effort for machine interaction.
The availability of a consistent, simple, easy-to-use interface to allsystems is needed that will allow the soldier to improve effectivenessby performing necessary input/output functions more rapidly andefficiently, thereby freeing him to concentrate on survivability andother aspects of mission performance rather than on the mechanics ofhow to interact with computer systems. Through the application ofadvanced UIT, the capability to reliably access vast quantities ofdata and information to interrogate, display, and manipulate easilyand efficiently is expected to be possible without the need forextensive computer experience.
Whereas current ATCCS systems require standard keyboard or pointingdevice to interact with the system, require trained users, is prone toerrors, and is time consuming, UIT will demonstrate that userinterface to a C2 system can be humanly natural and machineindependent so that with ve-y little training, an unsophisticated usercan easily and effectively use a sophisticated and powerful C2 systemwith capabilities for user-friendly voice input/output; naturallanguage interface that will allow direct interaction with thedatabase frame structure in systems such as the the Maneuver ControlSystem (MCS) using voice as well as typed commands; advanced displaytechniques that use voice, data, video, imagery, maps, three-dimensionalcolor, and terrain information for vital C2; touch screens; flexibleself-defined menus; multimedia (voice, data, text, spreadsheets,images, maps, etc.) information systems, presentation synchronizationand real-time message exchanqe capability; advanced terrain reasoningand visualization; and video compression; all of which will serve todemonstrate enhanced transitional soldier-machine interfaces and enableflexible integration ot s()Idier proces.ses in an interactive environment.
HS8
Key operational capabilities to be achieved through improved UITinclude more thorough understanding of the battlefield situation,greater ability to visualize and evaluate the various optionsavailable, reliable user identification and voice authentication,fewer misunderstandings or mistakes due to confusion caused byinconsistent data presentations, reduced user workload and fatigue,and improved efficiency in stressful, time-critical situations.
UIT will be hardware independent through use of an open architecture,provide a standardized windowing environment for keyboard, display,and graphics pointing devices that will support future multimedia C2application programs, and perform the following subfunctions: SMIinitialization, SMI termination, display management, forms processing,overlay graphics processing electronic map background processing menuprocessing alert processing primitive object support printing.
UIT will provide hardware and software elements operating on ArmyCommon Hardware and Software (CHS) system the capability to: acceptmultimedia data input from the user or from sensors, manipulate andprocess the data into information that can be efficiently transported,and display or output the information in a multimedia format.
BRIEFER: John E. Quigley, Chief, Distributed Systems/Processing Branch,AMSEL-RD-C3-CC-D, (908) 544-4416.
JOHN E. QUIGLEYChief, Distributed Systems/Processing Branch(908) 544-4416
89
z00
H 090z
0 (9
w <N- Z ,
ILZ z I-~ ~C<CI)
> Z 0- 0 0
90
Cl) Z <W 0 0 ZH
- z<z < <wCc0w Es D F I
C) LL 0
F- (/0 _ U)z N0WL
Zw- DH< <U0 C -,
- Z<ZZU w ( W(i Z ) 0 (!H
00 <cc ZW U)
LL -CcW Li HW
00_ L Li LF
0w WZ < ZLL >o ccc <
91
WD WHW- <
ccw H Z F-
<L< < ci
ZZ 0Zc 0L U)
W 0 _ cc w WLL
Z- LUWH-0C
> 0 CoO. ) W) o
aCL Z Z Z wL
I- LLQ
CE C< Co
LU LL 0
- 0 I0
zt z Cw
00
0 CZH Hl
Z 0 -F
>- F- :)
0 CC Cr
~00
93
HO-> z
w- 0 Oo z<0E 0 ccW(-) U)1 F-HZ <Z
C)z LI. mz c
U.O OZ ZF-WOH < W0 H HC
2:~g Co F DU0 - CL HWH H 00a. z COO -J
0 Fo> z W >WH)
CE _j - 0LLW WzC.Er-
W 00-F )L
w n-0Ln -H ) Z
wLJz ww
w w ccDu) zQc 5F
LLccF- Wcr. . oF-
w w wwZC
Q~c Z.-j< ) 0 <
_ ** Z H< ZW<
F-~o w cOLC C
Hw0 z< -J l)0U
Z W
-J0 Z0F
UJ < F C/ 95
z0
w a:cr~ 2 0F- ~ ~ ZwF-FZZH ww < -Jz L,W<C/) W )
5< CC wO ) J0OF- UH H 0 l LL D-
01 COw F- 0
F-~~L 0 L/L) c_ <Z / C) La.F r
Dw CCO<w1wcr> Zr LuL j
mu> 0WQ p < 0<w w 0 Z-Jzc
-J) << :Lu CL
CO~< <HO < ) L Ht u6 w ()Si
a wcr L IJ -i U)
Cl) z
z 0 w-L H- C) 0
F- HD -Ji C- HW
CULU Cl)Sz H 0 OH w
a:0 LLCDwl w CC CC
< O z Wr
cr LL>H Ho< Q ccHD - -J 0 cr 0D 0!R* C.J Fn Z - ZWLL LL
zj <o
00 a- wwo0> ZHF Fwi H- CC D 0 CL.>-
00 W z 0o (<
0<~~~ H Oul u.
* cc0 0 x 0
97
wI z
z Hz F
LLJW~~U DC)(5
0) cr< 0<0
Cc < <E 0 <cEH) W cw- ac
<~ Z) H-c
HZ CCZZ
F- Z a >-wOjw
D) < Z <
w zz) E u F
H)F -U 0 W LLz
<~W DDIQHc
Q o 0 CI
cc ) U c wU- 0 -0
CL F- CL
z0 u
2~ 0 ixLw ~ < w (
U)) 0L 0 CCLUW 0 0><0w0 U) F 0 > z
ww 0w -J
>-> H c)
0H Cc 0< Hl - Li <LI _
< :) : (nc0 w0L
0- Z
(5 D- F- C
Oz z 0C < WLL
H HI Hio z~ <Co CoC 0 < o2 w3
ZHj L ZL Z ) ZW z~
cr.H CC. o0 - w wCo <0IL F- LL I- I . I / :
C/ ) U oL S
Z Z U Z ZLi99
ww
wwF- a
o C w< cr-
0 0 0>-JL
-J- <
!R cc ZH C)
z z z
x 0wj w
0 loo
w0LL0
0 02
(D0Z> q LO LO) (D (0
z c:DLL
cLL U# L () UL DU
101
zo zCCU
CZ -J w0
H crW...a<
w c c - L C
zE 0 -Dz< <.
OZ- Z F 00 FU)< C)0 z a:S
F-- C W F-- a. u
z
w <HU() W1 W
W ~LL 2
> wH
Z H
Z
0-HZ
< FWa--I
0 103
z ww L 0
F- H D0
>0 0 a:C)- z)F
>Z0 0 zW<H cr z 0 0
L) o ZW Wrz u <F-c 0N0 0Wo zH
c) >0 w cr zmo 0< WU< 2 ) F-N <0Dz ZE~ Hc w
CO 0 < < <WW~ IW-UZ U LL> M-a: ~ 0WuTL)> cm <~' CoH >Zn*
F- < _
* 0 0
F1 F
zi z CL0
w N <<w 0-c cc <
C C) 0>
> ~ ~ 1 Wm0 0 C)C_c< 0 C O>C
Z LLDCf) W W
%-.,WH 1J w < gZ ~ ~ ~ r W>O- zo CLj<L c. c
oO~ <E 0L < c <Zo Z. CO_ _ w
ZH < o M wF-~~01cr 0 - DCC cc<D
D CL .0W O*, 0 0 0 I--
7: < j F105
z0
> F C
0
0 cc-
z I
CO w 0
<F--_ 0 l
w c
10
H z -0 <~ 0
o- 0 a. C
0(5r LL >
<0 0 wOz z COCC z
UZ CLoz <z 0 z HL
z- N LL WL 0C)
(J) :D< Z
LL 0O 0. )
W- CC a. oCO w- WO F- 0W 0
cw 0 z (n CCo0
m OJ L
LLJ NLL < i C
107
o 0
IL 0 6
0 02
al. CL
z Lo 0 0z rDUL
C~4j CY)a) C)
L. LL
108
C')
-OF CO zw
z F- LL
o LUJ WZ a. U
>C' WHW)
O- 0 H- zmC
iL H 0
>- cr. >- z COI:
D -HZ2< Cow0U
Lu. w C:IIIC/ w o -
0L 0
109
C\j -iw
U) C-
0 <0<- U
0 _ w U 0LU
-U wW o _
>~ Wz :) iHO~ ~~ CCWWI< D
cr < 0 c -cE
w ZCL0 W MO QUJ;HwcC) C/)c/)
C/) LL.r > z
CC WZF-~ >WOw >cE 0)L< 0 QD uW
0 0
M (!) -
C!,z
012 -J .Zz () IcE
0 z <ZC) U)
z -J2
W uoc/z 0OEC)
ZLL ZZ
z ~C) 0'W(/
ZZO
0< CEC!0><CE
cc0
LU 0 11a
LO M
CO 0Wj C\j LL
Z z <H< UJ 0
<LL a-
COWC 0F
CO < WO
F- z cLU0W0 00
WI 50Q) L
-~ ~ C zOLu Q CCW
D HWWZ w-J
D Edo00 r 0u-L
0UZL
C ')
Cf/) 5
cLJ90< L
z LW
0 <
ww0 F0
~00
z CC
II I
C')
z
M w 0(S O CL) z Z -j
0 0-F u --
U ) L. - Q
U) < wjZz iOW ~0 -JO~
0) OW HQW< -0-) CO - -FZ 01
LUj < 0W<~~- Z DW WCC 0 W
<_ -J)L w-
z J- z H a- W1-- I6
<W < LL C)(!32 Z< F0 jZ-i H H< -0<z:
CLcr. <~ .001< 0
0~ <LJ WZZ0. F-< Z <LJW
0 w c c -
LL Z F-= 'IF D'
0 C0
i C\I lJ
z 0 c 0Oo- M cc 0)
w- LLJ~ CL, 0CY
D rJLL H
LLI o LJ w1
ao m LLcawF
0 0 F
C- IX H z CV
OLL >- z z -J0 q
OH CM0 00
cc -zH LUO
0~ >- Wc
zrLJL
0:: <Oll- HC w- mc>Z u H<o i <->-
<~c cc <<O 0 Lww C
0Z < 0 C F-0 F- F 0 00
0 W wjF
F- < C 0-H0 0O) H z <0-w0
< D CC . <115
0Z 0 D0 z/ 0 c
C) -CI) 00 O cc
H- Z W D -L U-W
z co 0 <o z cc U) L
>~) 0 H
>U) 0< COF- F
zo z 0<
ZO U) 0 0) Q 0
z~~I w cr0COF-LL 0 D) Z J H
W z (- CZ- H>-.
cE w w0 <~ _ F-U <DH
0 c- w0 ~W crH ZcK
WL CC > F-0 -- jC
cca c 0 w C 0 0 D
w 5; w 5;o U- 11!
-jI0
F-I* z 0 U
0 U
o) z
~C U)o 0 >o C
z wU 0 C
U) UHLi-) U)W 0
0 gO L
z M Hu0 0w z:Li --) C
oLL 0
w wU 0L
0
117
AMSEL-RD-C3-CC-L (70)
POINT PAPER
SUBJECT: Development of Automated Command and Control Battlefield Operations SystemsConcepts
PURPOSE: Using low cost, rapid prototyping capabilities, and existing and new automationsoftware applications or processes, develop, evaluate and refine automation applications.appropriate and applicable, to the execution of command and control processes for US Army unitsof brigade and below sizes regardless of mission dependence. Extend, integrate and enhance theATCCS concepts such that life cycle costs are reduced, or at a minimum, not increased-
FACTS:
" Present command and control for all units is not automated
" Present practices, procedures ani processes are not standardized relative to automation
" Both automation and its application to C2, and the practices, procedures, processes anddoctrine are evolving
• An interactive "developer" - "user" process based on rapid prototyping concepts canaccelerate and enhance fielding of automation aids for C2
• ACCS/ATCCS common hardware/softw,ire xtensions can minimize and/or reduceassociated life cycle and development costs.
OPPORTUNITIES FOR CONTRACTORS:
* Selection of low cost, graphical interface capable, government owned-supported RapidPrototyping software maximizes multiple contractor participation in modular applicationsdevelopment
• Although an integrated, seamless, command and control battlefield operating systemdevelopment is targeted, subsystem development, existing software insertion, and prototyping ofspecialized (unique) C2 needs. suggests a requirement for system software integration will exist.
• Rapid Prototyping, demonstration, evaluation and refinement require establishment.maintenance and support of B2C2 Functionality test Bed capability, possibly in several locations.Test support and test documentation is involved.
* Transitional documentaton preparation and software configuration management supportwill be required.
BRIEFER: TBD - JOHN W. STROZYK
RELEASED BY: ACTION OFFICER:JOHN W. STROZYK JOHN W. STROZY.GM-14 GM-14Ch. Lower Echelon C2 Br Ch, Lower Echelon C2 Brx43244/44929 x43244/ 4 4 92 9
118
0 zC)Cl C/) C
WL U0() W _ L
LL (1) D1 C/) 0
-JI H-/ oo ()0DI- Q<~ o 2
o (5mw0 a-a)) Qo CL -
D H 0 1
LLJ z LL 0Cl
:D~Q' 0< COE 0 O LFoH
czc zz F(0 (0z W
E WZ Hz 0<a.'17 cc ~0 LLJ ~l z
<H U(mM0 L~< a.LCI):0 z ; 0 U) LL)Z0LL
0~~~ 000 z-2>JC z LL~<5 LL < 0 \J~~ LL L
00~ 0<-LL U U
O.JI 00 <H ZZ Z w0 ~ ~- WW> 0-
Z~ a
CD,
U,
LL 0
0
0z
0o06z
00Q 2
20C.)
0
LUz
* 0
120
Cl U) I z
-C/)
z
zzz D N
w 0J 0
LL CD zC
w 0 j >oLL 0- U
-J0 W Co
C)0 0) 0
F - 0
zz LL Coz0 H
w a-
D i 0 < C w
:D <0 0 H90eiHF- H F
w <
- j 0/ F - )cr. (.M CC0
0 w-
F- F- im121
wwC)w) a z cMIwi -i w0
w z)0 0 t
_0 LL D
LL. COQL 0- 1JC
zw 000 z L
COWu CO< 0 Co 0
- D ccHZ w D E !
0 0 w00F LL W
cr zi 0
<I HL_6
zw00 LL
O)w0 OC/ m
CO 0 cl) Z- <w
crO I' a-I I
cr0
12
U/) z i
0 Hr H. 0Z- 00
LU zO 0 ,.
0 U) ILiL, "L
Zz (.I<
ZQ. 0 C 3
o z ~CZ co z
Co 00 q3)WDW20 H OW OH)MO>U
Z 0-.CL <CE)
LU0 0 -
cr. p ZD 0 1 -3
w w -j CO
azF- CL o
0L <
0c W) 0 0-<~C 0 z
HO U- C)LU 0
0 w 0 Cz
<w ccw 0 0o 0 z co Z Cc 0 u
<w CL < H-) Z
CMo)0 ~ N <
wU ZQ0 <
o z z-C z 0 )z Z 0 Z(.o zZ 0)-* %W H2 w z >w 0 w
LCr ~H< CoZ W>L
0Oir 0Occ OCC _
H wLLW Cr < CHD~~ ooz- < -cH
124
Cl) C0< F-D~ 0 2:
z0 -1 WL
- L 0 cr W H-
C- CO o0
-L z > Q 02
LLJ C L C-o L
M/ H. Hl d
0 <0 < WEOLLc CD C)
cow F- :H L ~(s) z -zz j F- Fw0 Z -w <c<w
z0 2 co ~ 0 ZW -
z LL0 C)~ CC: -H WE 02 0Q ? W-L I- H 0 MJ C 0
-~c W 0 00Wo02ow w Co -1 w C iLJ<z 0. w 2 w- zc wO
CE)O F- CE W0- C~
CD 0 0 0 Z
< CL >1<5
LUL
F-- 00--
H- z2C/) H-WC
0 > w
0 z 0
0r U) -
0 0)
-J w126
U)0
Co o0- H
z < H
F--
z0 z0>0 z 0F-E 0
(f ODZ)0.cr H-WI
Om 0 < w asz
wi Z)Lu< z< Co U-z C) >J z w
0 Z 0_C Z U) F
C\i CCcr W>0)0 C) LLL ~ D C) O(D
LL L
00
127
cmJ
coJ
C) 0 CO
z z 0)Hz w2< 0
-o QC -o
Hz - 0
< 0 C~lcoCL z - < cJ0.Z CC WL >-Y )
1 0 0_ z- ~ '
0 ~z Uo U- ziLLJ ~ <U!.. u
I-c z E C3LC W, CLu(D CLW Coz > )1
Z- 0021-J < Z
0z > -,c L
0 CO 1 0H~C 0C O).
0 LL L iX
128
C\J
CMo0 Ui0l)
0Y)
I- zz0~ 0
H- COz m ~
H-z < z IH- 0 q
000
0 0
CL 0
<02 00 H-H pH
F- H W ZH <0a-- <Z >
0 a. <0 ~
c'J 0 . WL
H 0 --F
F- ~- 0) Z~ -Ld I-J ac 0j
0m LL 3 Co C F
< - a cm <
H-zwZ zl
LL 0
> Ui)z >w w ZOe
(Fa 00- Uw U) cE W U.ZH< w cE
HW J JF
z LI-0
N 00< 0
Hw
130)
AMSEL-RD-C3-CC-D
POINT PAPER
SUBJECT: Tactical Multinet Gateway (TMG)
OBJECTIVE: The goal of the Tactical Multinet Gateway (TMG) program is to
develop the protocols and algorithms necessary to evolve from themanual gateway capabilities of the current localized network environmentof the ATCCS to the automatic gateway capabilities needed for the near
term SASTD 95 demo and the far term BIS 2015 architecture.
FACTS: The TMG protocols and algorithms would provide automaticalternate routing and support gateway network management. They willsupport network dynamics such as topology changes due to node losses,connectivity changes. The design will be based on the current DOD MILNETalgorithms and protocols. The protocols and algorithms will be enhanced to
function in the tactical military environment. The protocol/algorithmdesign will support the evolution to OSI based gateways for the localizednetwork environment.
The near term effort will concentrate on a packet data gateway to
connect localized network data subscribers such as FOTLAN, Wireless LAN,and ethernets to the MSE wide area net. The results of the near term effort
will be demonstrated in periodic laboratory demonstrations and concluding
in the SASTD 95 DEMO. The far term effort will concentrate on a tacticalmultinet gateway to connect the localized network voice/data/videosubscribers with broadband ISDN, metropolitan area networks, MSE wide
area networks.
BRIEFER: Michael Bereschinsky, Proj. Eng. , AMSEL-RD-C3-CC-D, 544-2418
1 31
:co
0 EEC) ccwCOc C/
F- ZD wCO) CO) wUD D < cc
zzF'- z /
< 00
Qw m crLL Z 0i< 0~ 0
00 a w ri
ZNJ U 0 -wj z wl Z WW Z Z wO 0 .
00 L)LC) L
00
132
UC) wL L
Ui CLJ w crm
w w C/ Cwz U) U
2! Z- > F a
Z) z
D --
w~c z 0co c0a: F - wj
w D Fn2< 2 <
0 0< _)
0 00
1133
coo wz
~mw -Jwo20H
< C) I W
!RD 0 0)
<LU0 C!) L
WH 00 0
-- 0 . Hc
0 LL c c ,-, L
<0 W(H <>-
Fw< z > < <cr ~0 D 3!113
* > 0j
134w
CD,0 U)
0 z WL
C.! Z < ZWLJ ~
LU0F- <w Q 02Z U)w~~ Z!() J C
I-J owo oHo W
C/) Ho U LJMCY <>cr
0 LLgc)oU)~ ~ W-OH0LL
CCCZ
0~U <0 <Wiw0F -C L
cr.c < D Z
(D c< Z FQzW0 <
00 0 jF
135 M0
zw~ zJ
C5C0 =) 0
0 -
00
H> z wi
Z0
z wo
F- LL Z F-
0 LL OU. F6
136j
Cl) 0H
wU 0
00 F-< H
0 0 I
o 2c -) LLzL 0 HLH 0oo ) < OW
C)o oH L)-0- 0O HOC
z 0 0 0H
0 CC Fw C)
CCJ ~< u ZH
LL 2 cc <Lj Z ZHF- <0 m< Q-MU)Z
HIL~ LLH z-0 F< U- cc WH zH Z
< a.H 0- < < Z 0 H
* LL < 0i rLU cccU
mL LLF )
137c w 1
-J 0o.oo
0 wr
z H-o0 0Nz (0 CIO mDU
C\i CY)
LL U. U-
138
CO)
r C) zH- <c- cc0 < Cl)
< LUF- L
C') 0 Q 0 HI- -Jj ZW W
o 0oL<oa0mm Cc a cU--
< C CC J0~ < H<JL
Q 020 Hm 0 n CF-c Ca H- CH0 H<
<~ :3 -jz 00O 0 I Hi
F- L F F F
o> 00
UL
000
139
F - O D-- H T-z I- o
D Wi C\
0 o ~ C)
00>
QIz LU c
HO DE 0W 0<L%
X z 5
zc6 ii-Z
0 a 0 a<I QCC )
(1) Cl) a.~
1 40
LU
F-
z 0 - 0
LU <C')
F- CO 0 )00) 0 OLLm. a-LU
-L 0 LW
01-0 C)CE
z 2LLL
141
AMSEL-RC-3-LA-F
POINr PAPR
SBUBJCT: Multiple Quantum Well Modulator
OBJ CTVE: Design, grow, process, test and evaluate a GalliumArsenide multiple quantum well device for the high speed externalmodulation of laser doe, thereby verifyin theoretical predictionsregarding efficiency and modulation depth.
TYPE: MnP To Air Fore Rae Laboratory
STATUS: 6.1 Research
SCEDPE: Phase 2 Award Date 3Q FY 91Period of Perfonce - 24 Mo)nths
POC/PEiNE #: R SHIELS/(908)544-3620
USE RID4TS/DEFIc -
- Capacity requ ts for interocamuication between tactical andstrategic information processing facilities is rapidly expanding.Envisioned requiraents include transmissions links which supportultitudes of voice, video and data channels. Optimizing capacity
requires maximizing physical link bandwidth.
- Future transmission systs are now envisioned which exceed10Ops Optical transmission systens are the only alternative atthis bit rate.
- Tomorrows transmitters will be required to operate at loopsInternal Laser diode modulation is inherently limited toapproximately I8 s. Internal modulation is also inefficient interm of power oos.
KEY OPERATIONAL CAPABILITIES:
- GmAs modulators allow for the possibility of monolithicintegration with other existing GaAs architectures.
- Eternal modulation could theoretically far exceed the currentstate of the art.
- Multiple Quantum Well devices have dmonstrated pronoucedmodulation depths and improved efficiency over existing high speedoptical modulators.
- Phase modulation device development provides for a more generictechnology in that it allows for the anticipated low Operating budgetwithin coherent (heterodyne detection) commication systms whilestill providing for todays direct detection sches.
PROGRAM STRATEGY:
- The device wafer and Mamh-Zhender mask are curentlybeing fabricated at Photronics Inc. and Bllcor.respectively.
- Within the near future device processing will take placeit Princeton university, and device testing will take placeat both Princeton University and CECM Laboratorys.
- The future strategy is to transition the program to 6.2developaent of Fiber Optic wideband RF Links in FY-94.
FY 92 OBJE.tIVES:
- Qumplete fabrication of the Mach Zhender architecture forthe modulator, with subsequent testing and characterization.
- Simltaneous to device fabrication, work with Princetonin developing a proposal for the systems aWlicationdemonstration.
FtfnR PN:
- Work towards a high speed systems applicationdemonstration.
J NWn4 PROFLE:
RDTE PROC CMA
FY92 $50K -
FY93 $80K -
FY94 $BOX -
T07ZL $210K -
APPROX. MIPR VALUE: $210K
AMDITICNAL CCNEIDERATIGU:
- The multiple quantum well program has been successful forC3 Systems not only in ters of device performancea cclisbments, but in establishing an active presence inthe photonics including workirg relationships with Air ForerRome Lab., Princeton University, Electronic Test and DevicesLabs. ,and Bellwsre.
1 43
U)
z zj 0
U) z
z30) 0zUC
F - cc a. cZ2 wJ 0H
-J -
0E 0L 0 0DQW-i J>- 2CC
0 Z0 U)H'j ccO0
(LL D OWWL
- < wUa(.
Wi Z n)ZW 0U
144
Z C,) z -J Qwl 0 L
co0 LLU) <U)
Z 0 -F-MF
ZU ZH LLc/Omj C >- w
-- H zc/) /
CLLLL zDzZicw 0zo wU cCC, U
- 0 oZH< ~cc~
U0 0
145
N
0ZZ 0
< 0 LO H-
w co 0
< 0 zZcr W-j
0~~LL ~ < U) O~~w Z Co <0 a
<n <H <CLzoZi a.C <0 cc w
co 0 01C0J c c <LL
LL < L146
I.-
0 -j
v ~ z<
0J 00LLj 0 (9
C)CCcc 0)z wcc U)
_ 0 w -
z w 0c-- > cc( 0
_ C) w
0<3 0- 0-z o0 z cc
Q 0<W C 0 wF_ o <J co 0
_ C w 0co j< 0 co IL
<~ cc0c
* 0
147
C'))
z 0 c F- zQz C 0 cm0
000 z
w ZzZ
0 ~w
1w 0 c Qjm0o
Hc U cc 0c HW
m- W QC/)0u. cc LL_L c OL MX
cc cc- LUOJ0 F U- 3 c
F- CC0 cc r. .0
cr 0148
F- z
0*0z 1.w<0 C0m I~cU) 0
0 uc0- (1)F00)
CC ZLL Y
LL w->0 LL Z0 <0
0 z.zC) w< LLOH oJ CCwI
LU a- C ) L -0 CL ZCOL<IL CC' H
0u 0
cm z U a149
Z ozCwO
>- ZL0w 0 COcmc
Z4 _j cr< a 2co)Li- r< '0Y0C
oz Z L<0z 4 W L0- z '
ZHX 0 It
cr)Oz w 0 -
-o < wI)00c
a~J w
CW z 0
0 LU-IX0 HO2 LOW
Z 0 00a
0 L0
>J -,-j~Io 0H >OH0 0 a.
H 0 HO (0O a.
150
- wz H-0 U)0>-O
w ~~
Cl) -
Zo Co o LL
2 z:
0 0LL Lu
151
0W9LCL WI 0 0
CO co) M
-a F- >-
( U ) wMw<<
-1 L L i
II- Q C.)le
=~~~~ I -- - F.L
w
Iz0 a.
0 >4.m 7W Z
F- ~ - w - cz
0-0
w CO cro e 00cic La Cf d) 0(&Www w MZ
w m ~ O WLIJLCIm 0:) d 0<0 0
=C) D W cl) LL Z V5 151L
0
0-
£LL F- Z
0 zCw
DCI) CL DC) ~
IL CC 0 0 ~z o<J Z CL %% E
0 - z
0 00.l CO) F-H
F < L<- z Lx W ->-< U) 0
U) ~~l z/ ZZZ j)C
2~~ 5 /uLDU
0IL
LL c Ci
ClLQ
az 00-H~ LLW
0-L Cc CLc
OU OCL LU Cr
co 02 Oc0Oj
co
155
CL)
LL 0
0 D -0u
Dzc C m~
C)O0z 0 0wL0 ~~I <-j -LLa0 _j -J F Z
wL <Z0U)I-
< <0 LUQYmc
F Lw z u <>-a
QC/U) ,-0 H 0
Cc ) -0 </ <
10 -n- 2
I C)
CmL
CO)m
WzCco co
LC, C,,
COJ - CO
WOCO
0oUO a. 0 .
U0 -- 0
CL->IU 0) QWO
cc < 0 Z-0
CD _>) k
C0 >LL
D (J) L ro 157
7V)
C~CL
0 IL cc
z Z
CO 0 0
158.
~-zw
I-~~ in~ w U
* Z~~~ 5 IL 4 >
Z
~LL m0C1 .z (0 C
0r Ix~c z Y w LOCYI
0z~C co w0o Z_j~ ZnLLW0 c
I- 00 -IL L L
UU 0 L 2jC
LI..inI. - mlLou ao C w zC 0 co cr .. J Z cc
<- 0 O 0 0 U J<Z U <o j z w z o oi
0(/ Lu CO
Lu W LLz aLo ~ ~ ~ a..rZ 0 XO
0 %%%C
co LU159
1J - o
WI- w
Mor w cr
c< 0nLFI z zp t
0I-m - 0 Z CCpw
8~c w wco-
w- 0 <W<Zcr
W 0 x CO C
a. - L5
WOO 000>.c : rco CZ w0 aa.a-
160
crr.w
LL L.x 0
0 LL0 00
IO M00LL
a co FnL -
w< 0 w
Z o
0 LU W6<
0 r
IM.. W
z0<
i-n Ire 3. , C Jcr.cE < _r < 0 LUii 1ci CC3- ) cl
kua tWLLcc w'Lu ) - c ccz0l
wccc J w zIw0 I- <.
f)
w(1o 0
WOI>LU _ . 0
-0 ~co1
*i Z wwijw
oo -Z 0e 0-Z(0zrZI o cr 0o<
ZO- of-D w
1r63
0= 0> 0
IL Wio z
0 U
0 o LCeg 1-:
0 Zi0
00 WC 0 Z
LU L 0 < 0
o LU 0<aI LU CO 0
~~~I<0 0 cc 0UL
cl:164
/z
0
-00 0 0l< Hw
o Lu
z- zw -
0 00W
F-- -JC< 07
cma. LLL
(0
CD~a w.uC C0~ ~ Z IL >0 (D 0 0
165W9
i 0-J
0 O-w<Cm= F- 2H 0 z0 a o>cr.w) w< 00-C< C 3U w LU... CC/ 0~
< aQU < D 0L cCO o 0 i0 L0
z a. CO Z ccO- C< a. 0iHZ OQUJ F-a L)F-0 w LZ/) > ZD c U -
UHcDW w H>ZJ Cw >~Z coza
UJ w0 0-2W~I - !F-
166
1-L
CO) .LL
o 1-
cr iz aan OZ>. CO cmJ
Val FO m <
U: aw OliiJ w g.< D
z <zu FLz ca
00 0..croasm-w W! L'L0..0~. 0<L
167L Zj
f..L-LL .
j= (.) ir<Z >D . :
cr.a t w L. 0)o
z -< C 0 ~ LO
Z>. NZm V' ".
OZ>.. I-a
LL ~ X
LU 0 L CO D cr
8- j~ <nnu>
go M OIE a-
168!
LLLLa-
C0
_ 0z 0laz
0)
-- COZ tc0i
o w: COoLL Lz"L z LO
lu 0 w
-J 0 c2 ~F-CJL<0 0
_ Cm
1 w
a.
CIra
0)tz 0L
ac ZLU Itm 00
11 0)CI
ccC jt0 LL CL 0 coz LL~r 2 o
3:- w 5i L
H wor wI)cd
H- LU z
(ur) 00 a.
-- a.'W 0
170
C)
Z z0) to
o- COz L .- q~
0ac. z LO0R CM
0
H oFE1 cr(w
1 __ L0
0L iii LL,H0 0z a 0I0 LU w LU c
_ o () 0. 0oco '
171
w
z zWl LO 0
oO C O,
0 Mow ,%
Z LL. Wlc
wU
zU> j2
z D x172
0 0 co
a-.
z Ecc 0 w IL2t
~~< CC
z I--jE z Di-oo w w
Es.0 w w z-
i 0i
0)0
LL IUL I.
173
z U
0w U)
D z U
0 -J) 0Y
U) CDLL
zz00
0 w 0C0 wfwo0 L
0 L0
174
AMSEL-RD-C3-EM-M
P rit Paper,
212W' T'VE 7-vel:- a hirdware'software architecture capable ofsimulation thousands of concurrent objects.
TYPE: Competitive
STATUS: 6.2 Development
SCHEDULE; Award Date 20 Dec 92Period of Performance 24 months
POC/PHONE: Robert Ross/(908)544-2575
USER REQUIREMENTS/DEFICIENCIES:
Simulation of military communications systems can encompass 5000concurrent objects. Fitting simulations of this magnitude incurrent architectures forces modeling assumptions that compromisethe validity of the observed data. Partitioning a large model intoindependent" units run separately is justified only by computation
expediency - the real world system may not be separable in thecontext of the model's assumption. Aggregation of object clustersis another expedient that abridges analysis requirements as wellas obscuring comparison of simulation results with real worldmilitary exercise data.
KEY OPERATIONAL CAPABILITIES:
- Economically feasible combinations of computer hardware andsoftware that can accommodate large system simulations are needed.The desired ratio of simulation to real world time is less thanfive.
- Hardware candidates are restricted to what is currentgeneration machines. The goal is not speed up of hardware, butacceleration of simulation execution.
PROGRAM STRATEGY:
- Time event management of concurrent objects is a criticaldesign issue. What will work best 9
- Where is parallellism in discrete event simulation and to whatextent can distributed processors take advantage of it?
175
FY-93 OBJECTIVES:
- Answer the questions raised in program strategy.
FUTURE PLANS:
- Develop a candidate architecture based on design issuesidentified in FY-93.
FUNDING PROFILE:
RDT E
FY-93 $50K
FY-94 $50K
TOTAL *100K
APPROX. CONTRACT VALUE: $100K
176
AMSEL-RD-C3-EM-M
Point Paper
SUBJECT: Modeling Methodology
OBJECTIVE: Develop a modeling methodology and environmentembedding support tools and databases for validation trails fromanalysis objectives to simulation code.
TYPE: Competitive
STATUS: 6.2 Development
SCHEDULE: Award Date 30 Oct 92Period of Performance 24 months
POC/PHONE: Robert Ros/(O8)544-2575
USER REQUIREMENTS/DEFICIENCIES:
- Modeling large systems such as tactical communications deployedon a battlefield is an ad hoc process at present. Althoughsimulation code is the end prodict, it does not clearly express themodel methods, concepts, and assumptions abstracted from analysisgoals and system referents.
- Structural validation of a system model is only feasible whendirect correspondences can be made from real system objects toabstracted models that are subsequently mapped to simulationimplementations
KEY OPERATIONAL CAPABILITIES:
- Future modeling requires a development environment thatintegrates and links explicit analysis requirements, modeldescriptions, and implementations. A real system object must belinked to referent material(specifications), its expression as anabstract description for a specified analysis goal, and itsimplementation in simulation code.
- The environment requires software tools to build, record, anddisplay the links and contents in the cumulative modeling andsimulation process that stems from analysis requirements.
- The environment will be implemented on the current generation ofworkstations. Potential hosts are restricted to those that arepresently available commercially.
177
PROGRAM STRATEGY:
- Define a model description basis that has a visiblecorrespondence to both referent and implementing software concepts.The description basis must serve as a bridge of mutualunderstanding between referent system experts and simulationsoftware engineers.
- Identify and specify the interfaces between analysis, modelin ,and implementation phases.
FY-93 OBJECTIVES:
- Complete specification of model description basis.
FUTURE PLANS:
- Complete interface specifications.
- Survey available tools. Adopt applicable candidates and developor modify new tools as needed.
FUNDING PROFILE:
RDTE
FY-93 $75K
FY-94 $75K
TOTAL 0150K
APPROX. CONTRACT VALUE: S150K
178
wa0
0
DCICO) z CD) Zcr- COl) ZQI- o <H
F- z LLL
0- H -j W H-
< z Z
Z <
n 0- 0 0
j LL
179
z CH0 C0
I- 0
H zo
(5 CU) 9 z< _jCO) HZ)
Co a w cW0 w w
- - z z a.
oo z z 00
IU <D~c
F- 0 w z LL
O~LL Q W0 0')o- 00-% c c
Cw 0H C**- 0 0o HZ co U) W
H0L 0 U 0-c
w oW 0
ci F-Z H~(Cr < aW 0 W H I 5
O- LU<0 w z Zu..
F- LL Cl a. <
Z W z X180
C')I-0)w
w 0F-
D z
0r C0)D 0zD
_ 0H
I wILL
zZCl) <L~
0
w z
CoJ0W
H LL W
m w LL F
181
C)w
- w
m J
0
o 0 cc
mIw
o.) 0.
.I
i'r z ,,
00
W wW 1 82
182
wiz
(9z CO COw0 -J
0 ~ 0H 0JCl) H 0
~~ w c
CoO 0
D. >. LJ HD
o j
z 0 0Ua L
183
w
w Z
>- CCcr D
F- Cr) H_ 00z z 0
w- 00l-cr LL c t
0 Lo 10o L 10 CO
tRcm 0
F- a:~ m01< 0L Co
0 I Li.. Z crCC0 . !R
H0 0j oo P 0 Hj -Cz -.. cno
Q 0 w0 -J
0J 0 0.0
_ 0H c~0HO- Co i <M
C) Cf) 184
a:o
0<
U- COI-. -- zz
0. in LLCOOD 0
:r5j ZL OH ~ L -ZJ<~ L0 -
0O OW0C Co
CL0 -COW 0 y it
0 Z wU-O 0 C(L) Lu o CC w
S0 >C) CO< w J
LLJF- a . 0CFo z 1 0 0.0.
-rJ c!) -J 0 0a.H 0.0j t
HO H-CI <0
w w a a 5a. r2
