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24 Νοε 2013 (πριν από 3 χρόνια και 11 μήνες)

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U.S. Army Research, Development and
Engineering Command


CERDEC
Overview

to N
ortheastern Maryland
Technology Council (NMTC)

(11 April 2013)

Ms. Jill H. Smith, SES

Technical Director

UNCLASSIFIED

Distribution Statement
A: Approved for public release; distribution is unlimited.

UNCLASSIFIED

Overall Classification of this briefing is

UNCLASSIFIED

2

RDECOM Organization

UNCLASSIFIED

ARDEC

Armaments
Research,
Development &
Engineering Center

TARDEC

Tank and
Automotive
Research,
Development &
Engineering Center

NSRDEC

Natick Soldier
Research,
Development &
Engineering Center

ECBC

Edgewood
Chemical
Biological Center

AMRDEC

Aviation & Missile
Research,
Development &
Engineering Center

ARL

Army Research
Laboratory

CERDEC

Communication
-

Electronics Research,
Development &
Engineering Center

RFEC
Atlantic

RFEC
Pacific

RFEC
Americas

UNCLASSIFIED

3

Mission:


To develop and integrate Command,
Control, Communications, Computers,
Intelligence, Surveillance,
Reconnaissance (C4ISR)
Technologies that enable
Information
and Cyber
Dominance and Decisive
Lethality for the Networked
Warfighter

Vision:


To employ the imagination and
innovation of this nation’s brightest
professionals to provide America’s
brave sons and daughters with the
most effective solutions to ensure
mission success and their safe return
home

Communications
-
Electronics Research,
Development and Engineering Center

UNCLASSIFIED

4

Associate Director

for Technology and

Strategic Planning

Command, Power and
Integration Directorate

Mr. John Willison (SES)

CERDEC Leadership

Director

Ms. Jill Smith

Night Vision &
Electronic Sensors

Directorate

Mr. Donal
d Reago


Intelligence &
Information Warfare

Directorate

Mr. Henry Muller (SES)

Software
Engineering

Directorate

Mr. Michael Skurla

Space & Terrestrial
Comms

Directorate

Dr. Paul Zablocky (ST)

(Acting
)

Mr. Robert Zanzalari

Associate Director for
Systems Engineering

Mr
.
Frank Vellella
(Acting
)

PD C4ISR & Net
Ops

LTC Quentin Smith

Product Realization

Directorate

Mr. Ronald Michel

Associate Director

Mr. Bruce Testa

LTC Scot Grieg

(acting)

MSG Jim Fuller

Military Deputy

Senior Enlisted

Advisor

UNCLASSIFIED

UNCLASSIFIED

As of 1 Apr 2013


Mission Command


Army Power


Computing Platforms


Prototyping, Integration &
Testing


Science and Technology


Countermine


Modeling and Simulation


Ground Combat Systems


Special Projects & Prototyping


Air Systems


Information
/ Network Operations


Electronic
Warfare Air/ Ground
Survivability


Intel Systems & Processing


RADAR/ Combat Identification


SIGINT/ QRC


I2WD Flight Activity


Technical Programs


CCS/ Avionics


Communications


Intelligence Electronic Warfare
Sensors/ Night Vision


Quality Engineering & Product
Assurance


IEW Support


Avionics & Force Protection Software
Support


Tactical Communications


Satellite & Management Sys


Cyber Security & Data Standards


Battlespace

Command
Solutions


Fire Support


Systems Engineering Analysis &
Modeling and Simulation
(SEAMS)


Cyber Security & Information
Assurance


SATCOM


Antennas & Spectrum Analysis


Communication Networks &
Networking (CNN)

5

CERDEC C4ISR Capabilities

UNCLASSIFIED

6

Science & Technology Core Efforts


Mission Command (Applications)


Soldier and Mobile
Power & Energy


Network Management


Tactical and Strategic Communications


Cyber Operation (Protect, Exploitation, Attack)


Intelligence and Surveillance


Reconnaissance and Targeting


Intelligence Fusion


IED, Mine, and Minefield Detection and Defeat


Soldier Sensors


Electronic Warfare (Air and Ground)


Position, Navigation, and Timing


Systems Engineering and Integration


Rapid Fielding of Systems Directly to the Warfighter

System Engineering Services



Life Cycle Systems Engineering



Software Engineering



Security Engineering, Certification and
Accreditation, Information Assurance



Project Leadership



Independent Product / Process Assessment



Sustainment Engineering Support



Rapid Prototype Engineering / Integration



Production / Quality / Reliability Engineering



Configuration Management, Specifications &
Standardization Program Management



Technical / Acquisition Management




Technologies

Smart buyers

Skilled personnel

Leveraged facilities

Real world needs

Unforeseeable requirements

Transition opportunities

Leveraged facilities



13
Months

Rucksack Enhanced

Portable Power
System

Transformative


Apps

Immediate In Theater
Development

Science & Technology/Engineering


& Quality Assurance Missions

9 Months

Duke V2
Electronic Attack


(
Fixed site, network
enabled EW system
)

12 Months

Stargrazer

(Man portable
electronic attack
system
)

4 Months

Interrogation
Arms (IED
Detection)


Constant Hawk
(Airborne
Persistent
Surveillance)


6 Months

15 Months

12 Months

Ghost/Helios

(Non
-
Lethal


Warning)

Night Eagle

(Airborne

Persistent

Surveillance)

12 Months

Cerberus

(Force Protection
)

UNCLASSIFIED

UNCLASSIFIED

7

Strategic Initiatives

1.
Cyber


2.
Common Operating Environment

UNCLASSIFIED

UNCLASSIFIED

8

Vision and Computing Environments



CIO G6 Vision: Set of
standards, products,
architectures, and processes
that enable agility and
interoperability

* COE Architecture


Appendix C to Guidance for ‘End
State’ Army Enterprise Network Architecture, 1
October 2010



Scope of COE implementation
requires systematic and
manageable approach




Clustering similar systems based
on mission environments to
facilitate implementation

ASA(ALT) Organized COE Space Into Manageable
Pieces: Computing Environments

UNCLASSIFIED

8

UNCLASSIFIED

9

Current approach

GPS

Applications

4G Network

Surveillance

PM GPS

PM Sensors

PM Network

PM APPS

“When technology gets out of the way, everything
becomes delightful.”
Apple

UNCLASSIFIED


9

UNCLASSIFIED

10

Current Approach


Independent systems
with their own displays
and controls


Integration is limited to
resolving interference
among systems

DAGR



VRC
-
110

BFT

WALK

OGPK w/
Overhead
Protection

MT
-
6352

RHINO

VIC
-
3

Duke

DVE

Check 6

Overhead Wire
Mitigation

RWS /
CROWS

VRC
-
103

VRC
-
104

Boomerang

360
o

SA

Common

Controller/GUI

Direction

Finding

SINCGARS/VRC
-
92

PDCue

GPS

GPS

GPS

GPS

Display

Display

Display

Display

Display

Comms

Comms

Comms

Comms

Comms

Comms

Comms

Sensing

Sensing

Sensing

Sensing

Sensing

Sensing

Sensing

UNCLASSIFIED


10

UNCLASSIFIED

11

System of Systems and COE


All vehicle “peripherals”
adhere to standardized
interfaces


Common user interface
and control for all
systems


Common services
provided by the vehicle
bus


Common processing
unit, databus and
software environment
allowing rapid
development of new
applications

DAGR



VRC
-
110

BFT

MT
-
6352

RHINO

VIC
-
3

DVE

Check 6

RWS /
CROWS

VRC
-
103

VRC
-
104

Boomerang

360
o

SA

Other

SA

CRCIED

Comms

Capability Card
-
Level Devices

Common

Controller/GUI

SINCGARS/VRC
-
92

Vehicle Data Network
Data Network
(
Unclassified
)
Data Network
(
Classified
)
Cross
Domain
Guard
Classified
Data
Unclassified
Data
Operator Workstations
(
Displays
&
Controls
)
with Cross Domain Guard to
allow multiple levels of
classification on the same
display
Classified
Data
Classified Data
Classified
Data
EPLRS
SINCGARS
GPS
BFT
Vehicle Control Bus
(
Unclassified
)
Unclassified
Data
Vehicle Video Bus
(
Unclassified
)
Slip Ring
Engine and
Powerpack
Unclassified
Data
Unclassified
Data
Unclassified
Data
Unclassified
Data
Access Point
(
IEEE
802
.
11
) [
Transmits
Diagnostic and Logistics
Data in Garrison
]
360
Situation
Awareness
Cameras
Mast
Mounted
EO
/
IR
Sensors
Power
Distribution
Unit
Unclassified
Data
Unclassified
Data
Mission
Data
Storage
FBCB
2
Advanced Field
Artillery Tactical
Data System
(
AFATDS
)
Maneuver
Control System
(
MCS
)
All Source
Analysis
System
(
ASAS
)
Mass
Memory
Storage
Single Point
Downloader
Networked
I
/
O
Computing
Unclassified
Data
Vehicle Controls
Diagnostics and
Prognostics
Common Log
Operational
Environment
2
(
CLOE
)
Power
Distribution
Unit
Ku
-
Band
SatCom
Only on
Reconnaissance
and Fire Support
Vehicles
Only on
Commander’s
Vehicles
Near Term
Digital Radio
(
NTDR
)
or Joint
Tactical Radio
System
(
JTRS
)
Digital Driver’s
Instrument
Panel
(
DIP
)
Commander’s
Remote
FBCB
2
Display

Classified
Data
Rover
Classified
Data
Inertial Unit
Networked
I
/
O
Computing

Embedded
Training
Unclassified
Data
Mission
Rehersal
Classified
Data
Vehicle Data and Power
Architectures

PDCue

Tomorrow

(Next Generation)

Sensor

EW

UNCLASSIFIED


Software Framework

11

UNCLASSIFIED

12

System of Systems and COE


Vehicle “peripherals”
are now building blocks


“Systems” are
developed by
combining building
blocks in software


Common services
necessary to build
“systems” are provided
by the vehicle


Common processing
unit,
databus

and
software environment
allowing rapid
development of new
applications

Other

Rx A

Rx B

Rx C

Processor

Processor

Tx A

Tx B

Tx C

Processor

Processor

Controller

ADC

DAC

cFlash

Interface

SA

CRCIED

Comms

Capability Card
-
Level Devices

Software Framework

Future

(Leap Ahead)

Antennas

Transmitter

Receiver

PNT

RF Distribution

RF Distribution

Power
Management

Amplifiers

Cameras

Common

UI

Trade offs between performance
and cost are necessary

UNCLASSIFIED


1
2

UNCLASSIFIED

13

Application Development

RWS / CROWS

Rx A

Rx B

Rx C

Processor

Processor

Tx A

Tx B

Tx C

Processor

Processor

Controller

ADC

DAC

cFlash

Interface

Common

Controller/GUI

Direction

Finding

SINCGARS/VRC
-
92

Radio

Communications

RF Detection

Direction

Finding

Detection?

Slew

Gun

Present CROW
display on FBCB2

Publish Detection to
DCGS though
SINCGARS

N

Y

Rapid application
development

UNCLASSIFIED


1
3

UNCLASSIFIED

14

Hardware and Software Commonality

“VICTORY”
Databus

Architecture

Serial
RapidIO

Backplane

Processors

Digital/RF Conversion

RF Amplification

RF Amplification

RF Distribution

RF Distribution

Antennas

Antennas

RF Amplification

Antennas

Wired and Wireless Connections

Wired/Wireless

Edge Node

Client

Client

Future versions of the CE's should also address hardware

UNCLASSIFIED


1
4

UNCLASSIFIED

15

COE Goals


Reduce Size, Weight, and Power (SWaP) of
systems


Reduce lifecycle costs


Reduce duplication


Improve integration of capabilities


Keep pace with industry

COE requires new way of thinking, but provides significant benefits

UNCLASSIFIED


15

UNCLASSIFIED

16

16