1. Re-Configurable Multimode, Multiband Information Transfer Systems
Low Power, Small Size, Software Defined Radio,
Re-Configurable Mobile Communications & Computing
M. Flynn, M. Morf, Stanford University
M. Cummings, enVia
Global Mobile Information Systems (GloMo) Program
Principal Investigators Meeting
July 28-30, 1998
Arlington, Virginia

3. Objectives
Adaptive Radios
Multi-Band, Multi-Service
Small Formfactor, Low Power
PLD co-processing
Adaptive Architectures
Secure, Robust, Redundant
PAM-Blox, Firm/Software tools
Adaptive Arithmetic

4. Impact on DoD
Radio IMPACT
Hand-held, ubiquitous
Field upgradable
Mission Adaptive
Architecture IMPACT
Security
Arithmetic
Signal Processing

6. Challenges/Problem

7. Technical Approach

8. Accomplishments

9. Status
SCHEDULE 1998
Jan:
Digital hw physical design
Security plan
Apr:
Digital hw test
Security sw demo, 2 chan.
Oct:
2 Service RF, hw & sw demos
Security FPGA demo, 2 chan.
Oct:
End of Contract

12.
Oskar Mencer:

15. Plans for Future Development

16. Technology Transition
Commercial Applications are underway by:
enVia
Morphics $
Military Applications are pursued by:
other DARPA projects
. . .

17. Key Resources Webpages to download: Publications
Principal Investigator: Michael J. Flynn
Address: E.E. Department, Gates Computer Science Building, Room 334, Stanford, CA 94305,
, Phone: (650) , Fax: (650)
Co-Principal Investigator: Martin Morf
Address: E.E. Department, Gates Computer Science Building, Room 335, Stanford, CA 94305,
umunhum.Stanford.edu , Phone: (650) , Fax: (650)
Principal Investigator for Subcontract: Mark Cummings, enVia,
Address: enVia, Inc., Saratoga/Sunnyvale Rd., Saratoga, Ca 95070,
, Phone/Fax: (408) , mobile: (408)
Webpages to download:
Publications
PAM-Blox software tools and design libraries
Oskar Mencer: