PROGRAMMABLE TECHNOLOGIES WEB SITE

A scientific study of the problems of digital engineering for space flight systems,
with a view to their practical solution.


MAPLD 2000 Technical Program

Session E. Adaptive Computing

Session Chair: John McHenry - National Security Agency

Invited Adaptive Computing Talk
E0: High-Level Programming Issues for Large Reconfigurable Computing Systems
Mark Jones, Virginia Tech
Abstract: E0_M_Jones_A.htm
Presentation: E0_Jones_S.pdf
Presentation: E0_Jones_S.ppt

E1: Cost & Performance Measures for Optimizing Configurable Computer Architectures
Chandru Mirchandani
Lockheed-Martin Space Mission Systems & Services
Abstract: Mirchandani_A.txt
Presentation: E1_Mirchandani_S.pdf
Presentation: E1_Mirchandani_S.ppt
Paper: E1_Mirchandani_P.pdf
Paper: E1_Mirchandani_P.doc

E2: Feasibility of Floating-Point Arithmetic in Reconfigurable Computing Systems
Ibrahim Sahin, Clay Gloster, and Christopher Doss
ECE Department
NC State University
Abstract: Sahin_A.txt
Presentation: E2_Sahin_S.pdf
Presentation: E2_Sahin_S.ppt
Paper: E2_Sahin_P.pdf
Paper: E2_Sahin_P.doc

E3: Implementing Algorithms on Multilayered Reconfigurable Arrays
Toomas P. Plaks
School of Computing, Information Systems and Mathematics South Bank University London, UK
Abstract: Plaks_A.pdf
Abstract: Plaks_A.ps
Presentation: E3_Plaks_S.pdf
Presentation: E3_Plaks_S.ps

E4: A Reconfigurable Data Path Processor for Space Applications
Gregory W. Donohoe
Institute for Advanced Microelectronics
University of New Mexico
Abstract: Donohoe_A.txt
Presentation: E4_Donohoe_S.pdf
Presentation: E4_Donohoe_S.ppt
Paper: E4_Donohoe_P.pdf
Paper: E4_Donohoe_P.doc

E6A. Architecture of a Programmable Pattern Generator (PATGEN) ASIC for Space Applications
William C. Wilson1, R. F. Hodson2, and C. D. Armstrong1
1NASA Langley Research Center, Hampton Va. USA
2Christopher Newport University, Newport News Va. USA
Abstract: Wilson_A.pdf
Abstract: Wilson_A.doc
Presentation: E6A_Wilson_S.ppt
Paper: E6A_Wilson_P.pdf
Paper: E6A_Wilson_P.doc


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