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

September 26-28, 2000

Introduction

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-- rk

Invited Adaptive Computing Talk
E0: High-Level Programming Issues for Large Reconfigurable Computing Systems
Mark Jones, Virginia Tech

E1: Cost & Performance Measures for Optimizing Configurable Computer Architectures
Chandru Mirchandani
Lockheed-Martin Space Mission Systems & Services

E2: Feasibility of Floating-Point Arithmetic in Reconfigurable Computing Systems
Ibrahim Sahin, Clay Gloster, and Christopher Doss
ECE Department, NC State University

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

E4: A Reconfigurable Data Path Processor for Space Applications
Gregory W. Donohoe
Institute for Advanced Microelectronics, University of New Mexico

E6A. Architecture of a Programmable Pattern Generator (PATGEN) ASIC for Space Applications
William C. Wilson¹, R. F. Hodson², and C. D. Armstrong^1
1NASA Langley Research Center, Hampton Va. USA
²Christopher Newport University, Newport News Va. USA

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Last Revised: January 09, 2002
Digital Engineering Institute
Web Grunt: Richard Katz