Date of Award


Document Type


Degree Name

Master of Science


Department of Electrical and Computer Engineering

First Advisor

David M. Gallagher, PhD


The invention of the Field Programmable Gate Array (FPGA) has led to a number of interesting developments. One is the idea of providing custom hardware support for applications running on a computer. These reconfigurable computers have been shown to decrease the execution time for some applications. Based on past results, attention has subsequently turned to using reconfigurable computing in general-purpose computers (e.g. desktop and workstation environments). This thesis develops a design for just such a computer. The design, FPGADLX, is based on a hypothetical superscalar computer running the DLX instruction set and is generic enough in principle to be adapted to any superscalar or VLIW processor on the market today. This thesis begins by examining FPGA technology and reviewing related reconfigurable computing efforts. Based on this review, requirements for a viable general-purpose reconfigurable computer system were developed. These requirements drove the development of the eventual FPGADLX design which covers hardware organization and operation, as well as modifications to the operating system and compiler. A software simulator which can emulate a significant portion of the design and run actual programs has been built.

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