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The Chimera Reconfigurable Functional Unit (2004)

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by Scott Hauck , Thomas W. Fry , Matthew M. Hosler , Jeffrey P. Kao
Citations:149 - 16 self
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BibTeX

@MISC{Hauck04thechimera,
    author = {Scott Hauck and Thomas W. Fry and Matthew M. Hosler and Jeffrey P. Kao},
    title = {The Chimera Reconfigurable Functional Unit},
    year = {2004}
}

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Abstract

By strictly separating reconfigurable logic from the host processor, current custom computing systems suffer from a significant communication bottleneck. In this paper, we describe Chimaera, a system that overcomes the communication bottleneck by integrating reconfigurable logic into the host processor itself. With direct access to the host processor’s register file, the system enables the creation of multi-operand instructions and a speculative execution model key to high-performance, general-purpose reconfigurable computing. Chimaera also supports multi-output functions and utilizes partial run-time reconfiguration to reduce reconfiguration time. Combined, the system can provide speedups of a factor of two or more for general-purpose computing, and speedups of 160 or more are possible for hand-mapped applications.

Citations

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3 Area & time limitations of FPGA-based virtual hardware - Albaharna, Cheung, et al. - 1994
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1 CHIMAERA: A tightly-coupled reconfigurable unit/high-performance processor architecture,” presented at the Int. Symp. Computer Architecture - Ye, Shenoy, et al. - 2000
1 Scott Hauck (S’94–M’95–SM’01) received the B.S. degree in computer science from the - Schneier, Protocols, et al. - 1995
The National Science Foundation
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