Matthew A. Postiff
University of Michigan
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Publication
Featured researches published by Matthew A. Postiff.
asilomar conference on signals, systems and computers | 1997
Michael J. Kelley; Matthew A. Postiff; Timothy D. Strong; Richard B. Brown; Trevor N. Mudge
A high speed one-cycle, 32-bit multiply, 64-bit accumulate unit is presented in complementary GaAs (CGaAs/sup TM/) technology. A tree of 4:2 compressors is used to collect the partial products and a carry select adder is used to determine the final result. Radix-4 Booth encoding is utilized to reduce the partial product tree size. Differential cascode voltage switch logic (DCVSL) is used on critical paths. A description of CGaAs technology, including its inherent radiation hardness, is provided as a background to the discussion. Finally, a study of some of the implications of designing in CGaAs is presented, including logic styles, circuit issues, design methodology, and their effect on performance.
ACM Sigarch Computer Architecture News | 1999
Matthew A. Postiff; David A. Greene; Gary S. Tyson; Trevor N. Mudge
Archive | 2000
Matthew A. Postiff; David A. Greene; Charles Lefurgy; Dave Helder; Trevor N. Mudge
Archive | 2000
Matthew A. Postiff; David A. Greene; Trevor N. Mudge
Archive | 1999
Matthew A. Postiff; Trevor N. Mudge
Archive | 2002
Matthew A. Postiff; Trevor N. Mudge; David A. Greene; Steven E. Raasch
Archive | 2001
Matthew A. Postiff; Trevor N. Mudge
Archive | 2000
Matthew A. Postiff; David A. Greene; Trevor N. Mudge
Archive | 2000
I-Cheng K. Chen; Chih-Chieh Lee; Matthew A. Postiff; Trevor N. Mudge
Archive | 1998
Krisztian Flautner; David A. Greene; Matthew A. Postiff; David A. Helder; Charles Lefurgy; Peter L. Bird; Trevor N. Mudge
