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Publications


Thesis:

 


Patents:

  • Peter A. Beerel, Keith M. Chugg, Georgios D. Dimou, Phunsak Thiennviboon. "Reduced-latency soft-input/soft-output module" March 27, 2007. United States Patent No. 7,197,691.
  • Frederik Eaton and Peter A. Beerel. "Optimization of cell subtypes in a hierarchical design flow" February 8, 2005. United States Patent No. 6,854,096.
  • Peter A. Beerel, Andrew Lines, and Qing Wu. "Methods and apparatus for facilitating physical synthesis of an integrated circuit design" August 31, 2004. United States Patent No. 6,785,875.
  • Peter A.Beerel; Keith M. Chugg; Recep Ozdag; Sunan Tugsinavisut; Sushil K. Singh; Phunsak Thiennviboon. "Sequential decoder for decoding of convolutional codes" February 10, 2004. United States Patent No. 6,690,752.
  • Aiguo Xie and Peter A. Beerel. "Formal Verification of a Logic Design Using Implicit Enumeration of Strongly Connected Components.'' February 25th, 2003. United States Patent No. 6,536,551.
  • Ken Stevens, Shai Rotem, Ran Ginosar, Peter Beerel, Ken Yun, Chris Myers, Rakefet Kol. "Apparatus and Method for Parallel Processing and Self-Timed Serial Marking of Variable Length Instructions''. November 2, 1999. United States Patent No. 5,978,899.
  • Ken Stevens, Shai Rotem, Ran Ginosar, Peter Beerel, Ken Yun, Chris Myers, Rakefet Kol. "Apparatus and Method for Self-Timed Marking of Variable Length Instruction Having Length-Affecting Prefix Bytes''. Sept 7, 1999. United States Patent No. 5,948,096
  • Ken Stevens, Shai Rotem, Ran Ginosar, Peter Beerel, Ken Yun, Chris Myers, Rakefet Kol. "Efficient Self-Timed Marking of Lengthy Variable Length Instructio ns''. 24 August 1999. United States Patent No. 5,941,982
  • Ken Stevens, Shai Rotem, Ran Ginosar, Peter Beerel, Ken Yun, Chris Myers, Rakefet Kol. "Branch Instruction Handling in a Self-Timed Marking System''. August 3, 1999. United States Patent No. 5,931,944

 


High-Performance and Low-Power Designs:


Synthesis and Technology Mapping:


Formal Verification:

BDDs:


Testability:


Power and Performance Analysis and Optimization:

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