Retiming and resynthesis a complexity perspective

On Jan 1, 2007 Jie-Hong R. Jiang (and others) published: Retiming and Resynthesis: A Complexity Perspective. Retiming and Resynthesis with Sweep Are Complete for Sequential Transformation. The complexity of retiming and resynthesis verification is also discussed. I. Transformations using retiming and resynthesis operations are the most important and practical (if not the only) techniques used in optimizing synchronous. IEEE Transactions on Computer-Aided Design of Integrated. Retiming and Resynthesis: A Complexity Perspective. IEEE Transactions on Computer-Aided Design of. On the verification of sequential equivalence. Retiming and resynthesis: A complexity perspective. Abstract—Transformations using retiming and resynthesis.

If you think this content is not provided as Open Access according to the BOAI definition then please contact us immediately. Efficient retiming of large circuits (1998) by N Maheshwari, S S Sapatnekar Venue: IEEE TVLSI: Add To. Retiming and resynthesis: A complexity perspective. Efficient retiming of large circuits (1998) by N Maheshwari, S S Sapatnekar Venue: IEEE TVLSI: Add To. Retiming and resynthesis: A complexity perspective. CiteSeerX - Document Details (Isaac Councill, Lee Giles, Pradeep Teregowda): Abstract—Transformations using retiming and resynthesis operations are the most.

retiming and resynthesis a complexity perspective

Retiming and resynthesis a complexity perspective

On Some Transformation Invariants Under Retiming. ing in the optimization perspective is. On Some Transformation Invariants Under Retiming and Resynthesis. Retiming and Resynthesis: A Complexity Perspective PDF fileJIANG AND BRAYTON: RETIMING AND RESYNTHESIS: A COMPLEXITY PERSPECTIVE 2675 II. PRELIMINARIES In this. On Jan 1, 2005 JHR Jiang published: On some transformation invariants under retiming and resynthesis. Retiming and Resynthesis: A Complexity Perspective Jie›Hong R. Jiang and Robert K. Brayton Department of Electrical Engineering and Computer Sciences. Retiming and Resynthesis: A Complexity Perspective PDF fileJIANG AND BRAYTON: RETIMING AND RESYNTHESIS: A COMPLEXITY PERSPECTIVE 2675 II. PRELIMINARIES In this.

If you think this content is not provided as Open Access according to the BOAI definition then please contact us immediately. Transformations using retiming and resynthesis operations are the most important and practical (if not the only) techniques used in optimizing synchronous. Retiming and resynthesis: A complexity perspective. Abstract—Transformations using retiming and resynthesis operations are the most important and practical. Retiming and Resynthesis with Sweep Are Complete for Sequential Transformation. The complexity of retiming and resynthesis verification is also discussed. I.

  • Retiming and Resynthesis: A Complexity Perspective using retiming and resynthesis operations are the. of initialization sequences for FSMs under retiming.
  • 2674 IEEE TRANSACTIONS ON COMPUTER-AIDED DESIGN OF INTEGRATED CIRCUITS AND SYSTEMS, VOL. 25, NO. 12, DECEMBER 2006 Retiming and Resynthesis: A Complexity Perspective.
  • Retiming and Resynthesis: A Complexity Perspective Jie›Hong R. Jiang and Robert K. Brayton Department of Electrical Engineering and Computer Sciences.

IEEE Transactions on Computer-Aided Design of Integrated. Retiming and Resynthesis: A Complexity Perspective. IEEE Transactions on Computer-Aided Design of. On the verification of sequential equivalence. Retiming and resynthesis: A complexity perspective. Abstract—Transformations using retiming and resynthesis. Complete-k-Distinguishability for Retiming and Resynthesis Equivalence Checking Without Restricting Synthesis and resynthesis: A complexity perspective. Retiming and resynthesis: A complexity perspective. Abstract—Transformations using retiming and resynthesis operations are the most important and practical. On Jan 1, 2005 JHR Jiang published: On some transformation invariants under retiming and resynthesis.


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retiming and resynthesis a complexity perspective