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 Pen-Chung Yew Professor Department
  of Computer Science and Engineering University
  of Minnesota at Twin Cities 4-192
  Keller Hall 200
  Union Street, SE Minneapolis,
  MN 55455, USA Contact:
  <yew> {at} umn [dot] edu EducationPh.D. 1981    University
  of Illinois at Urbana-Champaign, Computer Science. M.S. 1977    University of Massachusetts at Amherst,
  Computer Engineering B.S. 1972    National Taiwan University, Electrical  PhD Theses
  Completed University
  of Minnesota 25. Sanyam Mehta, Scalable Compiler Optimization for Improving the Memory System
  Performance in Multi- and Many-core Processors, October 2014. 24. Jagan Jayaraj, A Strategy for High Performance in Computational Fluid Dynamics,
  August 2013 23. Pei-Hung Lin, Performance Portability
  Strategies for Computational Fluid Dynamics (CFD) Applications on HPC Systems,
  Pei-Hung Lin, June. 2013 22. Tong Chen, Memory Profiling and
  Management,
  Tong Chen, December. 2010 21. Venkatesan Packirisamy Exploring Efficient Architecture Design for Thread-Level Speculation
  - Power and Performance Perspectives, March 2009 20. Jinpyo Kim, COBRA: A Framework for Profiling and Binary Re-Adaptation, January.
  2008 19. Shengyue Wang, Compiler Techniques for Thread-Level Speculation, Feb. 2007 18. Xiaoru Dai, A General Compiler Framework for Speculative Optimizations Using Data
  Speculative Code Motion, June 2005 17. Sangyuen Cho, A High-Bandwidth Memory Pipeline for Wide-Issue Processors,
  December 2002 16. Bixia Zheng, Integrating Scalar Analyses and Optimizations in a Parallelizing
  and Optimizing Compiler, February 2000 15. Jinseok Kong, Binding Time in Distributed Shared Memories, June 1999 University
  of Illinois at Urbana-Champaign 14. Hock Beng Lim, On the Integration of Compiler-Directed Cache
  Coherence and Data Prefetching,
  January, 1999 13.
  Jenn-Yuan Tsai, Superthreading:
  Integrating Compilation Technology and Processor Architecture for
  Cost-Effective Concurrent Multithreading, April, 1998 12. Lynn
  Choi, Hardware and Compiler Support for Cache Coherence in Large-Scale
  Shared-Memory Multiprocessors, April, 1996 11.Pavlos Konas, Parallel Architectural Simulations on Shared Memory
  Multiprocessors, August 1994. 10. David
  K. Poulsen, Memory Latency Reduction via Data Prefetching and
  Data Forwarding in Shared-Memory Multiprocessors, August 1994. 9. Ding-Kai Chen, Compiler
  Optimization for Parallel Loops with Fine-Grained Synchronization, May
  1994 8. William
  Hsu, Multiprocessor Communication: Design and Technology, August 1992 7.
  Hong-Men Su, On Multiprocessor Synchronization and Data Transfer, January
  1992. 6. David
  John Lilja, Processor
  Parallelism Considerations and Memory Latency Reduction in Shared Memory
  Multiprocessors, September 1991. 5. Timothy
  Alden Davis, A Parallel
  Algorithm for Sparse Unsymmetric LU Factorization, September 1989. 4. Zhiyuan
  Li, Intraprocedural and Interprocedural Data
  Dependence Analysis for Parallel Computing, August 1989. 3. Peiyi Tang, Self-Scheduling, Data Synchronization and
  Program Transformation for Multiprocessor Systems, January 1989. 2. Roland
  Lee, The Effectiveness of Caches and Data Prefetch Buffers in Large-Scale
  Shared Memory Multiprocessors, July 1987. 1. N.F. Tzeng, Fault-Tolerant Multiprocessor
  Interconnection Networks and Their Fault-Diagnoses, Aug. 1986 ·     
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