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Distinguished Research Fellow  |  Yew, Pen-Chung  
 
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Invited Talks
 
  1. Simulating Multicores on Multicores - A Challene to Build Fast Parallel Simulators, USA, Texas A&M University (2011/03)
  2. Challenges and Opportunities in the Era of Multi-cores, Taichung/Taiwan, Providence University (2010/12)
  3. Challenges and Opportunities in the Era of Multi-cores, Hsinchu/Taiwan, National Chiao Tung University (2010/11)
  4. Opportunities and Challenges in Multicore Era, Taipei, Tawan, National Chengchi University (2010/06)
  5. Opportunities and Challenges in Multicore Era, Taipei, Taiwan, National Taiwan University of Science and Technology (2010/05)
  6. Opportunities and Challenges in Multicore Era, Taipei, Taiwan, National Taiwan University (2010/05)
  7. Opportunities and Challenges in Multicore Era, Kaohsiung/Taiwan, National Sun Yat-Sen University (2010/03)
  8. Potential Research Directions from A Compiler Researcher’s Perspective, Beijing, PRC, Institute of Computing Technologies, Chinese Academy of Sciences (2009/12)
  9. Current Compiler and Architectural Research on Multi-core at IIS, Tao-Yuan/Taiwan, Yuan Ze University (2009/10)
  10. Mainframes, Supercomputers and Cloud Computing – A Close Look at the Most Powerful Computers of Our Times, Taipei, Taiwan, Academia Sinica (2009/10)
  11. Exploring Multi-core Processor Potential for General-Purpose Applications, Taichung,Taiwan, Feng Chia University (2009/05)
  12. The Challenges in Programming Multi-core Systems , Hsinchu, Taiwan, ITRI (2009/04)
  13. Harnessing Thread-Level Parallelism on Multi-core Processors, Hualien, Taiwan, Department of Computer Science and Information Engineering, National Dong Hwa University (2008/10)
  14. A Compiler Framework to Support Speculative Multi-Core Processors for General-Purpose Applications, Urbana-Champaign, IL, University of Illinois at Urbana-Champaign (2008/04)
  15. Harnessing Thread-Level Parallelism on Multicore Processors , Taiwan, IIS, Academia Sinica (2008/03)
  16. A Compiler Framework to Support Speculative Multi-Core Processors, Daejeon, Korea, Electronics and Telecommunications Research Institute (ETRI) (2007/08)
  17. A Compiler Framework to Support Speculative Multi-Core Processors, Seoul, Korea, 12th Asia-Pacific Computer Systems Architecture Conference (ACSAC) (2007/08)
  18. Alias and Data Dependence Profiling and Its Application on Speculative Optimization, Open64 Tutorial, Int’l Conference on Code Generation and Optimization (CGO), San Jose, CA, Open64 Workshop (2007/03)
  19. Research Overview of Computer Architectures and Compilers, Minneapolis, MN, Honeywell (2007/02)
  20. A Compiler Framework to Support Speculative Multi-Core Processors for General-Purpose Applications, College Station, TX, CS Department Colloquium at Texas A&M University (2006/11)
  21. A Compiler Framework to Support Speculative Multi-Core Processors for General-Purpose Applications, Yorktown Heights, NY, IBM Watson Research Center (2006/08)
  22. Compiler Support for Speculative Multi-Core Processors for General-Purpose Applications, Kaoshung, Taiwan, National Sun Yat-Sen University (2006/04)
  23. A Compiler Framework to Support Speculative Multi-Core Processors for General-Purpose Applications, Littlerock, Arkansas, CS Department Colloquium at University of Arkansas (2006/04)
  24. Compiler Support for Speculative Multi-Core Processors for General-Purpose Applications, Taipei, Taiwan, National Taiwan University (2006/03)
  25. Compiler Support for Speculative Multi-Core Processors for General-Purpose Applications, Tainan, Taiwan, Workshop on Compiler Techniques for High Performance Computing, at National Cheng-Kung Unviersity (2006/03)
  26. Compiler Support for Speculative Multi-Core Processors for General-Purpose Applications, Chung-Li, Taiwan, National Central University (2006/03)
  27. Compiler Support for Speculative Multi-Core Processors for General-Purpose Applications, Hsin-Chu, Taiwan, Distinguished Lecture Series at National Chiao-Tung University (2006/03)
  28. Compiler Support for Speculative Multi-Core Processors for General-Purpose Applications, Hsin-Chu, Taiwan, National Tsinghua University (2006/03)
  29. Compiler Support for Speculative Multi-Core Processors for General-Purpose Applications, Chiayi, Taiwan, National Chung-Cheng University (2006/01)
  30. Using Speculative Multithreading for General-Purpose Applications, Beijing, China, Tsinghua University (2005/12)
  31. Using Speculative Multithreading for General-Purpose Applications, Beijing, China, Intel Microprocessor Technology Laboratory (2005/12)
  32. Using Speculative Multithreading for General-Purpose Applications, Beijing,China , Beihang University (2005/12)
  33. Using Speculative Multithreading for General-Purpose Applications, Changsha, China, National University of Defense Technology (2005/09)
  34. Using Speculative Multithreading for General-Purpose Applications, Shanghai, China, Fudan University (2005/08)
  35. Multithreading: A Cost-Effective Way to Enhance Performance for Future Generations of Microprocessors and Their Applications, St. Cloud, MN, St. Cloud University (2002/04)
  36. Multithreading: A Marriage Made in Heaven for Multiprocessors and Microprocessors, Urbana-Champaign, IL, U. of Illinois (2001/11)
  37. Compiler and Architectural Issues for Concurrent Multithreaded Processors, Taipei, Taiwan, Tamkang University (2000/06)
 
 
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