BYUNGHYUN JANG
  I completed my PhD degree (Advisor: Prof. David Kaeli) and joined the   Shader (Graphics) Compiler Group at AMD.
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Research Areas
  · GPU Computing (GPGPU): Programming Model, Hardware Architecture, and Program Optimizations
  · Compiler Techniques for Data-Parallel Architectures
  · Program Parallelization for Data-Parallel Architectures
  · High Performance Computing (Hardware Architectures and Programming Models)
  · General Topics on Computer Architecture and Compiler
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Work Experience
  · AMD, Shader (Graphics) Compiler Group, Boxborough MA U.S.A.
     Member of Technical Staff Engineer, Sep. 2010~present
  · AMD, Shader (Graphics) Compiler Group, Marlborough MA U.S.A.
     Graduate Research Intern, Jan.~Jun. 2008
  · SAMSUNG Electronics, Digital Media R&D Center, South Korea
     Senior Software Engineer, 2003~2005
  · SAMSUNG Electronics, Digital Media R&D Center, South Korea
     Graduate Research Intern, Jun.~Jul. 2002
  · Korean Army, Mandatory Military Service, South Korea, 1995~1997
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Awards
  · AMD/ATI Fellowship Award, 2008~2009
  · Best Poster Award, NSF RICC, 2008 and 2009 in a row
  · World First Digital Multimedia Broadcasting (DMB) Solution Development Award, SAMSUNG Electronics, 2004
  · Engineer of the Month Award, SAMSUNG Electronics, 2004
  · Academic Merit-Based Scholarship, Sungkyunkwan University, 1998~1999
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Publications (Conference and Journal)
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[15] An Algorithmic GPGPU Memory Optimization, Parallel Computing (ParCo) Special Issue, 2010 (submitted)
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Professional and Invited Talks
  · Iterative CT Image Reconstruction and Code Optimizations on a GPU, Analogic Corp., Peabody MA, May. 2010
  · GPU Computing, SAMSUNG Electronics, South Korea, Apr. 2010
  · GPU Computing, ETRI, South Korea, Apr. 2010
  · CUDA and OpenCL tutorial, Workshop on GPU Computing for Biomedical Research,
    Harvard Medical School, Oct. 2009
  · Exploiting Memory Access Patterns to Improve Memory Performance in Data Parallel
    Architectures, AMD/ATI, Boxborough MA, Oct. 2009
  · CUDA Tutorial, CRA-W/CDC Careers in High Performance Systems (CHiPS) Mentoring
    Workshop, UIUC, Jul. 2009
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Internal Talks
  · Static Memory Access Pattern Analysis Enabling Algorithmic Memory Optimizations on GPUs,
    Northeastern University GPU Research Group, Apr. 2010
  · Evaluation and Enhancement of Memory Efficiency Targeting General-Purpose Computations
    on Scalable Data-Parallel GPU Architectures, Ph.D Dessertation Proposal, Northeastern University,
    Dec. 2009
  · AMD Stream Computing, Northeastern University Computer Architecture Group (NUCAR), 2009
  · Shader, Northeastern University Computer Architecture Group (NUCAR), 2009
  · Instruction Scheduling for Minmal Register Usage in Multithreaded VLIW GPU, Shader Compiler
    Group, AMD/ATI, 2008
  · Hardware Performance Counter and Toss Point in SIMD GPU Machine, Shader Compiler Group,
    AMD/ATI, 2008
  · Register Allocation and Performance in SIMD GPU Machine, Shader Compiler Group, AMD/ATI,
    2008
  · CUDA Programming, Northeastern University Computer Architecture Group (NUCAR), 2007
  · Binary Translation, Northeastern University Computer Architecture Group (NUCAR), 2007
  · Decompilation, Northeastern University Computer Architecture Group (NUCAR), 2007
  · Linker and Loader, Northeastern University Computer Architecture Group (NUCAR), 2007
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* Detailed resume and references are available upon
requests via email at 
* Redesigned on 5/18/2009, Updated on 12/14/2010
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