Design of a Stereo Vision VLSI Processor Based on Optimal Allocation for Parallel Memory Access

[目次]

  • Contents / p1
  • 1 Introduction / p1
  • 1.1 Introduction / p1
  • 2 Basic Considerations on the Design of a Stereo Vision VLSI Processor / p8
  • 2.1 Introduction / p8
  • 2.2 Stereo Vision / p9
  • 2.3 Parallel and Pipelined Processing of a Stereo Vision Algorithm / p20
  • 2.4 Architecture Model / p26
  • 2.5 Summary / p32
  • 3 Optimal Memory Allocation Based on Clique Partitioning / p35
  • 3.1 Introduction / p35
  • 3.2 Optimal Memory Allocation / p36
  • 3.3 Formulation as a Clique Partitioning Problem / p43
  • 3.4 Heuristic Approach Based on Access Prohibited Area / p45
  • 3.5 Summary / p65
  • 4 Optimal Functional Unit Allocation Based on Minimization of Communication Patterns / p69
  • 4.1 Introduction / p69
  • 4.2 Definition of an Optimal Functional Unit Allocation / p70
  • 4.3 Optimal Functional Allocation Based on Minimization of Communication Patterns / p79
  • 4.4 Summary / p89
  • 5 Design of a Motion-Stereo Processor and Its Evaluation / p96
  • 5.1 Introduction / p96
  • 5.2 Design of a Motion Stereo VLSI Processor / p97
  • 5.3 Design of an FPGA-based Motion Stereo Processor / p115
  • 5.4 Summary / p126
  • 6 Conclusions / p131
  • Acknowledgments / p133

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この本の情報

書名 Design of a Stereo Vision VLSI Processor Based on Optimal Allocation for Parallel Memory Access
著作者等 李 昇桓
書名別名 並列メモリアクセスのための最適アロケーションに基づくステレオビジョンVLSIプロセッサの構成
刊行年月 [2000]
言語 英語
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