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Techniques to Reduce the Overhead and to Improve the Robustness in a Fault Tolerable Reconfigurable Architecture

Techniques to Reduce the Overhead and to Improve the Robustness in a Fault Tolerable Reconfigurable Architecture
Digital博士論文障害者向け資料あり
Ahmed Tanvir奈良先端科学技術大学院大学2014-03-24
National Diet Library
  • Subject HeadingFault-tolerance Reconfigurable architecture Low-power Soft error Permanent fault

Techniques to Reduce the Overhead and to Improve the Robustness in a Fault Tolerable Reconfigurable Architecture

Techniques to Reduce the Overhead and to Improve the Robustness in a Fault Tolerable Reconfigurable Architecture
Digital博士論文障害者向け資料あり
Ahmed, TanvirNara Institute of Science and Technology2014-03-24
Available onlineNational Diet LibraryOther Libraries in Japan
  • Subject HeadingFault-tolerance Reconfigurable architecture Low-power Soft error Permanent fault

データパス分割に基づく高信頼プロセッサの提案とその評価

データパス分割に基づく高信頼プロセッサの提案とその評価
Digital文書・図像類
松坂, 茂治, 井上, 弘士電子情報通信学会VLD研究会2004-12デザインガイア2004, 電子情報通信学会研究報告VLD2004-49～60p.7-11
Available onlineOther Libraries in Japan
  • Subject Headingデータパス分割 空間的冗長性 永久故障 一時故障 data-path partitioning spatial redundancy permanent fault temporary fault

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