A Conservative Framework for Safety-Failure Checking
スポンサーリンク
概要
- 論文の詳細を見る
- 2008-03-01
著者
-
Myers Chris
Department Of Electrical And Computer Engineering University Of Utah
-
BEAL Frederic
Tokyo Institute of Technology
-
YONEDA Tomohiro
National Institute of Informatics
-
Myers Chris
Department Of Electrical And Computer Engineering University Of Utah Salt Lake City
-
Yoneda Tomohiro
National Inst. Of Informatics Tokyo Jpn
関連論文
- Hazard Checking of Asynchronous Circuits : A New Approach(高信頼アルゴリズム,ディペンダブルコンピュータシステムとセキュリティ技術及び一般)
- Hazard Checking of Asynchronous Circuits: A New Approach(高信頼アルゴリズム,ディペンダブルコンピュータシステムとセキュリティ技術及び一般)
- Failure Trace Analysis of Timed Circuits for Automatic Timing Constraints Derivation(Dependable Computing)
- Partial Order Reduction for Timed Circuit Verification Based on Level Oriented Model(Verification and Dependability Analysis)(Dependable Computing)
- Partial Order Reduction for Timed Circuit Verification Based on Level Oriented Model
- Modular Synthesis of Timed Circuits Using Partial Order Reduction
- A Conservative Framework for Safety-Failure Checking
- Scheduling Methods for Asynchronous Circuits with Bundled-Data Implementations Based on the Approximation of Start Times(System Level Design,VLSI Design and CAD Algorithms)
- A Case Study on Dependable Network-on-Chip Platform for Automotive Applications
- A Case Study on Dependable Network-on-Chip Platform for Automotive Applications
- Partial Order Reduction for Detecting Safety and Timing Failures of Timed Circuits(Dependable Computing)
- Asynchronous Pipeline Controller Based on Early Acknowledgement Protocol
- Comparison of standard cell based non-linear asynchronous pipelines (ディペンダブルコンピューティング)
- Comparison of standard cell based non-linear asynchronous pipelines (システムLSI設計技術・デザインガイア2007--VLSI設計の新しい大地を考える研究会)
- Framework of Timed Trace Theoretic Verification Revisited(Special Issue on Test and Verification of VLSI)
- Comparison of standard cell based non-linear asynchronous pipelines (VLSI設計技術)
- An Online Routing Mechanism with Higher Fault-Tolerance for Network-on-Chip
- Fault Diagnosis and Reconfiguration Method for Network-on-Chip Based Multiple Processor Systems with Restricted Private Memories
- A Behavioral Synthesis System for Asynchronous Circuits with Bundled-data Implementation