ANTOLA, A., PIURI, V., AND SAMI, M. 1998. A Low-Redundancy Approach to Semi-Concurrent Error Detection in Datapaths. In Proceedings of the Design Automation and Test in Europe. 266--272. Home/Search Document Details and Download
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....graph 5 Experimental Results The DFCS algorithm has been implemented in C and applied to selected benchmark circuits. The processor model simulated contains two ALUs (adders subtractors comparators) and two MULTs of each operating voltages. The benchmarks used are : Auto Regressive (AR) filter [13], Band Pass filter (BPF) 2] Elliptic Wave filter (EWF) 9] DCT [3] FIR filter [15] HAL differential equation solver. The percentage energy savings is calculated as OTSVU WYX , E 2Y U 3= Sb P# Q O S U WYX , The results for various benchmark circuits are reported in ....
A. Antola, V. Piuri and M. Sami, "A Low-Redundancy Approach to Semi-Concurrent Error Detection in Data Paths", Proc. of DATE'98, 1998, pp.266-272.
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ANTOLA, A., PIURI, V., AND SAMI, M. 1998. A Low-Redundancy Approach to Semi-Concurrent Error Detection in Datapaths. In Proceedings of the Design Automation and Test in Europe. 266--272.
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A. Antola, V. Piuri, and M. Sami, "A Low-Redundancy Approach to Semi-Concurrent Error Detection in Datapaths," in Proceedings of the Design Automation and Test in Europe, 1998, pp. 266--272.
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