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Metrics for Reconfigurable Architectures Characterization: Remanence and Scalability.

, , , , , и . IPDPS, стр. 176. IEEE Computer Society, (2003)

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Didier Sangiorgio

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Didier Conard

 

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Mesh and Fat-Tree comparison for dynamically reconfigurable applications., , , и . ReCoSoC, том 7551 из KIT Scientific Reports, стр. 157-160. KIT Scientific Publishing, (2010)Evaluation of edge detectors performances with a discrete expression of Canny's criteria., , и . ICIP, стр. 169-172. IEEE Computer Society, (1995)Design flexibility using fpga dynamical reconfiguration., , и . ICIP, стр. 2821-2824. IEEE, (2004)Extension of Canny's Discrete Criteria to Second Derivative Filters Towards a Unified Approach.. ICIP (2), стр. 520-524. IEEE Computer Society, (1998)How to Use High Speed Reconfigurable FPGA for Real Time Image Processing?, , , и . CAMP, стр. 240-. IEEE Computer Society, (2000)Reconfiguration Level Analysis of FFT / FIR Units in Wireless Telecommunication Systems., , , и . DSD, стр. 575-581. IEEE Computer Society, (2009)A Fault-Tolerant Layer for Dynamically Reconfigurable Multi-processor System-on-Chip., , и . ReConFig, стр. 284-289. IEEE Computer Society, (2009)Metrics for Reconfigurable Architectures Characterization: Remanence and Scalability., , , , , и . IPDPS, стр. 176. IEEE Computer Society, (2003)Clear Stream towards Dynamically Reconfigurable Systems on Chip., , , и . ReCoSoC, стр. 98-104. Univ. Montpellier II, (2006)Two ASIC for Low and Middle Levels of Real Time Image Processing., , , , и . VLSI-SOC, том 218 из IFIP Conference Proceedings, стр. 3-14. Kluwer, (2001)