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Effective fault tolerance techniques are essential for improving the reliability of multiprocessor systems. At the same time, fault tolerance must be achieved at high speed to meet the real-time constraints of embedded systems. While parallelism has often been exploited to increase performance, to the best of our knowledge, there has been no previously reported work on parallel reconfiguration of...
Although many reconfiguration strategies for fault tolerance on VLSI arrays have been proposed in the last two decades, few works on parallel reconfiguration have been reported. This paper presents an algorithm based on divide and conquer strategy for parallel reconfiguration VLSI arrays in the presence of faulty processing elements (PEs). The proposed algorithm splits the original host array into...
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