利用AGT实现内存中可重构逻辑的容错

C. Subashini, T. Mohanapriya, U. Rajaram
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引用次数: 0

摘要

故障处理是许多操作环境的一个重要指标。提高系统可靠性的传统方法是对系统部件进行复制。本文介绍了一种用于隔离系统内存故障的自适应组测试技术。存储单元包含许多单元,这些单元被分组成若干块。这些块是经过测试的。通过LFSR产生测试矢量,并将其引入电路以验证系统的正确工作。该工作被集成到FPGA中,以提供具有自隔离特性的自适应硬件系统。这种方法提高了系统的性能。这个测试是用硬件描述语言VHDL设计的。
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Fault-tolerance of reconfigurable logic in memory using AGT
Fault handling is an important metric for many operating environments. The traditional technique for improving reliability of system is by replicating the system component. This paper explains about the Adaptive group testing technique for isolating the faults which is present in the memory of the system. The memory element contains many cell and these cells are grouped into number of blocks. These blocks are tested. The test vectors are produced sly LFSR and this is introduced into the circuit to validate the correct working of the system. This work is incorporated into FPGA to provide an adaptive hardware system with self-isolating properties. This approach increases the performance of the system. This testing is designed using hardware description language called VHDL.
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