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To get a reasonable yield, memories incorporate redundancies to substitute for faulty cells. As the performance of repair algorithm reaches some saturation point, recent studies focus on various redundancy architectures for higher repair rate. In this paper, three kinds of spares, i.e., local, common, and global spares, are discussed to analyze the efficiency of redundancy architectures in respect...
With the development of memory density, the probability of occurring faults in memory also increases. To overcome this problem, many built-in redundancy analysis (BIRA) algorithms have been proposed to repair the faults using redundancy cells in memory. Most of previous algorithms have focused on single memory block with local spare cell architecture. However, many memories in system consist of multiple...
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