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The crosstalk delay associated with global on-chip interconnects becomes more severe in deep submicrometer technology, and hence can greatly affect the overall system performance. Based on a delay model proposed by Sotiriadis <etal/> , transition patterns over a bus can be classified according to their delays. Using this classification, crosstalk avoidance codes (CACs) have been proposed to...
With the advance of the process technologies into deep sub-micrometer domain, crosstalk between adjacent wires of global interconnects has become more severe. The delay caused by the crosstalk becomes a bottleneck to system performance, especially those with global interconnects. To alleviate crosstalk delays, accurate delay models are needed. In particular, analytical models are more desirable for...
The crosstalk delay associated with global on-chip interconnects becomes more serious in deep submicrometer technology, and hence can greatly affect the overall system performance. Based on a delay model proposed by Sotiriadis et al., crosstalk avoidance codes (CACs) have been proposed to alleviate the crosstalk delays by restricting the patterns transmitted on the interconnects. Unfortunately, the...
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