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Traditional control flow computer has some disadvantages, such as high power consumption, poor performance of parallel computing, clock skew problem, the worst performance, unnatural programming language, and so on. For this case, we design a data flow processor (DFP). DFP adopts self-timed pipeline that is different from normal asynchronous pipeline. The self-timed pipeline employed in the DFP uses...
A direct way to improve the performance of a pipelined system is to optimize the critical paths. In this paper we firstly define the critical path analysis problem in data-driven asynchronous pipelines and propose an efficient method to solve it. The defined critical path analysis problem is solved by leveraging the modularity of asynchronous circuits at two levels: the block level and the gate level...
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