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In this paper, a novel scheme is proposed for the implementation of FPGA based digital systems using asynchronous pipelining technique. To control the asynchronous data flow between stages, an intelligent controller is designed which decides the delay of each stage depending upon the magnitude of the input data (Data Dependent Delay). The intelligent controller has been designed using NIOS II soft...
Asynchronous pipelined circuits have many potential advantages over their synchronous equivalents including lower power consumption, design reuse without compromise in speed. In this paper, a new technique i.e., "SOPC based Asynchronous Pipelining Technique" (SOPC - System On Programmable Chip) is used for designing and implementing FPGA based Low- Power VLSI Systems. In this approach, the...
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