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Virtual channel flow control is a well-known technique in design of routers in networks-on-chip (NoC). This paper analyzes two typical virtual-channel router architectures with different sized switch fabrics. In either of them, the virtual channels do or do not compete for the channels to the switch fabric, and therefore the scheduler performs in an iterative way or not. As the basis of scheduler,...
Virtual channel flow control is a well-known technique in design of routers in networks-on-chip (NoC). This paper analyzes two typical virtual-channel router architectures with different sized switch fabrics. In either of them, the virtual channels do or do not compete for the channels to the switch fabric, and therefore the scheduler performs in an iterative way or not. As the basis of scheduler,...
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