Time-Division-Multiplexer based routing algorithm for NoC system

In this paper, we present a routing algorithm based on the Time-Division-Multiplexer technique for routing table based Network-on-Chip (NoC) routers to decrease the demand of the system bandwidth while ensuring deadlock free. To fully use the communication resources of NoC - channels, banker algorithm is adopted to allocate and recycle the resources, and a weighted maze algorithm is utilized to determine if there is an available path for the current communication process. Experimental results show that the bandwidth requirement with the proposed algorithm decreases by 71.4% compared with the odd-even algorithm.