Abstract
The performance of the network is measured in terms of throughput. The throughput and efficiency of interconnect depends on network parameters of the topology. Therefore, topology of any communication networks has an important role to play for efficient design of network. The De Bruijn topology has the potential to be an interesting option for future generations of System-on-Chip (SoC). Two-dimensional (2-D) de Bruijn is proposed for Networks-on-Chips (NoCs) applications. We can improve performance in the two dimensional Bruijn NoCs by improvement of routing algorithm. In this chapter, we have proposed a multicast routing algorithm for 2-D de Bruijn NoCs. The proposed routing algorithm is compared with unicast routing using Xmulator under various traffics conditions. Based on comparison results, the proposed routing has significantly improved the performance and power consumption of the NoC in comparison with unicast routing under light and moderate traffic loads in hot spot and uniform traffics with various message lengths.