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Network-on-Chip (NoC) has emerged as a solution for communication framework for high-performance nanoscale architecture. One important aspect, in addition to deadlock-free routing, is low power consumption. In view of varied communication requirements, application specific SoC design is increasingly important. Customized NoC architectures are more suitable for a particular application, and do not...
In this paper, we proposed a dual flit transmission rate (DFTR) router architecture according to the property of short distance for the inter-wafer links for 3D Network on Chip (NoC). The equivalent bandwidth of the inter-wafer links can be N times wider than that of the intra-wafer links, since flit transmission rate in vertical direction can be N times fast than that in the horizon direction. Thus,...
As an infrastructure for data distribution, overlay networks have to feature efficient routing and adequate robustness to achieve fast and accurate data distribution in the environment with node churn. Considering that the existing overlay networks mostly focus on single optimization objective and fail to ensure routing efficiency and robustness simultaneously, a hybrid overlay network for content-based...
Networks on chip (NoC), a new packet-based design method, with a new dependable no deadlock (DND) back-tracking routing algorithm are proposed to implement artificial neural network (ANN). This system is simulated by NIRGAM NoC simulator to get system performance. Experimental results show that this proposed system has higher connection-per-second (CPS), lower communication load than the exiting other...
RECONNECT is a network-on-chip using a honeycomb topology. In this paper we focus on properties of general rules applicable to a variety of routing algorithms for the NoC which take into account the missing links of the honeycomb topology when compared to a mesh. We also extend the original proposal and show a method to insert and extract data to and from the network. Access Routers at the boundary...
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