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To maximize the utilization of the available networks-on-chip (NoCs) link bandwidth, partially faulty links with low fault level should be utilized while heavily defected (HD) links should be deactivated and dealt with by means of a fault tolerant routing algorithm. To reach this target, we make the following contributions in this paper: 1) we propose a flit serialization (FS) method to efficiently...
In typical NoC systems, most Routing Algorithms (RAs) abandon the interconnection between two adjacent routers if one traffic direction is broken, despite whether the other one is still functional or not. In this paper, we propose a distributed logic based RA, which can efficiently utilize the UnPaired Functional (UPF) links in such partially defected interconnects. The basic fault pattern tolerated...
In NoCs where each interconnection between neighboring routers is composed of a pair of unidirectional links, a broken link usually leads to the abandon of the entire interconnection, even if the other one is still functional. In this paper, we propose a fault tolerant Routing Algorithm (RA) which can efficiently utilize these fault free links when their pair broken links have available misrouting-contour...
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