Supported by National Defence Fund of China (No. 41323020204).
This paper presents a timing-driven MultiChip Module (MCM) routing algorithm considering crosstalk, which maximizes routing density while minimizing vias and total wire length. The routing algorithm allows a more glob...
Supported by the National High-Tech Programs(No.2002AAl03062, No.2002AA121061 and No.2003AA103520)the Huawei Technologies Co. (No.YBCN2002001).
To design a Banyan network with an arbitrary even-sized port number, the PN2I network is proposed. The PN2I network can be divided into two classes: the complete and incomplete versions. A simple routing algorithm is ...
Supported by the National High-Tech Programs(No.2002AA103062, No.2002AA121061 and No.2003AA103520) the Huawei Technologies Co. under contract number YBCN2002001.
A methodology is proposed to handle problem that under equiproble address of packet traffic at the input port, Generalized Shuffle-Exchange Network (GSEN) routes traffic unevenly because of the unbalanced routing tags...
Supported by the Natural Science Foundation of Fujian Province(No.F0110012) and theScientific Research Foundation of Fujian Provincial Education Department(No.JA03142).
The paper proposes a new routing algorithm for the Rotation-Exchange (REn) network. The length of the path between any two nodes given by the algorithm is not more than (3/8)n2 + O(n), that is, the diameter of REn is ...