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A global router with its consistent placer is proposed which aims to control wire-densities of channels. The routing order of nets and their routes are decided according to the channel which is predicted to have the maximum wire-density. The placer distributes the nets evenly with respect to the virtual length (half perimeter of the bounding box). Interesting features included are the interactive dynamic test to decide the form of predicting functions and the admissible region to consider the routing resources in placement stage. Experiments reveal some interesting phenomena that smaller maximum wire-density is attained in spite of comparable total wire-density and that smaller maximum wire-length in spite of larger total wire-length.

Channel-driven global routing with consistent placement (extended abstract)