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Handbook of algorithms for physical design automation part 100

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46.4.4 L INEAR D ATAPATH P LACEMENT. The basic idea is to preserve the datapath structure so that we can reduce the problem size by primarily looking at a bitslice of the datapath. Once a bitslice is mapped and placed, other bitslices of the datapath can be mapped and placed similarly on rows above or below the initial bitslice.. One...

Handbook of algorithms for physical design automation part 101

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et al., Proceedings of the 2007 ACM/SIGDA 15th International Symposium on Field Programmable Gate Arrays, ACM Press, New York, 2007. They propose a routing algorithm that keeps track of the usage of routing resources by critical paths and tries to avoid them in consecutive configurations that are generated. Cong, Daomap: A depth-optimal area optimization mapping algorithm for FPGA designs, in...

Handbook of algorithms for physical design automation part 102

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Source node of the flow graph is connected through directed edges to a set of nodes v i , representing candidate thermal vias. The capacity is computed using a heuristic approach that takes into account the temperature difference between the tile and the one directly in the tier below it (under the assumption that heat flows downward toward the sink)....

Handbook of algorithms for physical design automation part 103

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prediction model validated using a 3-D placement and routing tool. Placement and routing for three- dimensional FPGAs. A spiffy tool for the simultaneous placement and global routing for three- dimensional field-programmable gate arrays. VPR: A new packing placement and routing tool for FPGA research. Placement and routing in 3D integrated circuits. see also Adjacent constraint graph Application specific integrated circuit...