: We propose a novel evolutionary approach to the problem of timing-driven FPGA placement. The method used is evolutionary programming (EP) with incremental position encoded in the...
In this paper, we investigate the speed and area-efficiency of FPGAs employing “logic clusters” containing multiple LUTs and registers as their logic block. We introduce a ne...
Abstract. Layout tools for FPGAs can typically be run in two different modes: non-timing-driven and timing-driven. Non-timing-driven mode produces a solution quickly, without consi...
Jason Helge Anderson, Sudip Nag, Kamal Chaudhary, ...