Optimized datapath design by evolutionary computation

High-level design entry tools offer a nice framework to deal with today's complex systems while shortening the design cycle. Nevertheless, such tools provide poor quality results both in area usage and timing performance issues. This paper presents a methodology to design optimized datapaths based on evolutionary techniques and HLS tools. VHDL descriptions of the system are automatically generated by Genetic Programming. To improve the design of the structural quality of such descriptions, a two-stage multi-objective optimization algorithm is used to ensure both desired functionality and area constraints.