Novel field programmable embryonic cell for adder and multiplier

Abstract

A novel approach for the implementation of a field programmable embryonic cell is proposed. This is inspired from the concept of cloning used by biological cells to grow a bigger organism. An exemplary full adder and multiplier circuit evolution is simulated using Verilog and verified. An automated generation of configuration data for the embryonic cells from a behavioral description of the overall organism can be done using a genetic algorithm approach in the future.