Practical aspects of logic synthesis based on functional decomposition

General functional decomposition has important applications in many fields of modern engineering and science. However, it is mainly perceived as a method of logic synthesis for implementation of Boolean functions into FPGA-based architectures. In this paper, an application of balanced functional decomposition in other fields of modern engineering is presented. The experimental results demonstrate that a method of synthesis based on functional decomposition can help in implementing sequential machines using flip-flops or ROM memory. It also can be efficiently used as a method of multilevel logic synthesis for VLSI technology.