Concurrent cell generation and mapping for CMOS logic circuits

The conventional technology mapping method is selecting cells from a limited standard library, and the performance of the resultant circuit deeply depends on the characteristics of the library. To realize detailed optimization not limited by an instance of cell library and to reduce the maintenance cost of standard cell libraries, a novel paradigm for technology mapping, in which cell generation and mapping can be executed concurrently, is considered. This paper shows an outline of a concurrent cell generation and mapping strategy, and proposes a method to map an input Boolean network into CMOS transistor network. The transduction in transistor level is introduced for cell generation and the Dynamic Programming is utilized for cell assignment.