Abstract: This paper explores the possibility of using genetic algorithms (GA) in automating the design of synchronous sequential circuits by employing multi objective optimization. The objective is ...

Abstract: Self-timed (ST) digital circuits, which constitute a subclass of asynchronous circuits, have a number of advantages over synchronous and asynchronous counterparts. Due to the two-phase ...

This project was developed during my second year of university for the Digital Circuit Design course. The main goal was to design a synchronous sequential circuit based on specific requirements.

This project implement a synchronous sequential circuit which detects two different 4-bit sequences, A and B. A is chosen as 2 in binary, which is 0010, and B is chosen as 4 in binary, which is 0100.

Verification had always been an important part of SOC design flow. As SOCs are getting more and more complex, so is their verification. Verification of a design involves simulating the all possible ...