This paper introduces guidelines for the automatic synthesis of analog circuits by performing
evolutionary operations. It is shown that the synthesis of unity-gain cells (UGCs) can be …

Analog signal processing applications such as filter design and oscillators, require the use
of different kinds of amplifiers, namely: voltage follower, current conveyors, operational …

This chapter shows the application of particle swarm optimization (PSO) to size analog
circuits which are synthesized by a genetic algorithm (GA) from nullor-based descriptions …

A topology synthesis method is introduced using genetic algorithms (GA) based on novelty
search (NS). NS is an emerging meta-heuristic, that guides the search based on the novelty …

This paper presents a group of evolutionary mechanisms for the design of analog circuits,
embedded on a genetic algorithm that performs the synthesis of an analog filter. The …

An optimization system based on the multi-objective evolutionary technique NSGA-II is
presented to automatically size unity-gain cells, namely: voltage and current followers, and …

Advanced driver assistance systems (ADAS) are important to prevent road accidents, one of
those are lane invasions. Nowadays optical and control systems are applied in new cars to …

This paper describes the development of an evolutionary algorithm, the use of genetic
algorithm to automatically synthesize analog circuits. The context of the project is the …

Novelty Search (NS) is a unique approach towards search and optimization, where an
explicit objective function is replaced by a measure of solution novelty. However, NS has …

The power distribution system of a nanosatellite consists of various integrated circuit
components arranged and connected in a way that leads to its maximum optimization. To …