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This paper is concerned with the performance optimization of an array of at most six imaging atmospheric Cherenkov telescopes as a function of their positions on the ground. Two types of telescopes were used, with ranges of detection equal to 300 m or 500 m. The ideas presented here were developed around an alternative way that employs a modelling step and the implementation of an evolutionary algorithm. We look for configurations that were not investigated by Monte Carlo simulations yet. We found solutions represented by geometric shapes with 3 to 6 telescopes. This is an initial work and the methods developed here have potential applications in other optimization issues on Gamma Ray Astronomy.

Potential increased performance of an array of Cherenkov telescopes by means of their positioning using many-objective evolutionary optimizations