Development of genetic algorithms in order to perform data processing of flame temperatures

A program is described which enables performing of genetic algorithms for t he determination of two positive real parameters. These new types of proced ures are tested on a software of determination of flame temperatures previo usly developed in a fully classic way. The genetic operators used are cross over and mutation. They perform operations on a binary coded form of the pa rameters. The goal of the present study consists in developing and optimizi ng a genetic determination of the parameters at a given temperature. We suc ceed in selecting the general architecture of the procedure and implementin g it in our main software of calculation of flame temperature. We have chos en this pyrotechnic field of application because we knew the behaviour of t he real parameters, so the debugging operations were easier.