A new program, named ANTIcomplex, has been specially written for searching the optimum conditions of a technological process. The algorithm is based on an iterative procedure with, at each step, a random sampling for ...
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A new program, named ANTIcomplex, has been specially written for searching the optimum conditions of a technological process. The algorithm is based on an iterative procedure with, at each step, a random sampling for a better exploration of the hyperspace of the parameters. Since the process is considered as a 'black box', the program operates by successive reductions of the variation domains with a strategy derived from some function optimization (complex). This approach is very flexible and the experimenter can stop the investigation at any series of experiments according to the desired accuracy for the optimum region. This program has been successfully tested on several real processes. This paper gives a complete description of the approach together with two illustrations on simulated processes.
In this paper, a visual operation interface and a main program for computation are devoloped on the basis of constrained nonlinear complex optimization algorithm, Visual C programming language and parametric drawing t...
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In this paper, a visual operation interface and a main program for computation are devoloped on the basis of constrained nonlinear complex optimization algorithm, Visual C programming language and parametric drawing techniques. They mainly help solve such problems as multi-state constraints and complexity of programs in optimal design of gravity dam section. The computing results show that the newly developed program is of high accuracy. While improving computation efficiency, it can also enhance human-computer interaction.
Aiming at the problem of acoustic compatibility existing in the integrated use of soft and hard torpedo defense weapons, put forward the solution of laying suspended interceptor projectile in restricted area. Accordin...
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Aiming at the problem of acoustic compatibility existing in the integrated use of soft and hard torpedo defense weapons, put forward the solution of laying suspended interceptor projectile in restricted area. According to the different types of torpedo guidance, respectively established mathematical model for suspended interceptor projectile laying in restricted area, and optimize the internal function and the constraint conditions, give the calculation process of optimal result using complex algorithms, verify the correctness of the model and algorithm through examples, provides a theoretical basis for solving the optimization problem of suspended interceptor projectile laying in restricted area.
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