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We consider a modified genetic algorithm that uses the two-dimensional orthogonal packing method and a block decoder for placement of the structural elements on the printed circuit board, taking into account the generalized quality criterion. Four ways are proposed to form a priority list, which determines the order of the items selection for placement.
The conventional tuning cannot respond to the performance criteria of a system comprehensively and flexibly, yet the numerical optimization methodologies, such as genetic algorithm and simplex, have shortcomings on strategy parameter selection or initial condition sensitivity. This paper propose a novel comprehensive evaluation function concerning system performance, and optimize the PID controller...
In order to obtain the optimal parameters of flight control laws for a certain helicopterpsilas coordinated turning motion, a novel method based on multi-objective genetic algorithm (MOGA) is proposed. In this method, design of flight control laws for coordinated turning motion is viewed as a multi-objective optimization problem (MOP) where obtaining optimal performances in each design flight envelop...
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