
Сформулированная задача нелинейного программирования является многоэкстремальной и решается стохастическим мультиагентным методом на основе оптимизации роем частиц, в котором частицы роя перемещаются в многомерном пространстве поиска. Научная новизна. Впервые разработан метод синтеза систем активного экранирования техногенного магнитного поля промышленной частоты с помощью управляемых источников магнитного поля путем решения задачи нелинейного программирования с ограничениями на основе стохастической мультиагентной оптимизации роем частиц. Практическая значимость. Приведены примеры синтеза систем активного экранирования техногенного магнитного поля промышленной частоты и показана высокая эффективность синтезированных систем. Synthesis of active shielding systems for technogenic power frequency magnetic fields is reduced to the solution of a nonlinear programming problem with constraints, which computation of the objective function and constraints is performed based on the Biot - Savart - Laplace law. Formulated nonlinear programming problem is solved by using the multiextremal and stochastic multi-agent method based on particle swarm optimization, in which the particle swarm move in a multidimensional search space. Originality. First developed a method for the synthesis of active shielding systems for technogenic power frequency magnetic fields using controlled source of the magnetic field by solving a nonlinear programming problem with constraints based on stochastic particle swarm optimization of multi-agent. Practical value. Examples of synthesis of systems of active shielding technogenic power frequency magnetic fields and high efficiency of the synthesized systems.
магнитное поле, stochastic multi-agent optimization, экранирование, system of active screening, стохастическая мультиагентная оптимизация, power frequency, magnetic field, промышленные частоты
магнитное поле, stochastic multi-agent optimization, экранирование, system of active screening, стохастическая мультиагентная оптимизация, power frequency, magnetic field, промышленные частоты
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