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Multiple Particle Collision Algorithm applied to Radiative Transference and Pollutant Localization Inverse Problems

机译:多种颗粒碰撞算法应用于辐射转移和污染物定位逆问题

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The Multiple Particle Collision Algorithm (MPCA) is a nature-inspired stochastic optimization method developed specially for high performance computational environments. Its advantages resides in the intense use of computational power provided by multiple processors in the task of search the solution space for a near optimum solution. This work presents the application of MPCA in solving two inverse problems written as optimization problems, its advantages and disadvantages are also described, so are the obtained results.
机译:多种粒子碰撞算法(MPCA)是一种专门用于高性能计算环境的自然启发随机优化方法。其优点在于在近最佳解决方案中搜索解决方案空间的任务中的多个处理器提供的计算能力的强烈使用。本作品呈现了MPCA在求解两种逆问题时作为优化问题,还描述了其优点和缺点,所以获得的结果也是如此。

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