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Fractional order butterworth filter design using Artificial Bee colony algorithm

机译:使用人工蜂菌落算法的分数秩序达特韦尔滤波器设计

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Fractional order representation has been more effective in analyzing various physical systems more efficiently as compared to conventional integer order representation. Fractional order representation allows higher order integer systems to be replaced by small fractional order equivalent systems. In this paper, fractional order filters are designed using Swarm intelligence based evolutionary optimization algorithm. The designed filters have been compared with other state of the art evolutionary optimization techniques. In order to evaluate the order reduction by the proposed technique the designed filters are converted to equivalent higher order digital filter. The applicability of the designed filters for real time applications has been validated using TMS320F2812 DSP processor.
机译:与传统整数阶表示相比,分数阶表示在分析各种物理系统方面更有效。分数级表示允许高阶整数系统由小的分数顺序等效系统替换。本文使用基于群体的进化优化优化算法设计了分数阶滤波器。设计的过滤器已经与其他现有的进化优化技术进行了比较。为了评估所提出的技术的顺序减少,设计的过滤器转换为等效的高阶数字滤波器。使用TMS320F2812 DSP处理器验证了设计过滤器的实时应用的适用性。

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