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Vehicle Driving Network Routing Optimization Algorithm Based on Drosophila Algorithm

机译:基于果蝇算法的车辆驾驶网络路由优化算法

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In order to discuss the vehicle routing problem, which is a combination optimization problem, we apply drosophila algorithm. First of all, we introduces the fundamental concepts of drosophila algorithm and describes the specific implementation steps. Secondly, we analyze vehicle routing problem and mathematical model and do a simulation experiment to explore the effect and performance of drosophila algorithm. The experimental results show that the improved drosophila algorithm, compared with the common drosophila algorithm, can improve the solution accuracy indeed, and it efficiently solves the vehicle routing problem. As a result, it can be concluded that, in order to effectively solve the typical combination optimization problem - vehicle routing problem, it is necessary to apply artificial intelligent method, which has rather good performance and it can improve the accuracy of algorithm.
机译:为了讨论车辆路由问题,这是组合优化问题,我们应用果蝇算法。首先,我们介绍了果蝇算法的基本概念,并描述了具体的实施步骤。其次,我们分析了车辆路由问题和数学模型,并进行了模拟实验,探讨了果蝇算法的效果和性能。实验结果表明,与常见的果蝇算法相比,改进的果蝇算法确实可以提高解决方案准确性,有效地解决了车辆路径问题。结果,可以得出结论,为了有效解决典型的组合优化问题 - 车辆路由问题,需要应用人工智能方法,具有相当良好的性能,可以提高算法的准确性。

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