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Vehicle Classification for Single Loop Detector with Neural Genetic Controller: A Design Approach

机译:具有神经遗传控制器的单环检测器的车辆分类:设计方法

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Vehicle class is an important parameter in the process of road-traffic measurement. Currently, algorithm for inductive loop detector (ILD) uses back propagation neural network for vehicle classification. It has disadvantage of being stuck in local minima also more number of computations are required to find final weights of FFNN. This paper discusses a developed algorithm to find out the weights of neural network. The genetic algorithm is used for finding out the weights and applying those in neural network. In this approach number of computations is reduced with minimized errors as compared to conventional algorithm of neural network. The results found are highly satisfactory.
机译:车辆类是道路交通测量过程中的一个重要参数。目前,电感回路检测器(ILD)的算法使用回传播神经网络进行车辆分类。它的缺点是在局部最小值中卡在局部最小值中,还需要更多的计算来找到FFNN的最终权重。本文讨论了一个发达的算法,了解神经网络的权重。遗传算法用于找出重量并应用神经网络中的权重。与传统的神经网络算法相比,在这种方法中,计算数量减少,并且与传统的神经网络算法相比,误差最小。发现的结果非常令人满意。

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