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Genetic Neural Network Prediction of Car Ownership Based on Principal Component Analysis

机译:基于主成分分析的汽车所有权遗传神经网络预测

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The prediction of the car ownership is the basic work for city traffic sustainable development. The paper carry on principal component analysis to influencing factors in the process of prediction of Wuhan City car ownership, determine the main components. Combining genetic algorithm with neural network, using genetic algorithm to optimize the weights of neural network, determine the initial weight values of neural network. Not only to improve the neural network training speed and generalization ability, but also overcome that the network is easy to fall into local minimum to a certain extent, then train the neural network, and carry on the prediction of car ownership. At last use a specific example to verify the prediction effect.
机译:汽车所有权的预测是城市交通可持续发展的基本工作。本文对武汉市汽车所有权预测过程中的主要成分分析对影响因素,确定主要成分。将遗传算法与神经网络相结合,使用遗传算法优化神经网络的权重,确定神经网络的初始重量值。不仅要提高神经网络训练速度和泛化能力,还要克服网络容易落入一定程度的地方,然后训练神经网络,并继续预测汽车所有权。最后使用特定示例来验证预测效果。

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