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The application of genetic-neural network on the evaluation about the college student's personal credit situation

机译:遗传神经网络在大学生个人信用状况评估中的应用

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State student assistance loan is a personal credit loan, but the personal credit evaluation system of commercial banks could not make a correct assessment for a college student's credit situation because the students have no records about their credit. To avoid the credit risk, it must to establish a rational credit evaluation methodology for college students. As a result of traditional neural network algorithm existing shortcomings that are training time to be long, the convergence rate slow and easy to fall into the partial minimum point, a method of fusing genetic algorithm and neural network control is proposed in this article. The model adopts neural network structure,genetic algorithm is used to optimize the attached weights and thresholds of neural network. 16 samples are used for network training and testing by MATLAB. Simulation results demonstrate that BP neural network exists the phenomenon of failed prediction, but genetic-neural network model all predicts correctly and the maximum value of error about the model output and target output is only 3.2%, therefore using genetic-neural network carry on the college student's personal credit evaluation is method that has a better effect than using BP neural network only.
机译:国家助学贷款是个人信用贷款,但是商业银行的个人信用评估系统无法对大学生的信用状况做出正确的评估,因为学生没有他们的信用记录。为避免信用风险,必须建立合理的大学生信用评估方法。针对传统神经网络算法存在训练时间长,收敛速度慢,容易陷入偏最小点等缺点,提出了一种融合遗传算法和神经网络控制的方法。该模型采用神经网络结构,采用遗传算法对神经网络的权重和阈值进行优化。 MATLAB使用了16个样本进行网络培训和测试。仿真结果表明,BP神经网络存在预测失败的现象,但遗传神经网络模型均能正确预测,模型输出和目标输出的误差最大值仅为3.2%,因此采用遗传神经网络进行预测。与仅使用BP神经网络相比,大学生的个人信用评估是一种效果更好的方法。

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