基于狼群算法的智能金融数据异常QoS系统稳定性大数据环境分析

Lijuan Cui
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引用次数: 0

摘要

本文提出了一种新的群体智能算法——狼群算法,并基于马尔可夫链理论证明了算法的收敛性。它降低了算法因惩罚参数过大而陷入局部最优的风险。受狼的繁殖模式启发,提出了一种基于二元狼群算法的异常数据QoS系统稳定性的大数据环境分析方法。此外,利用具有4个隐藏层的卷积神经网络对构建的时间序列金融数据进行分类和评价。使用实际财务数据进行数据测试和分析。认为首先需要完善监管制度和相关法律法规;其次,利用大数据收集个人信用记录,尽快建立完善的信用体系;最后,通过大数据和计算机技术,创新风控手段,增强互联网金融的稳定性。
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Analysis of Stability Big Data Environment of Intelligent Financial Data Abnormal QoS System based on Wolf Pack Algorithm
A new swarm intelligence algorithm, the Wolf Pack Algorithm has been proposed in this paper, and the convergence of the algorithm is proved based on the Markov chain theory. It reduces the risk of the algorithm falling into local optimum due to the excessively large penalty parameter. Inspired by the reproduction mode of wol ves, a big data environment analysis for the stability of the QoS system for abnormal data is proposed based on the binary wolf pack algorithm. Moreover, the Convolutional Neural Network with 4 hidden layers is used to classify and evaluate the constructed time series financial data. Data testing and analysis are performed using actual financial data. It is believed that the supervision system and relevant laws and regulations need to be improved first; secondly, the big data is used to collect personal credit records so as to establish a sound credit system as soon as possible; finally, through big data and computer technology, risk control methods are innovated to enhance the stability of Internet finance.
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