基于机器学习技术的大数据金融算法技术

Yiming Zhao
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摘要

随着机器学习技术的发展和广泛应用,利用机器学习技术进行经济算法技术研究已成为一种新型的金融技术领域。今天的金融大数据已经渗透到各行各业,成为重要的生产要素。人类对大量数据的提取和应用预示着新一波生产力增长和消费者剩余的到来。大数据最初是指通过批处理或web搜索索引分析产生的大量数据集。本文利用机器学习技术对大数据金融算法进行探索和研究,分析风险控制措施,报告传统金融的改进和完善,分析研究大数据金融的未来发展。本文的主要研究内容是通过机器学习算法分析大数据金融算法技术。机器学习技术是解决大数据挖掘问题的主要方法之一。机器学习技术是一个利用系统本身进行自我完善的过程,使计算机程序通过积累的经验自动提高性能。本文分析了机器学习算法的相关理论和特点,并将其融入到大数据经济算法技术的研究中。最终的研究结果表明,当数据量为1G时,SVM的训练时间为8分钟,而贝叶斯的训练时间为12分钟,且数据量相对较小。SVM算法在训练时间上仍然有明显的优势。
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Big Data Financial Algorithm Technology Based on Machine Learning Technology
With the development and wide application of machine learning technology, the use of machine learning technology for economic algorithm technology research has become a new type of financial technology field. Today's financial big data has penetrated into all walks of life and has become an important factor of production. The extraction and application of massive amounts of data by humans heralds the arrival of a new wave of productivity growth and consumer surplus. Big data originally refers to a large number of data sets generated through batch processing or web search index analysis. This paper uses machine learning technology to explore and research big data financial algorithms, analyze risk control measures, report on the improvement and perfection of traditional finance, and analyze and study the future development of big data finance. The main research content of this paper is the analysis of big data financial algorithm technology by machine learning algorithms. Machine learning technology is one of the main methods to solve big data mining problems. Machine learning technology is a process of self-improvement using the system itself, so that computer programs can automatically improve performance through accumulated experience. This paper analyzes the relevant theories and characteristics of machine learning algorithms, and integrates them into the research of big data economic algorithm technology. The final result of the research shows that when the data volume is 1G, the training time of SVM is 8 minutes, while the training time of Bayesian is 12 minutes, and the data volume is relatively small. The SVM algorithm still has obvious advantages in training time.
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