Stock Predictability Using Sparse Learning Approach

B. Dasari
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Abstract

This research paper aims to predict the stock returns of the theS&P 500 companies by using Sparse Learning Approach with the help of historical stock data. In the field of finance and microeconomics, variables keep expanding every day due to different factors or strategies introduced by humans intending to make the result profitable thereby making the process more complex. In the world of complexity, sparse learning is one of a kind approach to deal with huge variable sets. Hence, the intention of the paper is to apply the sparse methodology to the financial data of S&P 500 companies and observe the applicability of the model to these types of data sets. Variable selection is an important and quite challenging task in econometric modeling. There are different types of algorithms readily available to optimize and regularize the data sets of various processes in different fields such as medicine, finance, and telecommunication sectors. However, a major problem faced by an individual while working on research is the selection of variables in the data sets to carry out the analysis. To overcome this difficulty, we are interested in utilizing sparse learning model, especially lasso regression. In this paper, we have introduced the methodology and objective behind the model by analyzing it with S&P 500 data
基于稀疏学习方法的股票预测
本文旨在利用历史股票数据,利用稀疏学习方法预测标准普尔500指数成分股公司的股票收益。在金融和微观经济学领域,变量每天都在不断扩大,因为人类为了使结果有利可图而引入了不同的因素或策略,从而使过程更加复杂。在复杂性的世界里,稀疏学习是处理大量变量集的一种方法。因此,本文的目的是将稀疏方法应用于标准普尔500指数公司的财务数据,并观察该模型对这些类型数据集的适用性。变量选择是计量经济建模中一项重要且极具挑战性的任务。有不同类型的算法可以随时用于优化和规范不同领域(如医学、金融和电信部门)的各种过程的数据集。然而,个人在进行研究时面临的一个主要问题是选择数据集中的变量来进行分析。为了克服这个困难,我们有兴趣利用稀疏学习模型,特别是套索回归。在本文中,我们通过分析标准普尔500指数的数据,介绍了模型背后的方法和目标
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