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FORMING OF THE INVESTMENT PORTFOLIO USING SELF ORGANIZING NEURAL NETWORKS

机译:利用自组织神经网络形成投资组合

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摘要

The problem of comparison of different companies is facing, when looking for possible candidates for the investment portfolio. Screening of the companies, using "well-known" trading strategy parameters, is one of the ways to solve this problem. Actually, much more companies appear on the list, than the trader is willing to buy. To define the best companies or group of the best companies self-organizing (Kohonen's) neural network could be used. Using fundamental financial parameters as inputs, the output of neural network forms the different groups of companies located into a number of disjoint clusters. Non-linear ranging technique was applied as an alternative to self-organizing neural network procedure. The certain meanings of weights were given to the factors, which characterize the companies. Then, by estimation of all weights, companies were assigned to their place in the general listing. Four different portfolios were formed as a result of these researches. The performance of these portfolios showed which of the researched techniques gave better result. The real data from USA stock markets was used for the realization of the whole idea. Then, by the special averaging technique, the 3D map of quality of investment could be formed. Investing portfolios could be formed by simple technical analysis approach.
机译:在寻找投资组合的可能候选人时,面临着不同公司的比较问题。使用“知名”交易策略参数筛选公司是解决此问题的方法之一。实际上,名单上出现的公司多于交易员愿意购买的公司。为了定义最佳公司或最佳公司组,可以使用自组织(Kohonen)神经网络。使用基本财务参数作为输入,神经网络的输出形成位于多个不相交簇中的不同公司集团。非线性测距技术被用作自组织神经网络程序的替代方法。权重的某些含义被赋予了代表公司特征的因素。然后,通过评估所有权重,将公司分配到其在总列表中的位置。这些研究形成了四个不同的投资组合。这些投资组合的表现表明哪种研究技术能提供更好的结果。来自美国股票市场的真实数据用于实现整个构想。然后,通过特殊的平均技术,可以形成投资质量的3D地图。可以通过简单的技术分析方法来形成投资组合。

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