Predicting the BSE Sensex: Performance comparison of adaptive linear element, feed forward and time delay neural networks

B. Nair, M. Patturajan, V. Mohandas, R. R. Sreenivasan
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引用次数: 15

Abstract

Accurate prediction of financial time series (which can be considered as nonlinear systems) especially in relation to emerging markets like India assumes prominence in that, these markets offer significantly higher opportunities for wealth creation for the investor. This paper compares the effectiveness of different types of Adaptive network architectures in one-step ahead prediction of the daily returns of Bombay Stock Exchange Sensitive Index (SENSEX). The performance of each network is evaluated using 17 different performance measures to find the best network architecture. Also, an empirical evaluation of the weak form of Efficient Market Hypothesis (EMH) for the data in reference is carried out here.
预测BSE Sensex:自适应线性元素、前馈和时滞神经网络的性能比较
准确预测金融时间序列(可以被认为是非线性系统),特别是与印度等新兴市场相关的金融时间序列,在这方面具有突出意义,这些市场为投资者创造财富提供了更高的机会。本文比较了不同类型的自适应网络结构对孟买证券交易所敏感指数(SENSEX)日收益提前一步预测的有效性。使用17种不同的性能度量来评估每个网络的性能,以找到最佳的网络架构。此外,本文还对有效市场假说(EMH)的弱形式进行了实证评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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