金融市场的连续ELM

Ashwin S. Ravi, Akshay Sarvesh, K. George
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引用次数: 2

摘要

本文研究了在金融市场背景下使用人工神经网络进行时间序列预测。具体来说,本文考虑的是对孟买证券交易所石油和天然气指数的预测。本文对两类训练策略进行了比较。第一类是基于反向传播算法,第二类是基于极限学习机。主要目标是证明最近提出的极端学习机的顺序变体的预测性能优于这里考虑的其他训练策略,并且具有更少计算时间的附加优势。对于反向传播算法,本文还提出了将批处理和在线训练相结合的方法来提高预测性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sequential ELM for financial markets
This paper deals with time-series prediction using artificial neural networks in the context of financial markets. Specifically, in this paper we consider the prediction of the Oil & Gas Index of the Bombay Stock Exchange. Two classes of training strategies are compared in this paper. The first class is based on the back propagation algorithm and the second class is based on the extreme learning machine. The primary objective is to demonstrate that the prediction performance of the recently proposed sequential variant of the extreme learning machine is superior to other training strategies considered here with the added advantage of lesser computation time. For the back propagation algorithm, the paper also proposes combining batch and online training phases to enhance predictive performance.
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