首页> 外文会议>Advances in Neural Networks - ISNN 2007 pt.2; Lecture Notes in Computer Science; 4492 >How Good Is the Backpropogation Neural Network Using a Self-Organised Network Inspired by Immune Algorithm (SONIA) When Used for Multi-step Financial Time Series Prediction?
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How Good Is the Backpropogation Neural Network Using a Self-Organised Network Inspired by Immune Algorithm (SONIA) When Used for Multi-step Financial Time Series Prediction?

机译:当用于多步金融时间序列预测时,使用受免疫算法(SONIA)启发的自组织网络的反向传播神经网络的效果如何?

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摘要

In this paper, a novel application of the backpropagation network using a self-organised layer inspired by immune algorithm is used for the prediction of financial time series. The simulations assess the data from two time series: Firstly the daily exchange rate between the US dollar and the Euro for the period from the 3rd January 2000 until the 4th November 2005, giving approximately 1525 data points. Secondly the IBM common stock closing price for the period from the 17th May 1961 until the 2nd November 1962, establishing 360 trading days as data points. The backpropagation network with the self-organising immune system algorithm produced an increase in profits of approximately 2% against the standard back propagation network, in the simulation, for the prediction of the IBM common stock price. However there was a slightly lower profit for the US dollar/Euro exchange rate prediction.
机译:在本文中,利用免疫算法启发的自组织层在反向传播网络中的新应用被用于预测金融时间序列。模拟评估了两个时间序列的数据:首先,从2000年1月3日到2005年11月4日,美元与欧元之间的每日汇率,得出大约1525个数据点。其次,从1961年5月17日到1962年11月2日的IBM普通股收盘价,建立了360个交易日作为数据点。在仿真中,采用自组织免疫系统算法的反向传播网络相对于标准反向传播网络,其利润增加了约2%,用于预测IBM普通股价格。但是,美元/欧元汇率预测的利润略低。

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