Entropy Risk Factor Model of Exchange Rate Prediction

D. J. Stanley, Levan Efremidze, J. Rossouw
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引用次数: 2

Abstract

We investigate the predictability of an exchange rate with entropy risk factor model, as there is growing evidence that financial markets behave as complex systems. The model is tested on the data of South African Rand (ZAR) exchange rate for the period of 2004-2015. We calculate sample entropy based on the daily data of the exchange rate and conduct empirical implementation of several market timing rules based on these entropy signals. The dynamic investment portfolio based on entropy signals produces better risk adjusted performance than a buy and hold strategy. The returns are estimated on the portfolio values in U.S. dollars. The results raise the potential attractiveness of complex systems analyses, especially the methods of entropy, for foreign exchange market research and applications.
汇率预测的熵风险因子模型
我们用熵风险因子模型研究汇率的可预测性,因为有越来越多的证据表明金融市场是一个复杂的系统。采用2004-2015年南非兰特(ZAR)汇率数据对模型进行了检验。我们根据汇率的日常数据计算样本熵,并基于这些熵信号对几种市场择时规则进行实证实施。基于熵信号的动态投资组合比买入并持有策略具有更好的风险调整绩效。回报是以美元计算的投资组合价值。结果提高了复杂系统分析的潜在吸引力,特别是熵的方法,外汇市场的研究和应用。
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