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Trend following with float-encoding genetic algorithm

机译:趋势跟随浮动编码遗传算法

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Trend following plays an important role in technical analysis for trading financial instruments. In this paper, we propose a model based on Float-encoding Genetic Algorithm (FGA) to determine the best thresholds for trend following in financial time series. Trend following is based on the thresholds called P&Q which is calculated from the amount of an uptrend and downtrend to determine when to buy and sell at a particular time point. In our model, we first smooth the closing price by Exponential Moving Average (EMA) and partition the sample data into two parts respectively for training and testing. During the training session, FGA is used to find the best P&Q values which optimizes the average return based on a chosen EMA. The resulted P&Q is then evaluated against the testing data. Experiments conducted on Hang Sang Index (HSI) from Hong Kong shows promising results.
机译:趋势在交易金融工具的技术分析中起着重要作用。 在本文中,我们提出了一种基于浮动编码遗传算法(FGA)的模型,以确定金融时序序列趋势的最佳阈值。 趋势遵循基于名为P&Q的阈值,该阈值是根据上升趋势和下行趋势计算的,以确定何时在特定时间点购买和销售。 在我们的模型中,我们首先通过指数移动平均(EMA)顺利的关闭价格,并分别将样品数据分别分为两部分以进行培训和测试。 在培训期间,FGA用于找到最佳的P&Q值,该值优化基于所选EMA的平均返回。 然后将得到的P&Q评估测试数据。 来自香港恒桑指数(HSI)进行的实验显示了有希望的结果。

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