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Dynamic High Frequency Trading: A Neuro-Evolutionary Approach

机译:动态高频交易:一种神经进化方法

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摘要

Neuro-evolution of augmenting topologies (NEAT) is a recently developed neuro-evolutionary algorithm. This study uses NEAT to evolve dynamic trading agents for the German Bond Futures Market. High frequency data for three German Bond Futures is used to train and test the agents. Four fitness functions are tested and their out of sample performance is presented. The results suggest the methodology can outperform a random agent. However, while some structure was found in the data, the agents fail to yield positive returns when realistic transaction costs are included. A number of avenues of future work are indicated.
机译:增强拓扑(整洁)的神经演变是最近开发的神经进化算法。本研究采用整洁的德国债券期货市场演变动态交易代理。三个德国债券期货的高频数据用于培训和测试代理商。测试了四个健身功能,并提出了它们的样品性能。结果表明该方法可以优于随机代理。但是,虽然在数据中发现了一些结构,但在包括现实交易成本时,代理商无法产生正返回。指出了许多未来工作的途径。

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