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Computational experiments successfully predict the emergence of autocorrelations in ultra-high-frequency stock returns

Jian Zhou, Gao-Feng Gu, Zhi-Qiang Jiang, Xiong Xiong, Wei Chen, Wei Zhang and Wei-Xing Zhou
Additional contact information
Jian Zhou: ECUST
Gao-Feng Gu: ECUST
Zhi-Qiang Jiang: ECUST
Xiong Xiong: TJU
Wei Chen: SZSE
Wei Zhang: TJU

Papers from arXiv.org

Abstract: Social and economic systems are complex adaptive systems, in which heterogenous agents interact and evolve in a self-organized manner, and macroscopic laws emerge from microscopic properties. To understand the behaviors of complex systems, computational experiments based on physical and mathematical models provide a useful tools. Here, we perform computational experiments using a phenomenological order-driven model called the modified Mike-Farmer (MMF) to predict the impacts of order flows on the autocorrelations in ultra-high-frequency returns, quantified by Hurst index $H_r$. Three possible determinants embedded in the MMF model are investigated, including the Hurst index $H_s$ of order directions, the Hurst index $H_x$ and the power-law tail index $\alpha_x$ of the relative prices of placed orders. The computational experiments predict that $H_r$ is negatively correlated with $\alpha_x$ and $H_x$ and positively correlated with $H_s$. In addition, the values of $\alpha_x$ and $H_x$ have negligible impacts on $H_r$, whereas $H_s$ exhibits a dominating impact on $H_r$. The predictions of the MMF model on the dependence of $H_r$ upon $H_s$ and $H_x$ are verified by the empirical results obtained from the order flow data of 43 Chinese stocks.

Date: 2014-03, Revised 2018-02
New Economics Papers: this item is included in nep-cmp and nep-fmk
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Published in Computational Economics 50 (4), 579-594 (2017)

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