Fluid-Limits of Fragmented Limit-Order Markets

Fuente: arXiv
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Autores principales: Muhle-Karbe, Johannes, Neuman, Eyal, Shadmi, Yonatan
Formato: Preprint
Publicado: 2024
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author Muhle-Karbe, Johannes
Neuman, Eyal
Shadmi, Yonatan
author_facet Muhle-Karbe, Johannes
Neuman, Eyal
Shadmi, Yonatan
contents Maglaras, Moallemi, and Zheng (2021) have introduced a flexible queueing model for fragmented limit-order markets, whose fluid limit remains remarkably tractable. In the present study we prove that, in the limit of small and frequent orders, the discrete system indeed converges to the fluid limit, which is characterized by a system of coupled nonlinear ODEs with singular coefficients at the origin. Moreover, we establish that the fluid system is asymptotically stable for an arbitrary number of limit order books in that, over time, it converges to the stationary equilibrium state studied by Maglaras et al. (2021).
format Preprint
id arxiv_https___arxiv_org_abs_2407_04354
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Fluid-Limits of Fragmented Limit-Order Markets
Muhle-Karbe, Johannes
Neuman, Eyal
Shadmi, Yonatan
Probability
Mathematical Finance
60K25, 90B22, 37A50
Maglaras, Moallemi, and Zheng (2021) have introduced a flexible queueing model for fragmented limit-order markets, whose fluid limit remains remarkably tractable. In the present study we prove that, in the limit of small and frequent orders, the discrete system indeed converges to the fluid limit, which is characterized by a system of coupled nonlinear ODEs with singular coefficients at the origin. Moreover, we establish that the fluid system is asymptotically stable for an arbitrary number of limit order books in that, over time, it converges to the stationary equilibrium state studied by Maglaras et al. (2021).
title Fluid-Limits of Fragmented Limit-Order Markets
topic Probability
Mathematical Finance
60K25, 90B22, 37A50
url https://arxiv.org/abs/2407.04354