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Efficient Simulation of Interacting Particle Systems in Continuous Space and Time

机译:连续空间和时间中相互作用粒子系统的高效仿真

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Interacting particle systems models became an increasingly important tool for modeling complex real-world phenomena with applications ranging from ecology, classical physics to tumor evolution. The need for efficient algorithm for simulations becomes therefore apparent. The existing simulation ideas and frameworks mostly make use of lattice models with discrete time. The work presents an efficient algorithm allowing simulation of complicated models while allowing particles positioned in continuous space with continuous timing between events.
机译:相互作用的粒子系统模型已成为用于建模复杂的现实世界现象的越来越重要的工具,其应用范围从生态学,经典物理学到肿瘤演化。因此,对于有效的仿真算法的需求变得显而易见。现有的模拟思想和框架大多使用离散时间的晶格模型。这项工作提出了一种有效的算法,可以模拟复杂的模型,同时允许将粒子放置在连续空间中,并且事件之间的时间连续。

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