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A Ludo Cellular Automata model for microscopic traffic flow

机译:用于微观交通流的Ludo元胞自动机模型

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The Ludo Cellular Automata (LCA) concept proposed in this paper, harnesses a stochastic approach for vehicle acceleration at microscopic level. Inspired by the traditional Ludo board game, a die roll in LCA coupled with a set of Ludo rules and biases have the potential to improve the stochasticity of traffic flow speed. Hence, LCA increases vehicle acceleration and deceleration accuracy. Furthermore, the model defines spaces with multiple-state, which can accommodate multiple constraints. Each space in a lane contains a speed value, which allows vehicles to react accordingly. The LCA model aims at providing a robust and flexible algorithm that enhances traffic flow accuracy and computation efficiency. (C) 2016 Elsevier B.V. All rights reserved.
机译:本文提出的Ludo元胞自动机(LCA)概念采用了一种在微观层面上实现车辆加速的随机方法。受传统Ludo棋盘游戏的启发,LCA中的掷骰与Ludo规则和偏见集相结合,有可能提高交通流速度的随机性。因此,LCA提高了车辆的加减速精度。此外,模型定义了具有多状态的空间,可以容纳多个约束。车道上的每个空间都包含一个速度值,该速度值可使车辆做出相应的反应。 LCA模型旨在提供一种鲁棒且灵活的算法,以提高交通流的准确性和计算效率。 (C)2016 Elsevier B.V.保留所有权利。

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