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A Geosimulation Approach Involving Spatially-Aware Agents A Case Study on the Identification of Risky Areas for Trains

机译:涉及空间感知主体的地理模拟方法-以识别火车危险区域为例

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Modeling and simulating train behaviours in large scale geographic environments is a complex process. Such a process involves several heterogeneous actors evolving and interacting with their environment. The use of statistical and mathematical models does not satisfy the requirements of such a complex process where spatial data is of fundamental importance. On the other hand, the Agent-Based Geo-Simulation provides a flexible approach that can be used to easily simulate complex systems in large scale georeferenced environments. In this paper we present Train-MAGS, an agent-based geosimulation tool which simulates train behaviours and identifies risky areas in large scale geographic environments. We describe the way in which using the agent based simulation opens perspectives regarding the development of new functionalities to improve the risk assessment of railway networks.
机译:在大规模地理环境中对火车行为进行建模和仿真是一个复杂的过程。这样的过程涉及多个异构参与者,这些参与者不断演变并与其环境互动。统计和数学模型的使用不能满足这种复杂过程的要求,在这种过程中,空间数据至关重要。另一方面,基于代理的地理模拟提供了一种灵活的方法,可用于轻松地在大规模地理参考环境中模拟复杂的系统。在本文中,我们介绍了Train-MAGS,这是一种基于代理的地理模拟工具,可以模拟火车行为并识别大规模地理环境中的危险区域。我们描述了使用基于代理的模拟打开有关新功能开发的观点的方式,以改善铁路网络的风险评估。

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