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Self Synchronization of Mobile Objects

机译:移动对象的自同步

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摘要

Moving objects share space for managing their mobility. For example, vehicles share roads, airplanes and UAVs share the sky or under-water space, etc. The problem then can be stated as ȁC;how moving objects can self-synchronize over the use of common resource (space, intersections, etc.) to maintain a conflict-free movement without the aid of a third party?ȁD; In this paper we describe our self-synchronization scheme for traffic movement through intersections. We claim that our scheme will be able to introduce fairness, reduce or eliminate the accidents (conflicts), and significantly reduce the cost of traffic management by eliminating the traffic lights that have very little intelligent and other traffic signs such as stop, give way, etc. Our scheme not only implements traffic-light logic but also human driversȁ9; discretion to some extent. We present a simulation model to illustrate the working of our mechanism using simulated mobile cars.
机译:移动的对象共享用于管理其移动性的空间。例如,车辆共享道路,飞机和无人机共享天空或水下空间等。那么问题可以表述为ȁC;移动物体如何在使用公共资源(空间,交叉路口等)的情况下实现自我同步。 )在没有第三方帮助的情况下保持无冲突的运动?在本文中,我们描述了用于通过交叉路口的交通的自同步方案。我们声称,我们的方案将能够消除不那么聪明的交通信号灯和其他交通标志(例如停车,让路),从而引入公平性,减少或消除事故(冲突)并显着降低交通管理成本。我们的方案不仅实现交通信号灯逻辑,还实现了驾驶员9;一定程度的自由裁量权。我们提供一个仿真模型来说明我们使用仿真移动车的机制的工作原理。

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