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A Multi-agent Intelligent System for on Demand Transport Problem Solving

机译:用于按需运输问题解决的多代理智能系统

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In recent years, urban traffic congestion and air pollution have become huge problems in many cities in the world. A possible investment in order to reduce congestion is to increase the number of passengers in vehicles, and to decrease the number of vehicles on streets. This problem is defined as on demand transport (ODT) problem. The ODT problem environment is defined by three components: the infrastructure of the city, the vehicles and the drivers. Clients formulate requests for transportation from a pickup, to a drop off places. These requests are received and must be served on real time by the set of vehicles, which require real time environment updates. This paper is a first step to model the ODT problem as a multi-agent distributed planning problem. Our model relaxes some definitions and reduces the complexity of the ODT problem to allow better optimization.
机译:近年来,城市交通拥堵和空气污染已成为世界上许多城市的巨大问题。 为了减少拥堵的可能投资是增加车辆中的乘客人数,并减少街道上的车辆数量。 此问题定义为按需运输(ODT)问题。 ODT问题环境由三个组件定义:城市的基础设施,车辆和司机。 客户对从拾取器提供交通的请求,以下降。 收到这些请求,必须由一组车辆实时服务,这些车辆需要实时环境更新。 本文是将ODT问题的第一步作为多代理分布式规划问题。 我们的模型放松了一些定义并降低了ODT问题的复杂性,以便更好地优化。

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