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Various Approaches to the Application of Answer Set Programming in Order-picking Systems with Intelligent Vehicles

机译:用智能车辆的秩序拣选系统应用答案集编程的各种方法

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Intelligent, self-driving vehicles on public roads are widely noted in the media nowadays. In warehouse and production systems, such vehicles have been common for a number of years, even though their intelligence has only come to awareness in the recent years. Those systems are especially tailored to work in volatile environments which change (to some degree) every few weeks or months. Thus, programming is required to be as flexible as possible while still providing high efficiency. Answer set programming is a well known paradigm which has received remarkable attention in the recent years. In this paper several approaches are presented and evaluated to apply answer set programming to an order-picking system with intelligent vehicles. The interconnected planning tasks are the dispatching of vehicles to driving jobs and the assignment of customer orders to picking stations.
机译:智能,公共道路上的自动驾驶车辆在媒体上广泛指出。在仓库和生产系统中,这种车辆在近年来的智力才能在近年来才能意识到这一年。这些系统尤其根据每隔几周或几个月改变(一定程度)的挥发性环境而定制。因此,需要编程尽可能灵活,同时仍然提供高效率。答案集编程是一个知名的范式,近年来在近年来受到了显着的关注。本文提出了几种方法,并将答案集编程应用于具有智能车辆的秩序拣选系统。互连的规划任务是调度驾驶工作的车辆以及将客户订单分配给拣选站。

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