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ONTOLOGIES IN A MULTI-AGENT SYSTEM FOR AUTOMATED SCHEDULING

机译:多代理自动调度中的本体

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Multi-Agent Systems (MAS) have been successfully used in a wide range of applications such as robotics and e-commerce, and in particular in planning and scheduling. The aim of this paper is to present the interesting features that the use of ontologies in MAS offers. As an example, the development of a MAS for automated planning and scheduling in a University Research Group Scenario is shown in this paper. In this scenario, researchers are frequently proposed to attend internal meetings about several subjects such as lessons planning or research evaluations. Scheduling and negotiating meeting details such as time and location becomes highly complicated as the number of intended attendees increases. Moreover, there are usually conflicts about the use of some common resources such as portable computers or projectors. As can be seen, the scheduling problem that the MAS solves is very easy. So having solved it is not what is important about this paper. In contrast, what is important is the potential which a scheduler can schedule for the items whose description, for example, is on the web, and can read on it (without knowing a priori) the logic of how the scheduling can be done.
机译:多代理系统(MAS)已成功用于各种应用程序,例如机器人技术和电子商务,尤其是在计划和调度中。本文的目的是介绍在MAS中使用本体提供的有趣功能。例如,本文显示了大学研究小组方案中用于自动计划和调度的MAS的开发。在这种情况下,经常建议研究人员参加有关多个主题的内部会议,例如课程计划或研究评估。随着预期参加者数量的增加,安排和协商会议细节(例如时间和地点)变得非常复杂。此外,通常在使用某些通用资源(例如便携式计算机或投影仪)方面存在冲突。可以看出,MAS解决的调度问题非常容易。因此,解决它对本文而言并不重要。相反,重要的是,调度程序可以对例如其描述在网上的项目进行调度,并可以在不知道先验的情况下在其上读取如何进行调度的逻辑的潜力。

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