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Using Mutli-Agent Systems to Improve the Level of Autonomy for Operators Controlling Unmanned Vehicles

机译:使用多智能体系统提高操作员控制无人驾驶车辆的自主性

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This paper describes preliminary work performed to gain an understanding of how to implement a Multi-Agent System (MAS) that can be used to improve the Level of Automation (LOA) used by operators when controlling Unmanned Air Vehicles (UAVs). The ultimate goal is to build an Autonomous Vehicle Management System (AVMS) with intuitive controls that empower the operator to achieve more with less effort. This concept will be supported by a framework comprised of inter-operable MASs acting as teams. Each team has a modular design that support dynamically linkable capabilities. The design provides the operator with an interface to enabled them to select the mode of operation desired based on trust. Technology can be used to provide automation, but innovation enables humans to make it trusted, robust, efficient and effective. Technology and research will effect the ability to adapt, therefore this paper presents the current issues relating to the existing state of knowledge in this domain. This premise relates to the fact that machines can't go beyond what they are programmed to achieve.
机译:本文介绍了为了解如何实施多代理系统(MAS)而进行的初步工作,该系统可用于提高操作员在控制无人飞行器(UAV)时使用的自动化水平(LOA)。最终目标是构建具有直观控件的自动驾驶汽车管理系统(AVMS),使操作员能够以更少的努力实现更多目标。这个概念将由一个由可互操作的MAS组成的框架来支持。每个团队都有模块化设计,支持动态链接功能。该设计为操作员提供了一个界面,使他们能够基于信任来选择所需的操作模式。技术可以用来提供自动化,但是创新使人类可以使它变得可信赖,强大,高效和有效。技术和研究将影响适应能力,因此,本文介绍了与该领域现有知识状态相关的当前问题。该前提与以下事实有关:机器不能超出其编程要实现的范围。

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