Enabling a dialog – A C2I infrastructure for unmanned vehicles and sensors

P. Dias, J. Pinto, R. Gonçalves, J. Sousa
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引用次数: 5

Abstract

Operation of networks of heterogeneous vehicles and sensors imposes many technical and operational challenges. Simultaneous control of multiple vehicle types requires abstraction any device-specific details and to keep human operators in the loop by providing them a good overall picture of the current system state. In this paper, we present the Neptus command and control infrastructure for such operations, in terms of its evolution and current-day architecture. Neptus supports the various phases of vehicle and sensor operations abstracting vehicle and sensor specificities by considering vehicles as maneuver providers and using open standards for communication and data storage. Operators are kept in the loop by using adaptable interfaces which can be tailored to specific operators, vehicles or mission scenarios. Neptus has been used numerous times for field-testing unmanned vehicles and in several demonstrations of multi-vehicle operations.
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启用对话-用于无人驾驶车辆和传感器的C2I基础设施
异构车辆和传感器网络的运行带来了许多技术和操作上的挑战。同时控制多种车辆类型需要抽象任何特定于设备的细节,并通过向人类操作员提供当前系统状态的良好总体图像来保持他们在循环中。在本文中,我们介绍了海王星指挥和控制基础设施的这种行动,在其演变和当前的架构。Neptus支持车辆和传感器操作的各个阶段,将车辆视为机动提供者,并使用开放的通信和数据存储标准,从而抽象出车辆和传感器的特性。通过使用可适应的接口,操作员可以根据特定的操作员、车辆或任务场景进行定制,从而保持在循环中。海王星已经多次用于无人驾驶车辆的现场测试和多车辆操作的演示。
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CiteScore
3.90
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