Neptus - a framework to support multiple vehicle operation

P. Dias, S. L. Fraga, Rui M. F. Gomes, G. Gonçalves, F. Pereira, J. Pinto, J. Sousa
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引用次数: 63

Abstract

This paper describes the development of a C3I (communications, command, control and intelligence/information) infrastructure, taking place at the Underwater Systems and Technology Laboratory (LSTS) of FEUP. This infrastructure, the Neptus framework, goal is to support the coordinated operation of heterogeneous teams, which include autonomous and remotely operated underwater, surface, land, and air vehicles and people. People perform a fundamental role, not only in the case of remotely operated vehicles, but also with autonomous vehicles where mix-initiative operation is a requirement. The operational scenarios for these teams are mainly environmental monitoring missions but could also include environmental disaster scenarios, rescue missions, etc. The Neptus distributed architecture is service oriented, which enables high degrees of interoperability between applications, of scalability (number of nodes), and of reconfiguration (number and type of nodes).
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海王星-一个支持多车辆操作的框架
本文描述了在FEUP水下系统和技术实验室(LSTS)进行的C3I(通信、指挥、控制和情报/信息)基础设施的开发。该基础设施,即Neptus框架,目标是支持异构团队的协调操作,包括自主和远程操作的水下、水面、陆地和空中车辆和人员。无论是在远程操作车辆中,还是在需要混合主动操作的自动驾驶车辆中,人都扮演着至关重要的角色。这些小组的行动方案主要是环境监测任务,但也可能包括环境灾害方案、救援任务等。Neptus分布式架构是面向服务的,它支持应用程序之间的高度互操作性、可伸缩性(节点数量)和可重构性(节点数量和类型)。
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