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Common ground control system (CGCS) to support autonomous object observation, collection, and response in multi-domain environments

机译:通用地面控制系统(CGCS),可在多域环境中支持自主对象的观察,收集和响应

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The use of Unmanned Systems (UxS) for multi-domain environments is both appropriate and desirable. In such an environment, a diverse set of space, air, surface, subsurface, and cyber-based assets need to collaborate to maximize the chance of a mission being successful. Present solutions require one-to-one control segment and vehicle pairing, thereby creating issues for size constrained environments. These solutions also lack single operator mission situational awareness and require that the operator focus on single vehicle performance versus mission execution. An integrated solution is required to allow for effective collaboration. This paper presents a new Common Ground Control System (CGCS) approach to fill the above technology gap in order to support multiple mission goals (e.g., object observation, collection, and response). This capability includes a new process through which a single user can orchestrate a fleet of diverse multi-domain assets using goal based missions. This novel approach reduces the user's cognitive workload removing the one-to-one bottleneck, which in turn significantly reduces the overall cost for mission execution.
机译:在多域环境中使用无人系统(UxS)既合适又合乎需要。在这样的环境中,需要协作进行各种空间,空中,地面,地下和基于网络的资产的组合,以最大程度地完成任务的机会。当前的解决方案需要一对一的控制段和车辆配对,从而在尺寸受限的环境中产生问题。这些解决方案还缺乏对单个操作员执行任务情况的了解,并且要求操作员将重点放在单个车辆的性能与任务执行之间。需要集成解决方案以实现有效的协作。本文提出了一种新的通用地面控制系统(CGCS)方法,以填补上述技术空白,以支持多个任务目标(例如,目标观察,收集和响应)。此功能包括一个新过程,通过该过程,单个用户可以使用基于目标的任务来编排由多个多域资产组成的团队。这种新颖的方法减少了用户的认知工作量,消除了一对一的瓶颈,从而大大降低了执行任务的总成本。

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