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Command and Control for Mixed Manned and Unmanned Security Forces

机译:混合载人和无人安全部队的指挥和控制

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The Multiple Resource Host Architecture (MRHA) performs Command and Control (C2) for security robots. The MRHA allows a single human guard to oversee and monitor up to 255 unmanned vehicles and/or sensors. Lessons learned from user testing have led to C2 improvements that optimize the integration of the Unmanned Vehicle Systems (UVS) with the manned guard force. The Mobile Detection Assessment Response System (MDARS) is a joint Army-Navy development effort to field mobile robots at DoD sites for physical security and automated inventory missions. Autonomous platforms patrol inside warehouses (Interior) and outside of storage facilities (Exterior), carrying payloads for intruder detection, inventory assessment, and barrier assessment. The MDARS Control Station is based upon the MRHA. This paper provides an overview of the concept of operations for MDARS with emphasis on the coordination between the manned and unmanned forces. Detail is provided on the recent MRHA development including integration with legacy fixed sensors systems, seamless communication of "eyes and ears" data of the response force to the dispatcher, and resource management to handoff control of an unmanned vehicle from a remote dispatcher to an on-scene commander.
机译:多个资源主机架构(MRHA)对安全机器人执行命令和控制(C2)。 MRHA允许单个人员监督和监测高达255辆无人驾驶车辆和/或传感器。从用户测试中汲取的经验教训导致C2改进,优化了无人驾驶车辆系统(UVS)与载人保护力的集成。移动检测评估响应系统(MDARS)是一个联合军队 - 海军发展努力,用于在国防部站点进行物理安全和自动库存任务的移动机器人。仓库(内部)和存储设施(外部)外部的自主平台巡逻,携带入侵者检测,库存评估和障碍评估的有效载荷。 MDARS控制站基于MRHA。本文概述了MDARS的业务概念,重点是有人和无人汶势力之间的协调。最近的MRHA开发提供了详细信息,包括与传统固定传感器系统的集成,“眼睛和耳朵”数据与调度员的无缝通信,以及资源管理从远程调度仪切换无人驾驶车辆的控制-scene指挥官。

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