地面响应机器人,确保紧急情况下电视记者的安全操作

Victor Andreev
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摘要

文章考虑了一种方法,即通过地面响应机器人技术,确保在紧急情况下进行电视报道的电视记者的安全工作条件。建议使用配备视觉系统和专业电视拍摄设备的遥控(远程操作)地面移动服务机器人。俄罗斯国家机器人和控制技术科学中心(圣彼得堡)开发的遥控机器人可用作此类机器人系统。为机器人配备立体视觉系统和专用电视摄像机以组织移动机器人运动的远程操作,需要宽带通信信道,因为必须同时传输多个视频流。为了解决这个问题,建议使用图像压缩方法和网络技术的使用经验,这些经验是在根据 "Leader"(俄罗斯)特殊风险救援行动中心的指示,开发安装在移动机器人系统 BROKK-110D 和 BROKK-330 (瑞典)上的多摄像机视觉系统时获得的。提出的技术解决方案是为电视记者提供特殊的遥控地面机器人,使他们能够直接在敌对现场进行电视报道,同时与事件现场和无线电天线位置保持安全距离。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ground-based response robotics for the safe operation of TV journalists in emergency zone
The article considers an approach to ensuring safe working conditions for TV journalists conducting TV reports from the emergency zone by means of ground-based response robotics. It is proposed to use a remote controlled (teleoperated) ground-based mobile service robots equipped with vision systems and professional television film-ing equipment. Remote-controlled robots developed at the Russian State Scientific Center for Robotics and Tech-nical Cybernetics (St. Petersburg) can be used as such robotic systems. Equipping robots with a stereoscopic vi-sion systems and a special TV camera to organize teleoperation of a mobile robot’s movement requires a broad-band communication channel, since it is necessary to transmit several video streams simultaneously. To solve this problem, it is proposed to use an image compression methods and the experience of using a network technolo-gies obtained during the development of the multiple-camera vision systems for installation on the mobile robotic systems BROKK-110D and BROKK-330 (Sweden) at the instructions of the Center for Special Risk Rescue Opera-tions «Leader» (Russia). The technical solution is presented to provide TV journalists with special remote-controlled ground-based robotics, which allows them to conduct television reports directly from the scene of hostili-ties, while being at a safe distance from the scene of events and the location of radio antennas.
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