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Features of Establishing Laser Communication Systems for Multi-Agent Robotic Systems

机译:建立多智能体机器人系统激光通信系统的特征

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Background/Objectives: The article discusses the requirements for optical information systems intended for use in MRSs, the necessary software composition, as well as sound technical solutions, which can be used in the development of OISs. Methods: The conducted analysis of the scientific and patent literature enabled to highlight the most promising technical solutions which are integrated into the proposed concept for the system construction. Findings: MRS operation requires the system agents to process in real-time mode large amounts of information about the environment and a high speed (over 1 Gb/s) of the wireless exchange of information with a network-centric control point and between the MRS agents, and through a large number of channels simultaneously (up to several dozen). For these reasons, in advanced MRSs the open optical channel communication should be considered as the main means of communication. Improvements/ Novelty: The proposed concept for constructing a system is based on the synthesis of ‘all-optical’ circuit of open optical communication and scanning system that is typical for laser radar systems.
机译:背景/目的:本文讨论了用于MRS的光学信息系统的要求,必要的软件组成以及可用于OIS开发的完善的技术解决方案。方法:通过对科学和专利文献的分析,可以突出最有前途的技术解决方案,这些解决方案已整合到所提议的系统构建概念中。结论:MRS操作需要系统代理以实时模式处理有关环境的大量信息以及与以网络为中心的控制点之间以及MRS之间的高速无线信息交换(超过1 Gb / s)代理商,并同时通过大量渠道(多达几十个)。由于这些原因,在高级MRS中,开放式光信道通信应被视为主要的通信手段。改进/新颖性:构建系统的概念基于对开放式光通信和扫描系统的“全光”电路的综合,这是激光雷达系统的典型特征。

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