机器人系统接口。发展轨迹

A. Kurnosov
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引用次数: 0

摘要

考虑了机器人系统接口的创建特点,以提供与外部复杂系统的有效交互。给出了复杂系统的特点,以及导致结构和过程危险相互作用的因素。列举了复杂系统信息交互产生的主要影响。提出了一种水下信息态势监测方案。列举了机器人的系统接口;给出了与它们的创建相关的问题。提出了一种标准化接口技术方案和系统接口开发组织的方法。提出了一种结合自主方法和系统方法优点的策略。提出了一种具有自组织和开放访问的横向网络作为合理的组织发展方案。注意到需要集中精力解决兼容性、智能和物理模拟问题。提出了一种使用JSC SPMDB Malakhit开发的现代化水下机库模型进行技术解决方案实验开发的选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robotics system interfaces – development trajectories
The features of the creation of robotics system interfaces that provide effective interaction with external complex systems are considered. The features of complex systems, factors leading to the risky interaction of structures and processes are given. The main effects arising from information interaction of complex systems are listed. A scheme for monitoring the underwater information situation is given. The system interfaces of robotics are enumerated; the problems associated with their creation are given. An approach to the standardization of technical solutions for interfaces and the organization of system interfaces development is presented. A strategy is proposed that combines the advantages of the autonomous and systemic approaches. It is proposed to consider a horizontal network with self-organization and open access as a reasonable organizational development scheme. The need to concentrate efforts on the issues of compatibility, intelligence and physical simulation is noted. An option of experimental development of technical solutions using a modernized model of the underwater hangar developed by JSC SPMDB Malakhit is proposed.
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