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首页> 外文期刊>IEEE Computer Graphics and Applications >SeaMaster: an ROV-manipulator system simulator
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SeaMaster: an ROV-manipulator system simulator

机译:SeaMaster:ROV机械手系统模拟器

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摘要

In the absence of fully autonomous robots, manipulators operated by a person at a distance are used to carry out tasks in remote and/or hostile environments. SeaMaster software upgrades the human-machine interface of telemanipulators by letting operators control the actual and simulated manipulators either separately or simultaneously. It includes a data-driven control mode. In contrast to direct teleoperation, where the operator directly controls the telemanipulator and uses only video displays for feedback, the computer offers a means of automatically generating joint commands and uncoupling undesired motions of the ROV. The paper describes how the SeaMaster project achieved these goals through computer simulation. The simulator was designed to study the complex motions of an underwater remotely operated vehicle-manipulator system.
机译:在没有全自动机器人的情况下,有人在远距离和/或敌对环境中使用由远距离人员操纵的操纵器来执行任务。 SeaMaster软件允许操作员分别或同时控制实际和模拟操纵器,从而升级了操纵器的人机界面。它包括一个数据驱动的控制模式。与直接遥控操作不同,在直接遥控操作中,操作员直接控制遥控操作器并仅使用视频显示来进行反馈,而计算机则提供了一种自动生成联合命令和解耦ROV不需要的运动的方法。本文介绍了SeaMaster项目如何通过计算机仿真实现这些目标。该模拟器旨在研究水下遥控车辆操纵器系统的复杂运动。

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