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Environment modeling for maintenance automation-a next-best-view approach for combining space exploration and object recognition tasks

机译:用于维护自动化的环境建模-结合空间探索和对象识别任务的最佳视图方法

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In order to enable robot systems to solve complex tasks autonomously, it is essential to model the environment in a sufficient way. This work describes a new approach to create a consistent environment model, using next-best-view planning which combines the optimization of the space exploration and the object recognition task. The approach is designed for the automation of maintenance tasks, which is a challenging task for autonomous robotic systems. After a general overview of the developed system, we explain the theoretic foundations for building a consistent environment model which can be used for manipulation planning. The concept is validated by means of application-oriented examples.
机译:为了使机器人系统能够自主解决复杂的任务,必须以足够的方式对环境进行建模。这项工作描述了一种新的方法来创建一致的环境模型,该方法使用了将空间探索的优化和对象识别任务相结合的最佳视图计划。该方法专为维护任务的自动化而设计,这对于自主机器人系统来说是一项艰巨的任务。在对已开发系统进行总体概述之后,我们将解释构建可用于操纵计划的一致环境模型的理论基础。该概念已通过面向应用程序的示例进行了验证。

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