Real-time cooperative image processing for interactive environment understanding

T. Hamada, K. Kamejima, M. Tsuchiya
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Abstract

A real-time cooperative image processing method that enables interactive understanding of the environment is proposed for use in intelligent teleoperation systems. An object recognition process for interactive environmental map building is developed by combining simple independent recognition agents with a cooperation mechanism to achieve real-time data acquisition in a changing environment. The cooperation mechanism is obtained by designing each independent agent to work recursively while referring to a common object model. This method provides a flexible recognition process that interactively produces useful results, even from complicated environment scenes. The proposed method is shown to work successfully.<>
用于交互式环境理解的实时协同图像处理
提出了一种用于智能遥操作系统的实时协同图像处理方法,实现了对环境的交互式理解。通过将简单的独立识别主体与协作机制相结合,开发了一种用于交互式环境地图构建的目标识别流程,实现了环境变化中的实时数据采集。协作机制是通过设计每个独立的代理在引用公共对象模型的情况下递归地工作来实现的。这种方法提供了一种灵活的识别过程,即使在复杂的环境场景中也能交互式地产生有用的结果。所提出的方法是成功的。
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