Supervision of Perception Tasks for Autonomous Systems: the Ocapi Approach

V. Clément, M. Thonnant
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引用次数: 24

Abstract

This paper deals with the supervision of perception tasks, as a component of an autonomous system. First, the role of this component in an autonomous system is presented. Then a model of supervision of perception tasks is proposed: needed control mechanims as well as knowledge modelling are detailed. In the next section, we propose a software tool named OCAPI that uses artificial intelligence techniques. It has been designed as an expert system shell, and handles knowledge about image processing procedures including their goals and their proper usage. The knowledge base is highly structured to improve the efficiency of the system. The OCAPI system automates planning (selection of a sequence of programs) and control of ezecution (parameters initialization and adjustment, and results evaluation). An application for the supervision of a stereovisual process for obstacle detection in road scenes is descmbed.
自主系统感知任务的监督:Ocapi方法
本文讨论了作为自治系统组成部分的感知任务的监督。首先,介绍了该组件在自治系统中的作用。在此基础上,提出了感知任务的监督模型,详细介绍了所需的控制机制和知识建模。在下一节中,我们将提出一个使用人工智能技术的名为OCAPI的软件工具。它被设计成一个专家系统外壳,并处理图像处理程序的知识,包括它们的目标和正确使用。高度结构化的知识库提高了系统的效率。OCAPI系统自动化规划(程序序列的选择)和执行控制(参数初始化和调整,以及结果评估)。描述了一种用于道路场景中障碍物检测的立体视觉过程监督的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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