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Explaining Traffic Situations - Architecture of a Virtual Driving Instructor

机译:解释交通情况-虚拟驾驶教练的体系结构

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Intelligent tutoring systems become more and more common , in assisting human learners. Distinct advantages of intelligent tutoring systems are personalized teaching tailored to each student, on-demand availability not depending on working hour regulations and standardized evaluation not subjective to the experience and biases of human individuals. A virtual driving instructor that supports driver training in a virtual world could conduct on-demand personalized teaching and standardized evaluation. We propose an architectural design of a virtual driving instructor system that can comprehend and explain complex traffic situations. The architecture is based on a multi-agent system capable of reasoning about traffic situations and explaining them at an arbitrary level of detail in real-time. The agents process real-time data to produce instances of concepts and relations in an ever-evolving knowledge graph. The concepts and relations are defined in a traffic situation ontology. Finally, we demonstrate the process of reasoning and generating explanations on an overtake scenario.
机译:在帮助人类学习者方面,智能辅导系统变得越来越普遍。智能辅导系统的显着优势是为每个学生量身定制的个性化教学,按需可用性不取决于工作时间规定和标准化评估,而不受个人经验和偏见的影响。在虚拟世界中支持驾驶员培训的虚拟驾驶教练可以按需进行个性化教学和标准化评估。我们提出了一种虚拟驾驶教练系统的体系结构设计,该系统可以理解和解释复杂的交通情况。该体系结构基于多主体系统,能够推理交通状况并实时以任意详细级别进行解释。代理处理实时数据,以在不断发展的知识图中生成概念和关系的实例。概念和关系在交通状况本体中定义。最后,我们演示了对超车场景进行推理和生成解释的过程。

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