Labeling-based knowledge construction for real-world event understanding

Koji Kamei, Y. Yanagisawa, T. Maekawa, Y. Kishino, Yasushi Sakurai, T. Okadome
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Abstract

A sensor networked environment is capable of observing real-world phenomena as sensor readings, however, there are difficulties in understanding real-world ‘events’ such as activities of daily life occurring in the environment. We propose an incremental model for constructing real-world knowledge to allow us to understand real-world events. The central plank of the proposed model is the labeling practice. In the model, both the ontology of real-world events and the implementation of a sensor system are simultaneously improved based on a manually labeled event corpus. A labeling tool is developed in accordance with the model and event vocabularies are evaluated in a practical labeling experiment.
面向现实世界事件理解的基于标注的知识构建
传感器网络环境能够以传感器读数的形式观察现实世界的现象,然而,在理解现实世界的“事件”(如环境中发生的日常生活活动)方面存在困难。我们提出了一个增量模型来构建真实世界的知识,使我们能够理解真实世界的事件。所提出的模型的核心是标签实践。在该模型中,基于人工标记的事件语料库同时改进了真实事件本体和传感器系统的实现。根据该模型开发了一种标注工具,并在实际标注实验中对事件词汇进行了评价。
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