构建感性服务模型的感性工学框架:感性信息相关本体的扩展

Kentarou Fukuta, T. Uozumi, T. Nagashima
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引用次数: 0

摘要

人与计算机之间的操作系统(人类友好系统)的先进发展比计算机硬件的发展更重要。它前进的显著障碍是“我们如何获取和处理感性?”我们如何使用感性来创建用户模型和网络服务?”为了进行初步研究,我们利用心理和生理数据构建了基于贝叶斯网络(BN)的疲劳表达模型。提出了一种基于本体和智能体技术的多bn融合推理系统框架。然后,我们描述了一个在无处不在的家庭和智能家居中处理感性信息的感性工程框架。如本文所述,我们设计了新的本体类别来使用感性信息构建服务模型。结果表明,使用该框架的感性建模将感性信息的推理过程和推理结果作为本体的一个实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Kansei Engineering Framework to Construct a Kansei Service Model: Extension of Kansei Information Related Ontology
Advanced development of a system operating between humans and computers (human friendly system) is more important than the evolution of computer hardware. The salient obstacle to its progress is "How do we acquire and process Kansei? How do we produce a user model and a network service using Kansei?" For preliminary investigation, we constructed fatigue expression models based on a Bayesian network (BN) using psychological and physiological data. We proposed a convergent inference system framework using multiple BNs based on ontology and agent technology. Then we described a Kansei engineering framework for Kansei information processing in a ubiquitous home and smart home. As described herein, we design new ontological categories to construct the service model using Kansei information. Results show that the Kansei modeling using our framework addresses the inference procedure and the inference result of Kansei information as an instance of ontology.
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