A multi-dimensional ontology-based IoT resource model

Huijuan Zhang, Chao Meng
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引用次数: 13

Abstract

Nowadays researches related to resource management and representation of IoT (Internet of Things) emphasize on making identify regulation or describing device working principle. However they could not represent dynamic feature and multi-dimensional feature of interaction. This paper propose a multi-dimensional ontology-based IoT resource model to solve above defects. For resource management, searching and reasoning, this model divides resource into 4 key concepts: general situation, variable feature, function and enforce. Then this paper classify resource into 5 dimensions. Experimental result shows that when IoT resource contains time feature, location feature and priority feature, resource model works well to accomplish management and searching task. In addition, this model lays a foundation for service model, which is in upper layer of resource model.
基于多维本体的物联网资源模型
目前与资源管理和物联网表示相关的研究侧重于制定识别规则或描述设备工作原理。但它们不能代表交互的动态性和多维性。本文提出了一种基于多维本体的物联网资源模型来解决上述缺陷。在资源管理、搜索和推理方面,该模型将资源划分为4个关键概念:一般情况、变量特征、功能和强制。然后将资源划分为5个维度。实验结果表明,当物联网资源包含时间特征、位置特征和优先级特征时,资源模型可以很好地完成管理和搜索任务。此外,该模型还为资源模型上层的服务模型奠定了基础。
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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