||内林 俊洋, 門間 陽樹, 新城 龍成, 久保 孝嘉, 橋 祐一, 加藤 尚徳, 披田野 清良, 菅沼 拓夫, 樋地 正浩, 橋本 和夫, 清本 晋作, iKaaS ―プライバシーに配慮したIoT プラットフォーム―, 電子情報通信学会和文論文B, J101-B, 1, 3-15, 2018.01.
||Toshihiro Uchibayashi, Bernady O. Apduhan, Norio Shiratori, A domain specific sub-ontology derivation end-user tool for the Semantic Grid, TELECOMMUNICATION SYSTEMS, 10.1007/s11235-013-9757-3, 55, 1, 125-135, 2014.01, Sub-ontology, as the name implies, is a subset of an ontology tailored for a specific domain. Large-scale ontology data can be optimized by extracting the required sub-ontology. Sub-ontology extraction that reflects the user requirements is one method of addressing the issue. Here, sub-ontology extraction methods are called sub-ontology optimization schemes. In this paper, we develop a visual view for users to adopt sub-ontology extraction methods with a particular aim of providing users a front-end tool to perform a particular sub-ontology extraction. Likewise, we construct a Semantic Grid prototype environment to extract the sub-ontology and conducted preliminary evaluation through illustrations using the UMLS Semantic Network. Functional evaluations provided promising results to pursue further experiments and studies on the problem issue..