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安天洙 한국중국문화학회 1998 中國學論叢 Vol.7 No.-
杜甫是唐朝偉大的詩人, 精關的詩論家, 同時也是藝術修養極高的人. 杜甫以詩論詩, 以詩論書, 以詩論畵, 以詩論舞, 用語極簡. '眞?興?神?律?法'這五介字就是杜甫詩學的基本理論광架, 而杜甫藝術見解的結晶. 正因爲如此, 我們要把握杜甫詩學以及藝術的本身, 就必須知道這五介字的眞正涵義. 以其第一次試圖, 本稿要分析杜甫詩中'神'字的多樣涵義. 因爲首先杜甫詩中涉及'神'之處極多, 령外學習杜詩時對本人最困難的問題.
IS프로젝트에서 PMS 품질이 성과에 미치는 영향에 대한 연구
정천수,안현철 한국지식경영학회 2012 지식경영연구 Vol.13 No.3
Recently because the IS development project is large scale and complicated, the necessity of tools that can manage effectively smooth communications and the harmonized project between the interested parties is exposed. According to this fact, many companies are investing enough to the PMS (Project Management System) for the sake of the systematic management of the IS development project, and also this PMS is emerging as one of the indispensable tools for the successful IS development project by casting off from a auxiliary means for the past project management. However, as had been expected, whether the introduction of the PMS is possible to facilitate communications within a project team, and a main motivation that can derive individual performance and organizational performance that participated in the IS development project is induced or not are not verified still empirically and apparently. With respect to this, a survey was conducted to examine how PMS quality affected user satisfaction, communication, individual performance and project performance. The effects of the data gathered were verified by structural equation model analysis.
이용우,안천수,신지태,Lee, Yong-Woo,Bui, Toan Duc,Ahn, Chunsoo,Shin, Jitae 대한의용생체공학회 2015 의공학회지 Vol.36 No.2
Osteoarthritis is the most common chronic joint disease in the world. With its progression, cartilage thickness tends to diminish, which causes severe pain to human being. One way to examine the stage of osteoarthritis is to measure the cartilage thickness. When it comes to inter-subject study, however, it is not easy task to compare cartilage thickness since every human being has different cartilage structure. In this paper, we propose a method to assess cartilage defect using MRI inter-subject thickness comparison. First, we used manual segmentation method to build accurate atlas images and each segmented image was labeled as articular surface and bone-cartilage interface in order to measure the thickness. Secondly, each point in the bone-cartilage interface was assigned the measured thickness so that the thickness does not change after registration. We used affine transformation and SyGN to get deformation fields which were then applied to thickness images to have cartilage thickness atlas. In this way, it is possible to investigate pixel-by-pixel thickness comparison. Lastly, the atlas images were made according to their osteoarthritis grade which indicates the degree of its progression. The result atlas images were compared using the analysis of variance in order to verify the validity of our method. The result shows that a significant difference is existed among them with p < 0.001.