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Jang, Yun-su
- Journal of Korean Philosophical Society
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- v.130
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- pp.247-276
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- 2014
The purpose of this paper is to explore how Zhang Zai(張載)''s Gi-Hak(氣學) and Wang Shou-Ren(王守仁)''s Sim-Hak(心學) are interrelated, which differs from prior positions viewing the two as separate, unrelated philosophies or ones standing in contrast to each other. By direct comparing the notions Tae-Heo(太虛) and Yang-Ji(良知), I tried to explain that ontological structures of Gi-Hak and Sim-Hak are interrelated ; and by comparing Dae-Sim(大心) and Chi-Yang-Ji(致良知), I made an argument that Gong-Bu-Ron(工夫論) of Gi-Hak and Sim-Hak corresponds to each other. Zhang Zai''s the doctrine of Tae-Heo can be seen as a respond to Jeok-Myeol-Ron(寂滅論) in Buddhism ; therefore, understanding Sim-Hak in terms of Gi-Hak, that is, interpreting the fundamental meaning of Yang-Ji as Tae-Heo, can free Yang-Myeong-Sim-Hak(陽明心學) from the unceasing criticism by Ju-Ja-Hak(朱子學) that it is a 'Buddhistic heresy'. This study could be highly significant in that it enables us to read the tradition of Zhang Zai not only from the viewpoint of u-Ja-Hak, but even from ang-Myeong-Sim-Hak tradition. I interpreted Yangming School of Mind as a developmental succession of Neo-Confucianism, and understood Zhang Zai''s Gi-Hak as a theoretical pioneer of Wang Shou-Ren''s Sim-Hak.

Choi, Young-song
- The Journal of Korean Philosophical History
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- no.37
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- pp.7-45
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- 2013
This study is about the origin of Toigye's SaDanChilJeongRiGiHoBalRon (四端七情理氣互發論: theory of humanity and the relation between humanity and heaven's principle). In this study, I looked into the influences of Toigye's elders on such theory of Toigye. In this process, I introduced SimHakJangGuJipJuDaeJeon (心學章句集註大全) I obtained recently as a main material. This book was written by an uncelebrated scholar born in 60 years before Toigye. It showed "SaDanRiBalYiGiSuJi ChilJeongGiBalRiSeungJi (四端理發而氣隨之七情氣發而理乘之)", which was as same as Toigye's study logic. Regarding the fact that such two logics were same, I traced the transferring path of such logic weighing the possibility of transferring such book or HoBalRon shown in such book while not completely neglecting an accidental coincidence. I also induced that the pro-Toigye-era also had the academic circumstance under which RiGiHoBalRon could be born even supposing an accidental coincidence. In addition, I also emphasized that such book was positioned to pioneer Toigye's neo-Confucianism in various aspects.

Ngo, Manh Dung;Phuong, Nguyen Thanh;Duy, Vo Hoang;Kim, Hak-Kyeong;Kim, Sang-Bong
- Proceedings of the Korea Committee for Ocean Resources and Engineering Conference
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- 2006.11a
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- pp.60-66
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- 2006
This paper presents a new way achieving better welding results of gas mental arc welding (GMAW) system by using a decentralized control method. In this paper, the GMAW system is considered as two separated subsystems such as a power source of GMAW (PS-GMAW) and a wire feed unit (WFU). The mathematical modeling of PS-GMAW and WFU are presented. Based on the modeling of two subsystems, a sliding mode controller and a proportional controller is designed for controlling the PS-GMAW and the WFU, respectively. Two decentralized controllers have to be designed to control the out welding arc of the GMAW to be stable and tracking the setting value accurately during the welding process. Furthermore, the simulation and experimental results are shown to prove the effectiveness of the proposed controllers.
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Kang, Tae-Ho;Yoo, Jae-Soo;Kim, Hak-Yong
- The Journal of the Korea Contents Association
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- v.9 no.5
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- pp.332-336
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- 2009
Functional prediction of unannotated proteins is one of the most important tasks in yeast genomics. Analysis of a protein-protein interaction network leads to a better understanding of the functions of unannotated proteins. A number of researches have been performed for the functional prediction of unannotated proteins from a protein-protein interaction network. A chi-square method is one of the existing methods for the functional prediction of unannotated proteins from a protein-protein interaction network. But, the method does not consider the topology of network. In this paper, we propose a novel method that is able to predict specific molecular functions for unannotated proteins from a protein-protein interaction network. To do this, we investigated all protein interaction DBs of yeast in the public sites such as MIPS, DIP, and SGD. For the prediction of unannotated proteins, we employed a modified chi-square measure based on neighborhood counting and we assess the prediction accuracy of protein function from a protein-protein interaction network.
https://doi.org/10.5392/JKCA.2009.9.5.332 인용 PDF