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향운(香雲) 정태혁 박사의 학문과 실천 -배우며 생각하며 수행하며 전념한 후학 양성-
정승석 ( Seung Suk Jung ) 인도철학회 2014 印度哲學 Vol.0 No.42
향운 정태혁 박사가 후학을 위해 개척하거나 개발한 학문적 업적의 특색을 세 방면으로 개괄할 수 있다. 첫째, 불교 연구에서 범어와 서장어를 통해 원전에 의거한 해석을 시도했다. 이것은 한문으로 번역된 2차 자료에만 의지하여 불교를 연구하던 종래의 풍토를 일신한 계기가 되었으며, 이로써 국내 불교학의 신기원을 이루었다. 둘째, 국내의 인도철학 분야를 개척하면서 특히 불교와 인도철학의 비교 연구에 주력하여, 이 같은 학풍을 실질적으로 주도했다. 셋째, 요가를 비롯한 인도 문화에 대한 이해를 토대로 밀교 연구의 새로운 지평을 열었다. 향운은 국내의 불교학계에서는 밀교를 학문적연구 대상으로 심도 있게 고찰한 최초의 학자로 인정된다. 향운의 학문과 삶을 일괄하자면, 그는 중관학을 기점으로 밀교를 섭렵하면서 불교의 이념을 수행으로 실천하는 학문과 삶을 견지해 왔다고 말할 수 있다. 이 과정에서 그는 중도를 요가와 밀교의 수행법으로 실천함으로써 불교의 이상을 실현하고자 노력하였다. The characteristics of Dr. Jung Tae-Hyuk`s scholastic achievements for the future use can be divided into three categories. First, Dr. Jung (whose literary name is Hyangwoon) attempted to translate into Korean primary materials in Buddhist Studies such as Sanskrit and Tibetan texts, which he believed to be the right way to study Buddhism. He opened the door to the new way of Buddhist Studies by publishing the first Buddhist grammar books in Korea such as Standard Sanskrit and Basic Tibetan. His new way of study Buddhism as a momentum made lots of Korean scholars leave the conventional way of studying Buddhism that depended only on Chinese texts and begin to read texts in Sanskrit and Tibetan. It is the impact of Hyangwoon`s pioneering work that young scholars these days consider learning Sanskrit and Tibetan as a necessary and basic step of Buddhist Studies. Secondly, Hyangwoon pioneered the field of Indian philosophy in Korea, especially when he focused on comparative studies between Buddhism and Indian philosophy. Under his substantial leadership, Dongguk University formed the department of Indian Philosophy in order to pro mote Buddhist Studies with better understanding of Buddhism in relation to Indian Philosophy that provided cultural soil for Buddhism. Through his comparative studies Hyangwoon gave a lead in attaining the purpose of the department. Lastly, Hyangwoon opened up new horizons in studying Tantric Buddhism (Vajrayana) with his full understanding of Indian cultures. Because Tantric Buddhism is integrated with the elements of Hindu culture, it is a prerequisite for Tantric studies to fully understand Hinduism. Due to their lack of sufficient understanding of Hinduism, few scholars in Korea had been exploring Tantric Buddhism until Hyangwoon discovered the core of Mahayana Buddhism in Tantric Buddhism and applied his energy to reveal the original significance of Tantric Buddhism in both theory and practice. Therefore, we can call him the founding father of Tantric studies in Korea. To sum up Hyangwoon`s life and work, it can be said that his scholastic projects started from studying the Madhyamika and ranged over an extensive literature of Tantric Buddhism, so as to carry the principles of Buddhism into practice. In his lifetime, he endeavored to realize the ideal of Buddhism by following the Middle Way with his practice of Yoga and Tantric practices. The Middle Way that Hyangwoon incessantly drew attention to means the way of life to actually practice one`s recognition of the Sunyata(Emptiness) in order to achieve realization. He believed Yoga and Tantric practices to provide dynamics for one`s practice of the Middle Way. In Hyangwoon`s philosophy, therefore, Yoga and Tantric practices were the most affirmative methods for the path of the Middle Way.
비대칭 배광을 가지는 CMH전용 터널등기구의 반사판 설계
정승균(Seung-Gyun Jung),한종성(Jong-Sung Han),김훈(Hoon Kim) 한국조명·전기설비학회 2009 한국조명·전기설비학회 학술대회논문집 Vol.2009 No.5월
에너지 절약, 고효율의 광원들에 대한 사용이 장려되고 있는 현재, CMH 광원은 이러한 기대를 충족시켜 주는 광원으로서 각광받고 있다. 본 논문에서는 이러한 CMH 전용 터널 등기구의 반사판을 설계하여 그 결과를 예측하고, 광학 성능 예측 프로그램을 이용, 조명기구의 배치 결과까지 예측하여 국내 기준에 부합할 수 있는 성능을 확인하였다.
모델링 기법을 적용한 효율적인 해양 전투체계 소프트웨어 개발에 대한 연구
정승모(Seung-Mo Jung),김주용(Joo-Yong Kim) 대한전자공학회 2018 대한전자공학회 학술대회 Vol.2018 No.6
In recent years, software development has been relatively shortened in order to satisfy various requirements of customers in software development, while the development schedule has been relatively short. Naval Combat System Software faces these same problems, and applying modeling method is an alternative. Model-driven software development has many advantages over traditional coding-driven software development. However, there is a constraint to apply the modeling technique because it has characteristics for each domain. In this papwer, we propose a development method applying modeling method to Naval Combat System Software with constraint. Therefore, it is aimed to develop efficient software with high reusability.
LC공진기와 DGS구조를 이용한 5.8㎓에서 저지대역을 갖는 소형 초광대역 대역통과 여파기
정승백(Seungback Jung),양승인(Seung-In Yand) 大韓電子工學會 2010 電子工學會論文誌-TC (Telecommunications) Vol.47 No.8
본 논문에서는 LC공진기를 이용하여 5.8GHz 대역에서 저지대역을 형성하는 초광대역 대역통과 여파기를 제안한다. 통과대역 이후 대역에서 높은 대역차단 특성을 얻고 여파기의 크기가 증가되는 것을 막기 위해 DGS(Defected Ground Structure) 구조를 사용하였다. 또한 LC공진기는 매우 작은 크기의 스터브와 라디얼 스터브로 설계되어 제안하는 여파기를 매우 작은 크기로 제작할 수 있다. 측정결과 전체 통과 대역은 2.21㎓∼10.92㎓ 이고 삽입손실은 최대 0.5㏈, 반사손실은 최소 16㏈, 군지연 변화폭은 0.29㎱였으며 5.2㎓∼6.2㎓ 의 저지대역을 형성하였다. In this paper, a compact Ultra-Wideband band-pass filter with notched band at 5.8㎓ by using LC resonator is proposed. The structure of the proposed band-pass filter is very simple, and the DGS(Defected Ground Structure) is used to get the low-pass filter characteristics and the LC resonator is used to get the notched filter. The proposed band-pass filter can be much smaller than a cascaded filter type. The LC resonator is designed with a radial stub and small stub. As a result of measurement, the insertion loss is less than 0.5㏈ throughout the pass-band of 2.21㎓∼10.92㎓, the return loss is more than 16㏈ and the maximum variation of group delay is 0.29㎱ and a notched band is 5.2㎓∼6.2㎓.
UML을 이용한 효율적인 전투체계 소프트웨어 모델 기반 개발 방법에 대한 연구
정승모(Seung-Mo Jung),이영주(Young-Ju Lee) 한국컴퓨터정보학회 2016 韓國컴퓨터情報學會論文誌 Vol.21 No.10
In this paper, we propose a Model Driven Development using UML(Unified Modeling Language) in an efficient Combat System Software development methods. UML is managed by the OMG (Object Management Group) as a Unified Modeling Language. Recently, In developing the software for the system, development time is contrary to a short, while it must meet a number of requirements of our customers. If you develop a non-efficient software early, the structure of the software become more complex in proportion to the number of requirements. As a result, a serious problem in the system, such as an increase in defective products due to the lowering of the reliability and communication problems between the developer has occurred. To overcome those problems, the aim of this paper is to develop a reusable high efficient Combat System Software by applying Model-Centric Development (Not Code-Centric Development). If Combat System Software development method using the UML proposed in this paper is used, easy communication among developers can help reduce the serious errors in systems. Also, it has the advantage that the future needs of software maintenance/repair become easy by using high readability object Model.