새롭게 태어날 釋林會

李性照(이성조) 동국대학교 석림회 1989 석림 Vol.22 No.-

대한민국 청년의 상황과 기독교대학의 역사의식 교육

이성조 한국기독교교육정보학회 2018 기독교교육정보 Vol.0 No.57

이 시대의 청년들은 지금 대한민국을 헬조선이라고 부른다. 아무리 노력해도 성공할 수 없는 구조적 계급사회라는 것이다. 그래서 헬조선은 수저계급론을 발생시킨다. 일부 기성세대의 부를 쉽게 물려받을 수 있는 금수저, 은수저를 제외하고, 일반 청년들에게 꿈은 비현실적이다. 학자금 대출 갚고, 아르바이트 하기도 버거운데, 공부하며 꿈을 키워낸다는 것은 사치이다. 취업에 대한 열정도 꿈도 사라진, 5포세대 니트족이 쉽게 되는 것도 무리가 아니다. 이러한 상황에서 대학교육은 100대 1의 대기업을 들어가기 위한 취업경쟁학원으로 전락하고 있다. 이러한 헬조선에서 버티느라 상처 나고 아파하는 청년들에게 기독교대학은 무슨 교육을 해야 할까? 청년의 때는 현실적으로 삶에서 유일하게 꿈을 꿀 수 있는 기간이다. 이 논문은 이러한 헬조선 사회에서 기독교대학이 학생들에게 역사의식을 교육함으로서 구체적인 하나님 나라의 꿈꾸게 해야 함을 역설한다. 이를 위해 논문은 인류 최초의 요셉이야기를 헬조선에 사는 청년들의 이야기로 재해석 한 후 현실을 마주하는 “마주봄,” 현실 속에서 역사의 뜻을 내다보는 “내다봄,” 하나님 나라의 이야기를 나의 상황과 맞추어 보는 “맞춰봄,” 그리고 지구체적인 결단과 행동을 통해서 그 뜻을 펴보다는 “펴봄”의 단계를 제시한다. The young people of this age now call the Republic of Korea the “Hell-Chosen.” It is a structural class society that an average youth can not be succeeded no matter how hard he or she tries. So, Hell-Chosen generates the theory of “Spoon.” Dreams are unrealistic for the average young, except for people from goldware and silverware class, which can easily inherit the wealth of some older generations. Dreaming is a luxury for average students who work part time or full time to pay back student loans. It is not unreasonable for them to be “all-giving up” generation. In this situation, the university education is becoming a job competition compulsory school for entering large corporations. What should Christian universities educate young people experiencing such a crisis? This paper emphasizes that Christian Universities should educate students on historical consciousness and make them dream of specific Reign of God in this Hell-Chosen society. To this end, the article reinterprets the story of Joseph as a story of young people living in the Hell-Chosen. Like a Joseph, historical Consciousness encourages young people to “faces” the reality and “look ahead” as they look at the meaning of history in reality. By doing so, the are able to see the future Reign of God in their present life-context and make concrete decisions and actions to realize God’s Reign.

태극기(太極旗)의 중심원형(中心圓形)에 대(對)하여

이성조,Lee, Seong-Jo 대한수학회 1976 대한수학회보 Vol.13 No.2

Immediate Implant Placement with Open Healing Alveolar Ridge Preservation in the Molar Region: A Case Report

이성조,조인우 대한구강악안면임플란트학회 2022 대한구강악안면임프란트학회지 Vol.26 No.4

Although alveolar ridge preservation (ARP) has the advantage of reducing alveolar bone resorption after tooth extraction, weak primary stability occurs during implant placement. Immediate implant placement with open healing ARP (iARP) has been implemented to achieve primary stability and to take advantage of both immediate implantation and ARP. Herein, we describe three cases of iARP using deproteinized bovine bone mineral (DBBM) and native bilayer collagen membrane (NBCM) without primary closure. In all cases, delayed healing of the soft tissue was observed, but the implant and bone conditions were maintained without any complications for more than 19 months. Within the limitations of this report, iARP is considered a procedure that can overcome the disadvantages of immediate implant placement and ARP and take advantage.

社會 會計問題에 關한 考察

조이성 전주대학교 산업경영연구소 1986 産經論叢 Vol.- No.4

6시그마 DMADOV기반 ARIZ와 Brainstorming을 이용한 취부용 피스제거 시스템의 최적설계에 관한 연구

이성조,정원지,김기정 한국공작기계학회 2009 한국공작기계학회 춘계학술대회논문집 Vol.2009 No.-

This paper presents a new design algorithm for piece-removing dynamical system, based on 6-Sigma DMADOV technique using ARIZ and Brainstorming. Our design target is the piece-removing system installed on a mobile platform of bead-grinding equipment. The 6-Sigma DMADOV technique guides us design process according to 6 steps, i.e., Define - Measure - Analyze - Design - Optimize - Verify. A Design strategy to reduce the weight of piece-removing dynamical system will be explored by using ARIZ, i.e., (the abbreviation of Algorithm for Inventive Problem Solving in Russian).

무인 차량의 이동 장애물 회피를 위한 동적 객체 영역 탐지 기법

이성조 ( Seongjo Lee ),조성재 ( Seoungjae Cho ),심성대 ( Sungdae Sim ),곽기호 ( Kiho Kwak ),박용운 ( Yong Woon Park ),엄기현 ( Kyhyun Um ),조경은 ( Kyungeun Cho ) 한국정보처리학회 2016 한국정보처리학회 학술대회논문집 Vol.23 No.1

무인 차량의 자율 주행을 위해 장애물 회피, 주행 가능 도로 판단 등의 기술이 연구되고 있다. 이러한 연구를 실제 환경에서의 자율 주행에 활용하기 위해서는 주변 환경에 동적으로 움직이는 장애물의 위치를 고려할 필요가 있다. 본 연구는 차량에 탑재된 LIDAR로부터 획득한 포인트의 분포 변화를 이용하여 차량 주변에 동적 장애물이 존재하는 지역을 검출하는 방법을 제안한다. 해당 방법은 포인트에 대한 통계치를 활용하여 동적 객체가 존재하는 영역을 추정함으로써 동적 객체 영역을 고속으로 탐색할 수 있다.

태극기의 중심도형에 대하여

이성조 퇴계학연구원 1978 退溪學報 Vol.18 No.1

6시그마 DMADOV기반 아리즈와 브레인스토밍을 이용한 취부용 피스제거 시스템의 공학문제 해결에 관한연구

이성조,정원지,이춘만,Lee, Seong-Jo,Chung, Won-Ji,Lee, Choon-Man 한국생산제조학회 2010 한국생산제조학회지 Vol.25 No.3

This paper presents a new design algorithm for piece-removing dynamical system, based on 6-Sigma DMADOV technique using ARIZ and Brainstorming. Our design target is the piece-removing system installed on a mobile platform of bead-grinding equipment. The 6-Sigma DMADOV technique guides us design process according to 6 steps, i.e., Define - Measure - Analyze - Design - Optimize - Verify. A Design strategy to reduce the weight of piece-removing dynamical system will be explored by using ARIZ, i.e.,(the abbreviation of Algorithm for Inventive Problem Solving in Russian). The ARIZ will result in a final solution that the height and angle control parts for a cutting tool should be replaced by a kinematical approach, rather than complicated mechatronic approach(using motors). The Optimize step is composed of two sub-steps: (i) Generating process for obtaining several ideas of piece-removing system by using Brainstorming technique, satisfying the final solution derived from the Design step using ARIZ, and (ii) Optimizing process for selecting the most optimal idea of piece-removing system by using Pugh's matrix from the viewpoints of weight, cost and accuracy. The laststep of Verify has shown that the final design obtained by the 6-Sigma DMADOV technique with ARIZ & Brainstormingcan improve an initial design with design requirements satisfied. In this paper, we have shown that ARIZ and Brainstorming can be cooperatively merged into 6-Sigma DMADOV to give us both a formulatedproblem-solving approach and diverse candidate solutions(or ideas) without trial-and-error efforts.

6시그마 DMADOV기반 아리즈와 브레인스토밍을 이용한 취부용 피스제거 시스템의 공학문제 해결에 관한연구

이성조(Seong-Jo Lee),정원지(Won-Ji Chung),이춘만(Choon-Man Lee) 한국생산제조학회 2010 한국생산제조학회지 Vol.19 No.1

This paper presents a new design algorithm for piece-removing dynamical system, based on 6-Sigma DMADOV technique using ARIZ and Brainstorming. Our design target is the piece-removing system installed on a mobile platform of bead-grinding equipment. The 6-Sigma DMADOV technique guides us design process according to 6 steps, i.e., Define ? Measure ? Analyze ? Design ? Optimize ? Verify. A Design strategy to reduce the weight of piece-removing dynamical system will be explored by using ARIZ, i.e.,(the abbreviation of Algorithm for Inventive Problem Solving in Russian). The ARIZ will result in a final solution that the height and angle control parts for a cutting tool should be replaced by a kinematical approach, rather than complicated mechatronic approach(using motors). The Optimize step is composed of two sub-steps: (ⅰ) Generating process for obtaining several ideas of piece-removing system by using Brainstorming technique, satisfying the final solution derived from the Design step using ARIZ, and (ⅱ) Optimizing process for selecting the most optimal idea of piece-removing system by using Pugh’s matrix from the viewpoints of weight, cost and accuracy. The laststep of Verify has shown that the final design obtained by the 6-Sigma DMADOV technique with ARIZ & Brainstormingcan improve an initial design with design requirements satisfied. In this paper, we have shown that ARIZ and Brainstorming can be cooperatively merged into 6-Sigma DMADOV to give us both a formulatedproblem-solving approach and diverse candidate solutions(or ideas) without trial-and-error efforts.