• Cartoon and Animation Studies
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• s.37
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• pp.463-489
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• 2014

Virtually unanimous praise poured over him notwithstanding, critical discussions of Yeon Sang-ho's animation works largely remain amorphous. Except for scattered reviews, no serious work of engagement with his works has yet to exist. In seeking to fill this yawning void, this paper insists his works be treated as oeuvre. By analyzing the two animated features along with his shorts, I will show how radical Yeon's works remain vis-a-vis contemporary Korean society. At their narrative core, his works, I argue, revolve around the problem of solidarity, or lack thereof among the abjected people. In contradistinction to the critical common sense whereby the supposed continuity between the two works is casually bypassed, I insist on the peculiar ways in which both resonate with difference. Further, and perhaps more importantly, I will demonstrate how these otherwise merely thematic concerns are rendered formally in his animated works in terms of what I call "abyssal surface". Despite his allegedly "realistic" style, Yeon's works rather embody the utter lack/excess of trust among the abjected people as animation, i.e., ominously superficial surface beyond whose facade lurks abyssal lack/excess of mutual trust. Precisely in this double sense of the term, i.e., that thematically they touch on the roots of society, and, formally, those of animation as such, Yeon's animation works are radical.

• Journal of the Korean Institute of Traditional Landscape Architecture
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• v.33 no.4
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• pp.65-76
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• 2015

The purpose of this study is to determine the evaluation of affected visual landscape of Taereung National Training Center to Taereung and Gangneung UNESCO World heritages, South Korea. For this research, it used to offer the affected visual landscape rate and 3D simulation with Sketch up 8.0. This study conducted over 4 steps. Step 1, view points are selected with literature review and interview. Step 2, with Sketch up created 3D modelling and calculated the affected rate on the landscape. Step 3 individual buildings were mapped with the affected rate. Lastly, step 4 were identified the results through field research. From this results, the visual landscape of Taereung and Gangneung that are damaged by the Taereung National Training Center did not appear higher than initially expected. The entrance area on Gangneung, however, where is affected from Oryungwan, Korea Sports Institute, Philseung Gym needs to establish a way to improve that landscape impact. In case of Taereung, it did not appear damaged due to the hiding effect of the forest. By field survey to confirm those results, it shows seasonal differences. In the case of the summer and autumn derive similar results with 3D simulation but were exposed buildings in the winter and spring. It means when the simulation based on the summer and fall operates, it may not reflect the affected landscape of certain times such as winter and spring. This study has significance as a basic research to co-exist between the traditional heritage and modern heritage.

• The Korean Journal of Applied Statistics
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• v.31 no.4
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• pp.427-446
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• 2018

Korea will have a super-aged society within only 30 years according to the United Nations' definition of an aging society and the statistics on Korea's Population projections (2016), indicates that Korea has the fastest ageing speed in the world. There is a lack of data on long-term time-series data on death as related to pension and welfare policies compared to the rapid rate of aging. This paper estimates life expectancy over 245 years (from 1955 to 2200) through past and future forecasts as well as compares the expected life expectancy of the synthetic cohort and the real cohort. In addition, an international comparisons were made to understand the level of aging in Korea. Estimates of the back-projection period were compared with previous studies and the LC model to improve accuracy and objectivity. In addition, the predictions after 2016 reflected the declined mortality rate effect of Korea using the LC-ER model. The results showed an increase in life expectancy of about 30 years over 60 years (1955-2015) with an expected life expectancy of the real cohort over the second century (1955-2155) higher than the synthetic cohort. The comparative advantage of life expectancy of real cohorts was confirmed to be a common trend among comparative countries. In addition, Japan and Korea have a higher life expectancy and starting from 85 to 90 years old, all comparative countries show that the growth rate for the life expectancy of synthetic and real cohorts is less than previous years.

• The KIPS Transactions:PartC
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• v.17C no.4
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• pp.315-326
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• 2010

Today's society is being caught in a whirlpool of change that is not behind the Industrial Revolution, the Reformation and so on. Technological determinism is the most general perspective that explains information society. It is the belief that information technology will bring about a particular form of information society. It is the opinion that the sequence of change of technology is inevitable and asks for a particular social change(Kim, 2006). When technology asks for it, however, not only the degree of technological development but also the credibility of the degree of technological development plays an important role in changing a society. This study was implemented based on the opinion that social change and individual change can vary depending on the degree of trust of people in the Internet technology. This study analyzes preferences of real-name system depending on the credibility of anonymity on the Internet and its influences on the behaviors of users, focused on the survey on the difference between ordinary users and users related to the Internet business. It also suggests not only the potential and the appropriateness of anonymity on the Internet, but also measures to alleviate adverse effects of it. Lastly, the objective of this study is to offer a dispute of real-name system and the standard of the anonymity policy on web sites.

• MALSORI
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• no.3
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• pp.34-39
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• 1981

유 만근 교수 질문 : 음성학에 관하여 질문하고 싶습니다. 영국대학의 언어학 교육 과정에서 음성학이 차지하는 비중이 얼마나 큰 지 알고 싶습니다. 러우비니스 교수 응답 : 네 ,그 질문엔 한마디로 긍정적인 답변을 할 수 있읍니다. 음성학은 언어학에서 대단히 중요한 위치를 차지하며 런던대학뿐만이 아니라, 영국의 어느 대학에서나 음성학은 언어학에 초기부터 도입됩니다. 지금 하신 질문은 대단히 중요한 문제이므로 좀 더 자세히 설명하겠습니다. 런던의 동료와 마찬가지로 나는 음성학이 언어학의 일부일뿐 아니라 실로 필수적인 분야라고 봅니다. 런던 대학내에는 "음성학 및 언어학과" 라는 학과가 두 군데나 있는데 이는 "불어 및 이태리어과" 라는 식의 명칭과는 의미가 다릅니다. 이러한 명칭의 배후에는 역사적인 이유가 있읍니다. 음성학은 언어학의 분과중에서 가장i 먼저 발전하였으며, 영국에서는 음성학 교수직이 언어학 교수직보다 30년이나 먼저 생겼습니다. 바로 내이얼 저운스가 최초로 음성학 교수직을 얻어 30년이나 봉직했던 것입니다. 이러한 이유로 학과의 명칭이 아직도 그대로 존속하는 것입니다. 10년전에 한국에 왔던 헨더슨 교수 역시 음성학 교수입니다만, 그렇다고 그가 언어학에 관심이 없는 것은 아닙니다. 이제는 아무도 언어학의 전분야를 모두 전공할 수는 없습니다. 그래서 언어학에는 역사언어학, 응용언어학, 음성학 같은 분야별 전문가가 있기 마련입니다. 그러나, 통사론을 하지 않고 언어학을 할 수 없는 것과 마찬가지로 음성학을 하지 않고는 언어학을 할 수가 없습니다. 물론, 음성학안에서도 일반음성학이냐 개별어의 음성학이냐에 따라서 전문이 세분될 수 있읍니다마는, "음성학이 영국 대학의 언어학 교육 과정의 일부인가?" 라는 질문에 대한 답변은 자명할 것입니다. 안걸은 더 나아가서, 인간 언어의 역사를 잠시 생각해 보면 음성학이 언어학 연구에 없어서는 안될 필수적인 것을 알겁니다. 결국 언어학이란 인간 언어의 역사와 운용을 연구하는 것이고 인간의 언어란 수천년을 내려왔으나, 글자가 생기기 전까지는 순전히 음성언어, 즉 소리말로 존재했습니다. 한국어이건 영어이건, 라틴러이건 언어는 모두 발음기관으로 발음 할 수 있고 귀로 들을 수 있는 소리로 되어 있으며, 이미 죽은 말을 다를 때에도 결국 화석화한 소리말을 연구한다고 보는 것입니다. 즉 언어란 바로 소리말입니다. 사람은 글자를 배우기 앞서서 말을 배우며 우리같이 고등교육을 받은 사람도 쓰기와 읽기보다는 말하기와 듣기를 훨씬 많이 합니다. 이 같이 언어는 소리말로 운용되는데, 바로 소리 말을 연구하는 것이 음성학으므로 음성학은 언어학의 기본이요, 필수입니다. 음성학이 영국의 언어학에서 중요한 기본을 이루고 있다고 말 할 수 없다면 영국의 언어학은 그 만큼 빈약하게 될 것입니다. 한국에 음성학회가 있고 또 한글학회가 있지만, 그렇다고 하여 한국어 음성학이 한국어와는 다른 것이라거나, 한국어 음성학을 공부하지 않고 한국어를 연구할 수 있다는 뜻은 아닙니다. 의학에도 분야마다 전문의가 있듯이, 언어학도 이제 복잡하고 광범한 학문이 되었으므로 분야별로 전문가가 나오게 된 것뿐입니다. 따라서 "나는 통사론에 관심이 있으므로 소리말에는 관심이 없다"고 말하는 언어학자가 있다면, 이 것은 크게 잘못된 것입니다. 마찬가지로 "나는 소리에만 관심이 있으므로 통사론에는 관심이 없다"고 말하는 음성학자가 있다면, 이 또한 안되는 일입니다. 문의 구성과 어휘 요소와 아무 관련이 없는 말소리의 차이가 무슨 소용이 있으며, 통사 구조를 표현하고 저달하는 말소리를 연구하지 않고 어떻게 통사론을 연구할 수 있겠습니까? 다시 간추리면, 언어는 본질적으로 소리말이고, 언어의 특성과 사용 및 습득도 모두 소리말 형태로 나타납니다. 따라서, 영국의 대학은 음성학이 대단히 중요함을 인식하고, 언어학을 올바르게 다루는 세계의 여러 다른 대학과 마찬가지로 이에 따라 교육 과정을 편성하고 있습니다.

• Journal of the Korean earth science society
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• v.27 no.1
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• pp.73-82
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• 2006

Dust samples were collected from 10 middle and high schools in the Gochang-Gun, Korea. Heavy metal concentrations were determined for the dry-deposited dusts from indoor and outdoor of classroom and playground of each sampling site. Concentrations of Cd, Cu, Pb and Zn in indoor's dusts were highly concentrated. Also concentrations of Cu, Ni, Pb and Zn in outdoor's dusts were highly concentrated. Concentrations of Cd, Cu and Zn in the dusts were much higher than the world average contents in soil and environmental orientation value. These levels are similar to those of the dust samples at middle schools and high schools located in Jeonju-city, Korea. Compared with concentrations of heavy metals in soils and dusts in Korea, the environment of indoor and outdoor of classroom is highly concentrated except for Cu, Zn. The concentrations of playground is less than that of residential dust and main road dust and playground in Jeonju-city. Playground dusts in 1 school exhibited the enhanced heavy metal pollution with a pollution index (Kloke, 1979) greater than 1.0, but indoor and outdoor dusts in 7 schools exhibited the enhanced heavy metal pollution with a pollution index (by Kloke) yester than 1.0.

• Journal of the Microelectronics and Packaging Society
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• v.11 no.3 s.32
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• pp.1-7
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• 2004

Tin plating on component finishes may grow whiskers under certain conditions, which may cause failures in electronics equipment. To protect the environment, 'lead-free' among component finishes is being promoted worldwide. This paper presents the evaluation results of whiskers on two kinds of lead-free plating materials at the plating temperature and under the reliability test. The rising plating temperature caused increasing the size of plating grain and shorting the growth of whisker. The whisker was grown under the temperature cycling the bent type in matt Sn plating and striated type in malt Sn-Bi. The whisker growth in Sn-Bi plating was shorter than that in Sn plating. In FeNi42 leadframe, the $7.0{\~}10.0{\mu}m$ diameter and the $25.0{\~}45.0{\mu}m$ long whisker was grown under 300 cycles. In the 300 cycles of Cu leadframe, only the nodule(nuclear state) grew on the surface, and in the 600 cycles, a $3.0{\~}4.0{\mu}m$ short whisker grew. After 600 cycles, the ${\~}0.34{\mu}m$ thin $Ni_3Sn_4$ formed on the Sn-plated FeNi42. However, we observed the amount of $0.76{\~}1.14{\mu}m$ thick $Cu_6Sn_5$ and ${\~}0.27{\mu}m$ thin $Cu_3Sn$ intermetallics were observed between the Sn and Cu interfaces. Therefore, the main growth factor of a whisker is the intermetallic compound in the Cu leadframe, and the coefficient of thermal expansion mismatch in FeNi42.

• Journal of the Korea Institute of Building Construction
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• v.15 no.5
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• pp.515-525
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• 2015

Currently, according to the climate change, serious damage by typhoon has been occurred in the world. In this respect, the research on the prediction model to minimize the damage from various natural disaster has been conducted in several developed countries. In the case of U.S, various models to predict building damage costs have been used widely in many organizations such as insurance companies and governments. In South Korea, although studies regarding damage prediction model according to typhoon have been conducted, the scope has been only limited to consider the property of typhoon. However, it is necessary to consider various factors such as typhoon information, geography, construction environment, and socio-economy factors to predict the damages. Therefore, to address this issue, first, correlation analysis is conducted between various variables based on the data of typhoon from 2003 to 2012. Second, the damage prediction model by using regression analysis is developed based on suggested influence factors. The findings of this study can be utilized to develop the model for predicting the damage costs of buildings by typhoon like HAZUS-MH of US.

• KOREAN JOURNAL OF CROP SCIENCE
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• v.54 no.2
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• pp.192-197
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• 2009

This study was conducted to investigate the effect of site-specific variable fertilization following digital fertility map generated from soil analysis on rice growth and yield. The site-specific application of fertilizer was implemented by using rice transplanter equipped with side dressing applicator and global positioning system (GPS). Coefficient of variation (C.V.) of soil nitrogen content was reduced after the experiment, and spatial variation of semivariogram was reduced. Rice growth from tillering to ripening stage, plant height, tiller and panicle number increased at site-specific variable fertilization treatment, and coefficient variation (C.V.) of each growth characteristics was lower than those of conventional fertilization treatment. As a result, fertility in the rice field was more uniform become of site-specific fertilizer application. Head rice yield of site-specific application plot increased by 9% (i.e., to from 450 kg/10a to 492 kg/10a of the control plot) and its CV was significantly reduced to 3.5 compared to 7.8 of the control plot. In addition, there was no significant difference in amylose, protein contents and whiteness of milled rice, but its CV was reduced.

• Journal of the Society of Disaster Information
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• v.16 no.3
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• pp.550-557
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• 2020

Purpose: Greenhouse gases are one of the major causes of global warming, a global disaster. In this study, the priority that affects when calculating the GHG emissions in the road sector is accurately calculated based on the speed of individual vehicles from the existing section average speed. I have the purpose of finding a possible factor. Method: A comparative analysis is conducted between the conventional method of the general passage section, the rest area section, the entrance section, and the confluence section of the highway and the speed-based emission calculation method of individual vehicles. Result: As a result of analyzing a total of 6 sections of the Gyeongbu Expressway, it was found that the standard deviation of the speed and the congestion of the sections had a great influence. Conclusion: When comparing the existing GHG emission calculation method with the speed-based emission calculation method of individual vehicles, it is clear that the speed-based method of individual vehicles is more precise. However, since it is difficult to apply it all over the country, this study compares the existing method with the speed-based method of individual vehicles and presents factors that have a significant difference.