스마트 빌리지, 그 계획과 도전

엄성준,김상범,조숙영,안필균,Eom, Seong-Jun,Kim, Sang-Bum,Cho, Suk-Yeong,An, Phil-Gyun 한국농촌지도학회 2020 농촌지도와 개발 Vol.27 No.4

Is the Fourth Industrial Revolution a revolution for cities only? Through the Fourth Industrial Revolution, Korea has entered quickly in the influence area of intelligent information technology such as IoT, AI, Big data, Cloud, ICT, Digital twin. However, as the information gap between the rural zone and the urban zone worsens, a policy was needed to reduce such a gap. Therefore, this research analyzed EU's smart village project, and investigated the problem and improvement of the actual smart village through the interview and field study with the person in charge of the actual smart village project in Korea. Based on the analytic result, 5 plans were deduced to improve Korea's smart village project. First, make the realistic adjustment of project period to assure the sustainability of smart village; second, make the new establishment of the department in charge of smart village project; third, construct the system of integrating and cooperating the policy that can embrace all the rural zone and the urban zone; the fourth, expand the application area of customized ICT technology according to the new rural policy environment; and finally introduce the residents' capacity development project through the rural guidance project.

1910년대 고 지형도를 이용한 행정리 경계 구축에 관한 실험적 연구

엄성준,조숙영,유수진,안필균,Eom, Seong-Jun,Cho, Suk-Yeong,You, Soo-Jin,An, Phil-Gyun 한국농촌건축학회 2021 농촌건축 : 한국농촌건축학회논문집 Vol.23 No.2

This study aims to establish administrative boundaries by utilizing digitalized old topographical map. Various problems have arisen due to unclear administrative boundaries. For example, there are various problems such as conflict amongst residents to occupy a larger area, unnecessary waste of administrative power, and difficulty in collecting various data for administrative units (farm area, statistical data, spatial analysis, living ara analysis). Therefore, in this study, an experimental study was conducted to establish administrative boundaries by using an old topographical map containing information on villages before administrative reform in 1914. As a result, the boundaries of towns, towns and villages were largely consistent. In order to divide the administrative boundaries based on the legal district boundaries, the administrative boundaries were established by referring to the contents of village introduction and natural boundaries (roads, rivers, mountain ranges, etc.) provided in towns and villages. However, there was a limit in establishing a precise boundary as it was not possible to secure a high-quality digitalized old topographical map.

기초생활 서비스시설 접근성 분석기준에 따른 차이

엄성준(Seong Jun Eom),조숙영(Suk Yeong Cho),김상범(Sang Bum Kim),안필균(Phil Gyun An),조한솔(Han Sol Cho) 한국지역사회생활과학회 2021 한국지역사회생활과학회 학술대회 자료집 Vol.2021 No.6

빅데이터 기반 기초생활서비스 항목의 재설정

엄성준(Seong Jun Eom),조숙영(Suk Yeong Cho),김상범(Sang Bum Kim),안필균(Phil Gyun An) 한국지역사회생활과학회 2020 한국지역사회생활과학회 학술대회 자료집 Vol.2020 No.10

축소제작된 흙담저장고의 온습도 변화 관측

엄성준 ( Eom Seong-jun ),리신호 ( Rhee Shin-ho ),김재식 ( Kim Jai-shik ),장문기 ( Jang Moon-ki ) 한국농공학회 2002 한국농공학회 학술대회초록집 Vol.2002 No.-

The temperature and humidity of dirt-walled storehouse are observed in order to verify the traditional storehouse (main material : soil) during 7days (4th. Sep ~ 10th. Sep). Because the width of the daily variation of temperature is small as 2.5℃ ~ 5℃, the reduction of energy supply for low temperature is expected. Because the relative humidity is high and it's variation is small (4% ~ 9%), the inner humidity of dirt-walled storehouse is easily maintained above 80% is expected.

농촌에 적합한 환경친화적 뒷간 모델의 개발 연구

엄성준 ( Eom Seong-jun ),리신호 ( Rhee Shin-ho ),윤성수 ( Yoon Seong-soo ) 한국농공학회 2003 한국농공학회 학술대회초록집 Vol.2003 No.-

The objective of this study is to present suitable an ecological backhouse in the rural area. In order to design an ecological backhouse we investigated the backhouse in actual rural village, classfication by type, scale and condition etc. Finally, we made an ecological backhouse's model for rural area.

살기좋은 희망마을 만들기와 한계마을 극복방안

엄성준(Eom, Seong-jun),리신호(Rhee,Shin-ho) 한국지역사회생활과학회 2013 한국지역사회생활과학회 학술대회 자료집 Vol.2013 No.4

농촌 지역자원 활용을 위한 RURITAGE 개념 도입 연구 - 농업유산지구 및 역사마을 대상으로-

안필균(Phil-Gyun An),엄성준(Seong-Jun Eom),김용균(Youn-Gyun Kim),김상범(Sang-Bum Kim) 한국지역사회생활과학회 2021 한국지역사회생활과학회지 Vol.32 No.4

In recent times, we are facing a new turning point in rural change because of an increase in the number of people who leave the city to find a work-life balance and pursue a new lifestyle in the countryside. Therefore, the movement to regenerate the values of rural areas is actively progressing. In particular, the RURITAGE project, which is being carried out in the European union (EU) since 2020, is a new heritage-led rural regeneration project that converts rural areas into places for sustainable development by enhancing their unique culture and heritage derived from agriculture and the natural rural environment. This study analyzed the RURITAGE project, that maintains and preserves the unique qualities of rural areas side by side with sustainable development. The main concepts were compared with cases of domestic local resource utilization. The results of the analysis were as follows: First, RURITAGE was a project to achieve community revitalization and social regeneration in rural areas by utilizing the resources and heritage currently possessed by the region, rather than seeking to undertake large-scale development. This was based on lessons learned from the sector-wise rural regeneration in the EU. Second, RURITAGE sets 6 innovative fields, not physical development projects, as the realm of rural regeneration, and establishes a plan for rural regeneration by selecting best practices for each area as a role model, thus making it possible to establish rural regeneration projects in multiple ways. Third, the consistency and applicability of domestic agricultural heritage areas and historical resource areas were compared with the six innovation areas of RURITAGE. It was then determined that it would be possible to establish a plan utilizing social and natural heritage to strengthen the areas where infrastructure is built because these are areas in which development methods or strengths, similar to those of the RURITAGE innovation area role model exist. For successful rural space reorganization and rural regeneration, the flexibility to regenerate space according to regional characteristics is required, and it is necessary to create the maximum effect by referring to the RURITAGE project or similar rural regeneration projects surveyed in this study.

항공사진과 UAV를 이용한 농촌지역자원 주변환경의 시계열 변화 분석 - 충청남도 홍성군 결성면을 중심으로 -

안필균 ( An Phil-gyun ),엄성준 ( Eom Seong-jun ),김용균 ( Kim Yong-gyun ),조한솔 ( Cho Han-sol ),김상범 ( Kim Sang-bum ) 한국농촌계획학회 2021 농촌계획 Vol.27 No.4

In this study, in the field of remote sensing, where the scope of application is rapidly expanding to fields such as land monitoring, disaster prediction, facility safety inspection, and maintenance of cultural properties, monitoring of rural space and surrounding environment using UAV is utilized. It was carried out to verify the possibility, and the following main results were derived. First, the aerial image taken with an unmanned aerial vehicle had a much higher image size and spatial resolution than the aerial image provided by the National Geographic Information Service. It was suitable for analysis due to its high accuracy. Second, the more the number of photographed photos and the more complex the terrain features, the more the point cloud included in the aerial image taken with the UAV was extracted. As the amount of point cloud increases, accurate 3D mapping is possible, For accurate 3D mapping, it is judged that a point cloud acquisition method for difficult-to-photograph parts in the air is required. Third, 3D mapping technology using point cloud is effective for monitoring rural space and rural resources because it enables observation and comparison of parts that cannot be read from general aerial images. Fourth, the digital elevation model(DEM) produced with aerial image taken with an UAV can visually express the altitude and shape of the topography of the study site, so it can be used as data to predict the effects of topographical changes due to changes in rural space. Therefore, it is possible to utilize various results using the data included in the aerial image taken by the UAV. In this study, the superiority of images acquired by UAV was verified by comparison with existing images, and the effect of 3D mapping on rural space monitoring was visually analyzed. If various types of spatial data such as GIS analysis and topographic map production are collected and utilized using data that can be acquired by unmanned aerial vehicles, it is expected to be used as basic data for rural planning to maintain and preserve the rural environment.

농어촌공사 임직원의 스마트 팜 인식에 미치는 요인 분석

정기석 ( Jeong Ki-seok ),엄성준 ( Eom Seong-jun ),리신호 ( Rhee Shin-ho ) 한국농촌계획학회 2020 농촌계획 Vol.26 No.3

This study designed an extended technology acceptance model incorporating and combining TPB, TAM, UTAUT, and IDT, which are known to be useful in explaining technology acceptance intention, to analyze antecedents affecting smart farm acceptance intention from the perspective of policy handlers. In the model of this study, nine independent variables were set, including subjective norm, perceived behavioral control, attitude, perceived usefulness, performance expectation, effort expectation, social impact, promotion condition, and fitness. The effect of these variables on farm acceptance intention was analyzed. The study found that four factors, including perceived behavioral control, perceived usefulness, social impact, and fitness, had positive effects on the acceptance intention of smart farms. Of these, perceived usefulness had the highest impact. In conclusion, all the TPB, TAM, UTAUT, and IDT applied to the research hypothesis to explain the smart farm acceptance intention included on or more variables with significant effects. In other words, these theories were evaluated as useful to explain the acceptance intention of smart farms.