http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
반영운 ( Yong Un Ban ),이태호 ( Tae Ho Lee ),백종인 ( Jong In Baek ),김민아 ( Min Ah Kim ) 한국도시지리학회 2012 한국도시지리학회지 Vol.15 No.2
본 연구의 목적은 농촌경관의 주관적 평가를 위해 경관영역 및 공간유형별 대표경관형용사를 선정하는 것이다. 이 연구는 다음과 같이 3단계로 구성된다. 첫째, 농촌경관과 경관 형용사의 개념에 대한 정의를 위해 관련 문헌을 고찰하고, 그 정의에 기초하여 경관형용사를 선정하였다. 둘째, 농촌 경관 평가에 적합한 경관형용사 선정을 위해 1차 설문조사를 실시하였다. 셋째, 각각의 공간 유형에 적합한 대표 경관형용사 선정을 위해 2차 설문조사를 실시하였다. 그 결과로, 본 연구는 경관영역 및 공간유형별로 12개의 대표 경관형용사를 선정하였다. This study has intented to select representative landscape adjectives in accordance with both landscape units and space types for subjective evaluation of rural landscape. This study was composed of the following stages: 1) to define the concept of the rural landscape and landscape adjectives through reviewing related literatures, and to list the landscape adjectives based on the definitions, 2) to execute primary survey to select landscape adjectives, best fit to evaluate the rural landscape, 3) to execute subsequent survey to select representative landscape adjectives, adequate to each space type. As a result, this study has selected a total of 12 representative landscape adjectives according to both landscape units and space types.
반영운(Ban, Yong Un),정재호(Jung, Jae Ho),백종인(Baek, Jong In) 한국부동산학회 2009 不動産學報 Vol.38 No.-
1.CONTENTS (1) RESEARCH OBJECTIVES This study has intended to present the improvement measures of 'land lease·building sale' - based housing policy. (2)RESEARCH METHODS To reach this goal, this study elicited the alternatives of improvement measures through case studies and literature reviews related to the issue. This study has employed expert survey method to evaluate the suitablilty of the elicited alternatives, and factor analysis to find improvement measures using explanation power and to classify the measures found. (3)RESEARCH FINDINGS This study has found 5 factors as the improvement measures of 'land lease·building sale'-based housing policy. 2.RESULTS This study has found the improvement measures of 'land lease·building sale'-based housing policy as follows: 1) housing plan and welfare (eight measures including homeless people, new town development, etc.), 2) tax and sale system (six measure including disclosing the original user cost, tax and fee reduction, etc.), 3) housing supply base (five measures including contract renewal, land lease housing supply, etc.), 4) financing and residential environment (six measures including using an annuity and treasury bond, loosening floor space index and strengthening the building-to-land ratio, etc.), and 5)rent diversification (two measures including dual land rent system, ensuring the right of repurchase).
GIS 및 설문조사를 통한 주민참여형 청주시 폐기물 매립지 입지 선정
반영운(Ban Yong-Un),이태호(Lee Tae-Ho),이원희(Lee Won-Hui),우혜미(Woo Hye-Mi),백종인(Baek Jong In) 한국도시행정학회 2008 도시 행정 학보 Vol.21 No.3
The purpose of this study is to select a waste landfill site, a LULU(Locally Unwanted Land Use) using GIS spatial analysis techniques, internet poll, and personal interview scheme as a public participation way in Cheongju city. The factors of waste landfill site selection consist of social and economic factors as well as natural environmental factors; we choose population density, road, and land cover as social and economic factors; and altitude, inclination, and hydrologic system as natural environmental factors. By applying an overlay technique to the factors of waste landfill site selection, four candidate sites such as Undong, Jibook, Woloh, and Sukok-dong were selected and then the information of these candidate sites was open to the public through internet mechanisms based on ArcIMS. The result of the polling was reflected on the final decision to find an optimal landfill site, Woloh dong.
반영운(Ban Yong Un),백종인(Baek Jong In),한경민(Han Kyung Min),정지형(Jeong Ji hyeong),김유미(Kim Yu Mi) 한국지역개발학회 2012 韓國地域開發學會誌 Vol.24 No.3
The purpose of this study is to conduct an integrated evaluation of the greenways in Cheongju City in terms of its visual landscape, ecological landscape, and physical connection. For this purpose, the study was conducted in the following four stages. First, evaluation indicators for greenway evaluation were selected based on reviewing previous studies, and field surveys were conducted. Second, findings from the field survey by each evaluation indicator were classified into 5 scales according to a statistical classification system. Third, an expert AHP survey on the evaluation indicators was carried out to calculate the weight of the indicators. Fourth, a greenway integrated-evaluation index was assessed using the findings from the field survey and the weight of indicators. The index was classified into 8 types. The results from the study were as follows. Among the greenways in Cheongju City, two locations (Toad ecological wetland section 2·3) were categorized as visual landscape superiority (type1); three locations (Toad ecological wetland section 1, Uam-mountain section 3, Sangdang Park section 2) as visual & ecological landscape superiority (type2); five locations (Uan-mountain section 1·2, Sangdang Park section 1) as visual & ecological landscape-physical connection inferiority (type3); one location (Jungang Park section 3) as ecological landscape superiority (type4); six locations (Uncheon Park section 2, Janggubong Park section 2, Geumcheon Sports Park section 1·2·3, Jungang Park section 2) as visual landscape-physical connection superiority (type5); two locations (Uncheon Park section 1, Jungang Park section 1) as physical connection superiority (type6) three locations (Janggubong Park section 3, Jungheung Park section 2, Sangdang Park section 3) as visual & ecological landscapephysical connection superiority (type7); and two locations (Uncheon Park section 3, Janggubong Park section 1) as ecological landscape-physical connection superiority (type8). The study result indicate that systematic planning is required for the rest of the greenways except of those categorized as type 7 having superior visual and ecological landscape and physical connectivity.
통합적 농촌경관 평가모델 개발 및 적용 -전북 고창선동권역을 대상으로-
반영운 ( Yong Un Ban ),이영훈 ( Yong Hoon Lee ),김민아 ( Min Ah Kim ),최나래 ( Na Rae Choi ),백종인 ( Jong In Baek ) 한국농촌계획학회 2014 농촌계획 Vol.20 No.4
This study has intended to build a rural landscape evaluation model based on an integrated landscape assessment paradigm of rural region using an additive integration index method and applied the model to the Seondong Region of Gochang-gun, Jeollabuk-do, Korea. To reach this goal, this study developed a model to calculate Integrated Landscape Assessment Index. The model has employed the Objective Landscape Index, the Subjective Landscape Index, and the weighted values, and was applied to the Seondong region. This study has found the following results: 1) forests and water spaces were assessed with relatively better visual preferences and better landscape ecosystem; 2) the historic cultural area and scenic agriculture as well as general farm land were assessed with moderate ratings; and, 3) the villages included in development plan, their adjacent arable farming land, and the village watercourses were forming relatively poorer landscape.
반영운 ( Yong Un Ban ),정지형 ( Ji Hyeong Jeong ),우혜미 ( Hye Mi Woo ),백종인 ( Jong In Baek ) 한국환경복원녹화기술학회 2009 한국환경복원기술학회지 Vol.12 No.4
This study has intended to build ecological networks in consideration of life-zones inside Cheongju city through biotope grade, GIS network analysis etc. This study consisted of following three steps. First, we selected core districts and core spot districts using land use patten and biotope grade. The core district included the first grade of biotope and forest land. The core district consisted of two sectors: east axis core, Uam mountain; west axis core, Bumo mountain. The core spot district included the first grade of biotope. The core spot districts consisted of two sectors: north axis base core, Myongshim park; south axis base core, Guryong park. Second, the base district included the second grade of biotope and park and school. We used buffering analysis within 500m of the base district and selected the new base district. Third, we connected core districts and base core districts using least cost analysis of GIS. Thus we built comprehensive ecological networks in consideration of life-zones through GIS.