GIS 기법을 이용한 토지이동 대상필지 선정 및 보상비 분석

다국어 초록 (Multilingual Abstract)

Cadastre is a set of information regarding systematically registered data measuring land used in all land management activities.
Nations examine location, classification, category, boundary, area, and ownership of land, register the information in a cadastral book, and must make updates when necessary to properly maintain the information.
Currently, local governments select land lots for alteration by comparing plat with cadastral surveys by hand which makes for inefficient cadastral work.
Also they select land lots for alteration near roads using KLIS road lines which cause missing lots of land.
Therefore, there is a need for a study dealing with efficient selection methods on land lots for alteration using a GIS database based on a digitalized cadastral system.
This study suggests the method of land lot alteration and acquisition cost calculation using the GIS spatial analysis model. The following results are from an analysis of JinAn County.
First, the manual work on land lot alterations was greatly improved by using serial maps and KLIS road lines which allowed GIS spatial overlay to automatically sample the number of lots and area of land by classification and land ownership.
Second, effective selection of land lot alteration was possible as compared to missing parts applied to KLIS road lines when sampling the characteristics of land lot alternation using GIS spatial overlay and the actual-width of the road from the new address system including all the road area for examination.
Third, the GIS buffering method allowed us to analyze land lots for alternation and areas by classification and land ownership within various roadsides ranging from 3m, 5m, and 10m.
Fourth, the Fuzzy membership function calculated by the rate of land incorporated for roads and used for analyzing land lot alternation by setting its sections will be beneficial for local governments who implement its phased projects within its budget.
Last, the method of land lot alteration and calculation of land acquisition costs using GIS spatial analysis model is expected to be used as a manual for future works and should be effective in cadastral survey projects and relevant works because it allows workers to develop more reliable cadastral books.

목차 (Table of Contents)

• 표차례 ⅲ
• 그림차례 ⅴ
• Abstract ⅵ
• 제1장 서론 1
• 1.1 연구배경 및 목적 1
• 1.2 연구연혁 4
• 1.3 연구내용 및 범위 6
• 제2장 지적정보화 및 토지의 이동 9
• 2.1 지적정보시스템 9
• 2.1.1 필지중심토지정보시스템 10
• 2.1.2 토지관리정보시스템 11
• 2.1.3 한국토지정보시스템 12
• 2.2 지적재조사사업 14
• 2.2.1 지적재조사사업의 정의 15
• 2.2.2 지적재조사사업의 추진 경위 15
• 2.2.3 지적재조사사업의 추진 방향 17
• 2.2.4 지적재조사사업의 기대효과 19
• 2.3 토지의 이동 20
• 2.3.1 신규등록 및 해면성 등록말소 21
• 2.3.2 등록전환 및 축척변경 21
• 2.3.3 분할 및 합병 23
• 2.3.4 지목변경 및 행정구역의 명칭변경 24
• 2.3.5 등록사항의 정정 25
• 제3장 GIS 공간중첩과 퍼지이론 26
• 3.1 GIS 공간중첩 26
• 3.2 퍼지이론 33
• 3.2.1 퍼지집합과 연산 33
• 3.2.2 퍼지 소속함수 34
• 3.2.3 퍼지 소속함수의 결정 36
• 제4장 적용 및 결과분석 37
• 4.1 연구 대상지역 37
• 4.2. 데이터베이스 구축 42
• 4.3 진안군 토지이동 대상필지 분석 43
• 4.3.1 도로구역선을 이용한 대상필지 선정 43
• 4.3.2 실폭도로를 이용한 대상필지 선정 52
• 4.4 시나리오별 토지이동 대상필지 및 보상비 분석 68
• 4.4.1 시나리오별 토지이동 대상필지 분석 68
• 4.4.2 시나리오별 토지이동 대상필지의 보상비 분석 83
• 제5장 결 론 91
• 참고문헌 93