초록 ▼

[총괄목표]
기후변화 재해로부터 안전한 자기적응적도시를 조성하기 위해 기후변화 대비 도시 대응체계 고도화 기술 개발에 관한 기획과 도시 기후변화 재해취약성분석 및 재해예방형 도시계획 관련 핵심 적용기술을 발굴하고 제안함
- 도시 기후변화 재해취약성분석 정밀화 및 자동화 기술 개발과 도시 기후변화 재해취약성 관리를 위한 정밀분석 자동화 및 지식베이스 시스템 개발 연구를 기획하는 것을 목표로 하며 이를 통해 기후변화 재해에 대한 도시방재 시장 리드와 해외시장 진출을 목표로 함

[세부목표]
1. 시장·기술·정

[총괄목표]
기후변화 재해로부터 안전한 자기적응적도시를 조성하기 위해 기후변화 대비 도시 대응체계 고도화 기술 개발에 관한 기획과 도시 기후변화 재해취약성분석 및 재해예방형 도시계획 관련 핵심 적용기술을 발굴하고 제안함
- 도시 기후변화 재해취약성분석 정밀화 및 자동화 기술 개발과 도시 기후변화 재해취약성 관리를 위한 정밀분석 자동화 및 지식베이스 시스템 개발 연구를 기획하는 것을 목표로 하며 이를 통해 기후변화 재해에 대한 도시방재 시장 리드와 해외시장 진출을 목표로 함

[세부목표]
1. 시장·기술·정책·연구 동향 분석 및 기술수요 조사
2. 기후변화 대비 도시 대응체계 관련 핵심기술의 정의 및 목표 설정
3. 기후변화 대비 도시 대응체계 관련 연구내용 및 추진전략 도출
: 도시 기후변화 재해취약성분석 정밀화 기술 개발
도시 기후변화 재해취약성분석 자동화 기술 개발
기후변화 대비 도시방재정보 활용 기술 개발
4. 본 과제를 위한 연구개발과제 기획 (RFP 작성)

(출처 : 보고서 요약서 p.5)

Abstract ▼

Ⅲ. Performances and Results of R&D
1. Definition of Technology
◦ “Urban Response System against Climate Change” in this study means to analyze changes in disaster vulnerability characteristics in multi dimensions (continuous disaster vulnerability analysis and disaster-preventive urban plannin

Ⅲ. Performances and Results of R&D
1. Definition of Technology
◦ “Urban Response System against Climate Change” in this study means to analyze changes in disaster vulnerability characteristics in multi dimensions (continuous disaster vulnerability analysis and disaster-preventive urban planning performance system) from the urban planning view and to build the intelligent management system which enables to cope with the short-/long-term circulation response.

◦ “Urban Climate Change Disaster Vulnerability Analysis” is the basic investigation to be performed in order to provide the systematic decision grounds if the basic plan on cities and provinces us established or changed by classifying the areas vulnerable to disasters in consideration of the land use, infrastructure, etc. traditional disaster prevention measure in order to cope with the disasters which are enlarged and diversified depending the climate change and, based on such results, preparing the effective disaster-reducing measures

◦ “Disaster-Preventive Urban Planning” is an urban planning which minimizes the damages from disasters by preparing the urban planning measures together with the structural measures to the areas especially vulnerable to disasters through the disaster vulnerability analysis, the basic survey.

◦ “Urban Space Disaster Information Management System” is a sustainable growth management system which identifies the vulnerability of urban space using the information accumulated by the systematic evaluation, verification and monitoring of the analysis results as well as providing the information.

2. Background and Needs of Technology
◦ Needs of establishing the plan based on the disaster vulnerability analysis to cope with the disasters due to climate change which is enlarging and diversified continuously are increasing.

◦ It is urgent to prepare the urban disaster-preventive information system in line with the government’s policy intended for establishing the strategies to organize the disaster prevention cities based on the urban disaster vulnerability analysis.

◦ It is required to prepare the system which enables to provide information quickly and supporting the correct decision-making to solve the problems including insufficient information sharing system, difference in analysis methods and errors.

◦ Support is required to ensure the disaster vulnerability analysis may be performed correctly and easily and the significant results are generated continuously in order to the basic data for supporting establishment of disaster prevention urban plan is provided.

◦ Development of the system which can produce, accumulate and use the advanced disaster vulnerability analysis, information-sharing channel and disaster vulnerability analysis results is required.

◦ Building the sustainable response system for adaption to circulatory climate change through urban infrastructure management, land use plan, urban environment plan, etc. at the urban level is required.

◦ In addition to development of physical technologies for disaster reduction, discussion with various interested parties and proposal on the alternative policy in respect of the urban planning and environmental planning is essential.

3. Domestic/ International Trends and Environmental Analysis
◦ Ministry of Transportation introduced the disaster vulnerability analysis system and prepared the base of disaster prevention urban planning and land use system but the actual effects are not enough.

◦ To cope with the mega disaster, the system for creating the informatization on the ripple effect network due to climate change risk on the urban space and scenario-based urban space adaption strategies is required.

◦ In the long-term perspective, to cope with mega disasters than can be larger than the current trend, it is important to create the system for creating the informatization on the ripple effect network due to climate change risk on the urban space and scenario-based urban space adaption strategies is required

◦ While the market size of the disaster-related industry due to the economic loss and casualties from natural disasters are increasing each year, the industrial share of the recovery and support sectors is larger than the preventive sector and there are a lot of cases exposed to and unprotected from the natural disasters, which requires the measures.

◦ For promotion of the big data industry one of industries to lead the fourth round of the revolution, it is required to accumulate the various types and multi-year time series data for the wide area rather than the local, fragmental and one-time data is required and also to develop data format and conversion technologies.

◦ The government is performing the vulnerability analysis by area and agency while suggesting the policies to cope with climate change but development of management system in terms of urban space related with the standardized climate change in conformity with the government policy for integrating and connecting them and the interface technology which display the disaster vulnerability analysis results are required.

◦ Development of the system which can produce, accumulate and use the significant results continuously by performing the vulnerability analysis automation technology, evaluation, verification and monitoring of disaster vulnerability analysis results is required.

◦ Building the scenario-based platform which support understanding the disaster and establishment of preventive measures by integrating the expertise, experiences and current situation data of various fields including residents, researchers, public officers, etc. should be emphasized to have the distinctiveness of this planning project.

◦ Not only the studies based on the past damage data but scenario-specific analysis studies which can be reflected in urban planning for the effective future response to the cities vulnerable to disasters like many foreign studies are required.

◦ There were lots of studies to analyze the disaster vulnerability using the web GIS systems, GIS overlap analysis, etc but development into software which considered not only the simple use of space data but the spatial hierarchy for building the climate change response system at the diverse spatial scope is required.

◦ In the field of urban space disaster information management system, both the system of building the disaster-related information management for diverse disasters and the development of technologies which can be used with a user on real time are required and development of user-oriented technology for controlling and providing the various disaster related information according to a recent trend is required.

◦ Data used in analysis through indicators presented in the disaster vulnerability analysis should be standardized to be extended by time series and space rather than temporarily.

◦ The existing studies do not have the comprehensive quantitative assessment criteria on the general effects for the structural measures and alternatives and the reference studies that analyze and reflect the analysis of disaster vulnerability to potential future climate change is required.

◦ The related studies are significant in analyzing the disaster vulnerability to climate change and selecting countermeasures to reduce them. However, it is not limited to primary damage, and the secondary and tertiary disaster damages are not considered and especially the specific alternatives for analyzing vulnerability to disasters caused by climate change and improving the urban planning are not presented.

◦ The platform studies for collecting the data in other areas related with disaster as well as the information and results related with the analysis were not performed and the system development which enables to integrate and manage the comprehensive vulnerability analysis and specific disaster control and the disaster vulnerability analysis and use scenarios are required.

◦ Development of sustainable growth platform for systematic evaluation, verification and monitoring of results rather than just providing the information is required.

4. R&D Project Composition and Strategies
[Subproject 1]
Development of urban climate change disaster vulnerability analysis precision technology :
Development of spatial hierarchy-specific analysis indicators for segmentation of the disaster vulnerability types against climate change
Study on the disaster vulnerability analysis indicator weight customized to local conditions and development of weight recommendation technology
Development of multi hierarchy disaster vulnerability analysis process by climate change disaster types
Development of spatial unit setting technology for climate change disaster vulnerability analysis

[Subproject 2]
Development of automation technology for analyzing vulnerability of urban climate change disaster :
Development of spatial division method for analyzing climate change disaster vulnerability
Development of disaster vulnerability analysis automation technology by climate change disaster/ spatial hierarchy
Open source-based disaster vulnerability analysis performance and development of information management technologies
Development of scenario planning-based disaster vulnerability change reanalysis techniques

[Subproject 3]
Development of urban disaster prevention information utilization technology against climate change :
Development of multi-faceted analysis technology for urban vulnerability to disasters
Development of disaster preventive urban planning knowledge DB standardized technology
Development and evaluation of disaster vulnerability analysis result
Development of predictive technology for disaster vulnerability changes
Development of disaster vulnerability analysis information utilization technology

(출처 : Executive Summary p.13)

목차 Contents

• 표지 ... 1
• 제출문 ... 3
• 보고서 요약서 ... 5
• 요약문 ... 7
• Executive Summary ... 13
• CONTENTS ... 21
• 목차 ... 23
• 표목차 ... 27
• 그림목차 ... 30
• 1장. 기술의 정의 및 필요성 ... 33
• 1절. 기술의 정의 ... 33
• 2절. 연구개발의 배경 및 필요성 ... 47
• 1. 추진배경 ... 47
• 2. 연구의 필요성 ... 49
• 3절. 기획연구 목표 및 추진전략 ... 54
• 1. 기획연구의 목표 ... 54
• 2. 기획연구의 추진전략 ... 54
• 2장. 국내외 동향 및 환경 분석 ... 57
• 1절. 국내외 정책동향 ... 57
• 1. 국내 정책동향 ... 57
• 2. 국외 정책동향 ... 64
• 2절. 국내외 시장현황 및 전망 ... 73
• 1. 시장의 정의 및 유형 ... 73
• 2. 시장별 특성 및 동향 ... 74
• 3절. 기술동향분석 ... 91
• 1. 관련 기술개발 동향 및 수준분석 ... 91
• 2. 국내외 기술동향 분석 ... 92
• 3. 기술수요조사 ... 106
• 4. 국내외 특허동향 ... 109
• 4절. 연구동향분석 ... 120
• 1. 논문동향 ... 120
• 2. 유사과제분석 ... 134
• 5절. 연구개발 인프라 분석 ... 147
• 6절. 종합분석 ... 152
• 1. 국내외 정책동향 시사점 ... 152
• 2. 국내외 시장현황 시사점 ... 156
• 3. 기술 동향분석 시사점 ... 158
• 4. 연구동향분석 시사점 ... 161
• 5. SWOT 분석 및 기술개발 방향 설정 ... 166
• 3장. 연구개발과제 구성 및 추진전략 ... 169
• 1절. 비전 및 목표 ... 169
• 1. 연구 비전 ... 169
• 2. 연구 목표 ... 172
• 3. 기술개발에 따른 미래상 ... 176
• 2절. 핵심기술 선정 ... 178
• 1. 핵심기술요소 선정 및 TRL 목표 ... 178
• 2. 전문가자문회의 및 세부과제 선정 ... 181
• 3절. 연구개발과제 구성 ... 191
• 1. 연구과제의 전체 구성 ... 191
• 2. 세부과제 구성 ... 193
• 4절. 세부과제별 주요내용 및 추진전략 ... 195
• 1. 세부과제별 주요내용 ... 195
• 2. 추진전략 ... 202
• 5절. 세부과제 간 연계관계 ... 205
• 6절. 과제별 연차별 기술로드맵 및 성과로드맵 ... 207
• 1. 과제별 연차별 기술로드맵 ... 207
• 2. 성과로드맵 ... 210
• 7절. 성과의 활용방안 ... 216
• 1. 성과물 활용방안 ... 216
• 2. 최종 성과물의 수요처별 활용방안 ... 218
• 4장. 사전타당성 검토 ... 220
• 1절. 개요 ... 220
• 2절. 정책적 검토 ... 220
• 1. 정책적 타당성 검토기준 ... 220
• 2. 국가정책과의 부합성 ... 221
• 3. 상위계획과의 부합성 ... 224
• 4. 관련 정책과의 연관성 ... 224
• 5. 정부 지원의 타당성 ... 226
• 3절. 기술적 타당성 검토 ... 229
• 1. 기술적 타당성 검토기준 ... 229
• 2. 관련 이슈 ... 229
• 3. 기술개발의 성공 가능성 ... 232
• 4, 기존연구와의 차별성 ... 232
• 4절. 경제적 타당성 검토 ... 233
• 1. 경제적 타당성 검토기준 ... 233
• 2. 연구개발 투자의 효율성 ... 233
• 3. 경제적 파급효과 ... 234
• 5장. 인력투입 소요예산 산정 ... 244
• 1절. 연구일정에 따른 인력투입 계획 ... 244
• 1. 전체 과제 인력 투입 계획 ... 244
• 2. 세부과제별 상세 인력 투입 계획 ... 245
• 2절. 소요예산 산정 ... 246
• 1. 예산 산정 방법 ... 246
• 2. 전체사업 소요예산 ... 246
• 3. 세부과제별 소요예산 ... 248
• 6장. 과제 제안요구서 ... 249
• 1절. 과제 제안요구서(RFP) ... 249
• 2절. 평가기준 설정 ... 261
• 1. 평가항목 ... 261
• 2. 평가점수의 가점 및 감점 기준 ... 262
• 3. 평가단계별 검토 필수사항 ... 263
• 참고문헌 ... 265
• 끝페이지 ... 268