초록 ▼

◦ 미래철도 환경변화 대응을 위한 R&D 방향 설정 및 추진전략 수립
- 미래철도 환경변화 예측을 위한 메가트랜드 분석
- 메가트랜드에 따른 대내외 환경(정책, 기술, 시장 등)예측 및 분석
- 미래철도 R&D 방향 설정
- 거시적 관점의 단계별 R&D 추진전략 수립

◦ 4차산업 기반 스마트 철도기술 개발을 위한 추진전략 수립
- 4차 산업기술(IoT, AI, Big data 등)개발 동향 및 수준분석
- 4차 산업기술 철도접목을 위한 기술수요조사 및 중점 추진방향 설정
- 핵심기술

◦ 미래철도 환경변화 대응을 위한 R&D 방향 설정 및 추진전략 수립
- 미래철도 환경변화 예측을 위한 메가트랜드 분석
- 메가트랜드에 따른 대내외 환경(정책, 기술, 시장 등)예측 및 분석
- 미래철도 R&D 방향 설정
- 거시적 관점의 단계별 R&D 추진전략 수립

◦ 4차산업 기반 스마트 철도기술 개발을 위한 추진전략 수립
- 4차 산업기술(IoT, AI, Big data 등)개발 동향 및 수준분석
- 4차 산업기술 철도접목을 위한 기술수요조사 및 중점 추진방향 설정
- 핵심기술 분야 발굴 및 단계별 세부 추진전략 수립
- 국가 R&D 사업화 추진전략 수립 및 대형기획과제 발굴

◦ 국가철도 주요 이슈 해소를 위한 기술적, 제도적 개선방안 수립
- 최근 사회적 이슈를 통해 본 국가 철도 주요이슈(안전성, 수송력, 혼잡도 등) 분석 및 선정
- 국가 철도 이슈 해소를 위한 기술적 요구사항 및 제도적 요구사항 발굴
- 국가 주요정책으로 추진을 위한 제도화 방안 제시
- 단계적 기술개발 전략 및 대형 국가 R&D 사업화를 위한 추진전략 수립

(출처 : 요약서 7p)

Abstract ▼

Ⅱ. Purpose and Needs
In order to enhance the environmental responsiveness of the country's long-term R&D projects and enhance efficiency, the government has introduced a new sunset system for national R&D long-term projects. Securing and implementing budget for R&D in land transport needs to supp

Ⅱ. Purpose and Needs
In order to enhance the environmental responsiveness of the country's long-term R&D projects and enhance efficiency, the government has introduced a new sunset system for national R&D long-term projects. Securing and implementing budget for R&D in land transport needs to supplement project feasibility, reorganizing the project and management system in accordance with the government's R&D policy direction, and developing the project gradually by strengthening the demand and market analysis.

III. Establishment of R&D Direction and Strategies for the Response of Future Railway Environmental Change
In this study, based on Mega-Trend analysis for predicting changes in the future railway environment, the future railroad R&D direction was established through prediction and analysis of internal and external environment (policy, technology, market, etc.), and R&D promotion strategies were developed in stages from a macro perspective.

1. Rail Energy Reduction Technology
Major technologies were explored by analyzing the status of energy consumption of railway vehicles and infrastructure and the technology trends of domestic and foreign railways' energy saving, and roadmaps and mid- to long-term strategies were established.

IV. Establishment of Strategy for Developing Smart Railway Technology Based on the 4th Industry
In this study, we set the direction of technological demand survey and focus promotion for the fourth industrial technology railroad application through the trend and level analysis of the fourth industrial technology (IoT, AI, Big Data, etc.) development, and established detailed promotion strategies for key technology areas and stages. Through these efforts, the Commission established strategies for promoting commercialization of national R&D and explored large-scale planning tasks.

1. Railway Safety Management Technology
Core technologies were explored by analyzing the status of railway safety management and trends in smart safety management technologies at home and abroad, and roadmaps and mid- to long-term strategies were established.

Ⅴ. Establishing Technical and Institutional Improvement Measures to Resolve Major Issues of the National Railroad
This study analyzed the major national railway issues through recent social issues, explored technical and institutional requirements for solving national railway issues, and presented institutional measures for promoting them as the main national policy. Based on this, a step-by-step technology development strategy and a strategy for commercializing large-scale national R&D were established.

1. Demonstration Technology of Hydrogen City
Major technologies such as hydrogen production, storage, transport, utilization (transportation means), power generation, industry, safety, environment, and infrastructure were analyzed to find key technologies, and roadmaps and mid- to long-term strategies were established.

2. Train Self-Driving Technology
Key technologies were explored by analyzing the status of the railway train control system and the technology trends of train self-driving at home and abroad, and roadmapsand mid- to long-term strategies were established.

Ⅵ. Expected Contribution
1. Used as a technology development plan for R&D projects in new large countries
Based on the results of R&D carried out in this project, it will be used to excavate large-scale pre-target national R&D projects.

2. Used as a technical development task to develop government policies and plans
The government is seeking safe and convenient railroad public transportation by linking existing railway technologies with those of 4th industrial technologies such as the 5-year state administration plan, the 4th Science and Technology Master Plan, the 3rd Railway Development Master Plan and the Smart Railway Safety Management System. The project will be utilized as a technical development project to realize the government's railroad policy through core technologies and component technologies found in this project.

3. Implementing smart railways through the intersection of railway technology and 4th industrial technology
By implementing smart railway technology through the intertwining of existing railway technologies and 4th industrial technologies, railways will be used as safer and more reliable public transportation.

(출처 : SUMMARY 11p)

목차 Contents

• 표지 ... 1
• 제 출 문 ... 5
• 보고서 요약서 ... 7
• 요 약 문 ... 9
• SUMMARY ... 11
• Contents ... 14
• 목차 ... 16
• 표목차 ... 17
• 그림목차 ... 19
• 제1장 연구개발과제의 개요 ... 25
• 제1절 기획 배경 및 필요성 ... 27
• 제2절 기획 목표 및 내용 ... 33
• 제3절 기획 추진전략 및 방법 ... 38
• 제2장 미래철도 환경변화 대응을 위한 R&D 방향 설정 및 추진전략 수립 ... 39
• 제1절 미래철도 환경변화 예측을 위한 메가트랜드 분석 ... 41
• 제2절 메가트랜드에 따른 대내외 환경 분석 ... 51
• 제3절 미래철도 R&D 방향 설정 ... 89
• 제4절 R&D 추진전략 수립 ... 106
• 제3장 4차산업 기반 스마트 철도기술 개발을 위한 추진전략 수립 ... 119
• 제1절 4차 산업기술(IoT, AI, Big data 등) 개발 동향 및 수준분석 ... 121
• 제2절 4차 산업기술 철도접목을 위한 기술수요조사 및 중점 추진방향 설정 ... 157
• 제3절 세부 핵심기술 및 단계별 추진전략 수립 ... 315
• 제4장 국가철도 주요 이슈 해소를 위한 기술적, 제도적 개선방안 수립 ... 341
• 제1절 최근 사회적 이슈를 통해 본 국가 철도 주요이슈(안전성, 수송력, 혼잡도 등) 분석 및 선정 ... 343
• 제2절 국가 철도 이슈 해소를 위한 기술적 요구사항 및 제도적 요구사항 발굴 ... 353
• 제3절 국가 주요정책으로 추진을 위한 제도화 방안 제시 ... 361
• 제4절 단계적 기술개발 전략 및 대형 국가 R&D 사업화를 위한 추진전략 수립 ... 365
• 제5장 목표 달성도 및 관련분야에의 기여도 ... 375
• 제1절 목표 달성도 ... 377
• 제2절 관련분야에의 기여도 ... 399
• 제6장 연구개발 결과의 활용 계획 ... 403
• 제1절 활용계획 ... 403
• 제2절 기대효과 ... 404
• 참고문헌 ... 405
• 끝페이지 ... 409