초록

본 세부과제는 유럽표준 고속철도 열차제어 핵심기술 확보를 위해 ERTMS /ETCS(European Train Control System) 사양에서 유럽의 철도 무선통신인 GSM-R을 제외한 열차제어 핵심기술의 개발을 목적으로 하며, 유럽표준 고속철도 열차 제어 핵심기술의 확보를 통해 국내 철도무선통신환경 구축에 대비하고, 현재 확대되고 있는 해외 고속철도시장에 진출할 수 있는 국산화 기술 기반을 마련한다.

Abstract ▼

Ⅲ. Contents and Result of Research and Development
● year
1st year
2nd year
3rd year
4th year
● Performance goal
ETCS Level 2 Engineering
System Design of Trackside ATP Device
Design & production for trackside Interface equipment
Design & production for Safety T

Ⅲ. Contents and Result of Research and Development
● year
1st year
2nd year
3rd year
4th year
● Performance goal
ETCS Level 2 Engineering
System Design of Trackside ATP Device
Design & production for trackside Interface equipment
Design & production for Safety Transmission Module
Technological Development of Intercompatability Verification Engineering
System manufacturing of Trackside ATP device
Realization of Trackside Interface System
Manufacturing and Functional Verification of Safety Transmission Module
ETCS Level 2 core device integrated laboratory test
ETCS Level 2 Engineering
Construct trackside ATP integrated system
Test trackside ATP integrated system and analyze the result
Trackside interface system integration & linking test
Safety Transmission Module integration & linking tes
Develop on-board ATP devices
Design onboard ATP devices interface and establish a test plan
Integration and performance Test of ETCS Level 2 core devices
ETCS Level 2 Engineering
Develope software for onboard ATP devices
Verify function of prototype for onboard ATP devices
Verify phrased safety(SIL)
Onboard-Trackside System Integration
Research of Commercialization Connection Technology
Performance verification for the Trackside Interface System
Support for ETCS Application verification and Integrated test
● R&D Performance Process
▪Investigate Domestic Technology Materials of ERTMS and ETCS
▪Technological Investigation and Profile Analysis of Honam
Line(GwangjuSongjeong - Hampyeong) ETCS-L1(ATP Trackside Device
▪Technological Investigation Overseas Technological Meterials for ERTMS/ETCS
▪System Requirement Specification(SRS) and Interoperability(TSI) Analysis
▪Develope Block(400km/h class) Segregation (Block Design) Methodology
- General Block Segregation
- Principle of Block Segregation
- Standard Input for Parameter for Block Segregation
- Constitution of Vehicle Dynamic Model for Block Segregation
▪Detailed Design for Block Segregation (Block Design) of Gomakwon Station
- Block Segregation Design of Station Compound
▪Detailed Design of Radio Block Center(RBC)
- Design Wireless Interface Protocol between Onboard Simulator and Radio Block Center
- 2 out of 3 Radio Block Center Hardware Structure Design
▪Design for trackside Interface equipment
- Data Input Integrated Processing Technique Design of Interlocking System in Gomakwon Station
- Design Train Moving Authority Control for Integrated Input Data with Data Processing by Each Station to Radio Block Center
▪Manufacture Interface Device Simulator S/W, H/W
▪Realize Interface device module and Verify Opertaion
▪Analyze and Design decryption and encryption
- Exiting decryption and encryption algorithm and Domestic and Overseas Case Analysis
- Select encryption algorithm for safety transmission device
- Design process for decryption and encryption
▪ Design and manufacture H/W of safety transmission device
- Design and manufacture safety transmission device (trackside)
▪Technological Investigation of Onboard Signaling Device
▪Linking technology development between Wireless communication network and train control core device
▪Technological investigation of ETCS Level 3
▪Manufacturing of Trackside ATP device H/W
▪Requirement analysis
▪Realization of S/W Architecture & Design
▪Realization of S/W Module
▪Hardware design and manufacturing
▪Software design and realization
▪Hardware manufacturing and Software realization
▪Manufacture protoyupe and Verification device manual of ETCS applied user requirement
▪Write ETCS-L2 integrated test procedure manuscript through analysis of European standard(Subset 076)
▪Integration of ETCS-L2 prototype and functional verification according to European standard(interoperability)
▪ETCS-L2 task integration and monthly process management for enigneering
▪Promote prototype and research task due to participation of exhibition and conference
▪software integrated interface design between Trackside ATP
- Safety transmission module and Trackside interface device
▪Suitability evaluation for European standard(Subset 026, 076)
▪Measuring and supplementation of Trackside ATP software fault rate using Resort 4C
▪Test result Analysis and Integrated interface test
▪The hardware & software performance improvement of the trackside interface system
▪The laboratory test for the integration system
▪The hardware & software performance improvement of the trackside interface system
▪The laboratory test for the integration system
▪Requirement and Functional Analysis(compliance of Subset 026 SRS)
▪Manufacture Onboard ATP device prototype
▪Design Onboard ATP device interface
▪design of Onboard ATP↔Trackside ATP Interface
▪ Establish test plan of Onboard ATP
▪ Onboard-Trackside integrated test procedure
- write European standard(Subset 076, Test Sequence) analysis
▪Onboard-Trackside integrated test (Laboratory room)
- compliance of suitability by test items of test procedure
▪ETCS Level 2 task integrattion and monthly process management for engineer
▪Promote prototype and research task due to participation of exhibition and conference
▪S.W component specification analysis and detaled design
▪S/W realization and source code verification
▪Simulator design and manufacturing
▪Hardware test
▪S/W connecting test
▪Onboard-Trackside system integrated tst and analysis
▪Requirement analysis evaluation
▪EVCU structure specification analysis
▪Production Verification
▪RAM analysis
▪(Component FMEA analysis
▪FTA analysis
▪Optimization of Trackside ATP System
▪Trackside - Onboard System Integration Test
▪Research of configuration technology for Radio Block Center(RBC) and Control system
▪Research of application plan for Wireless Communication
▪Field demonstration test for the Block Information Transmission Equipment
▪Performance test between Onboard ATP ↔ Safety Transmission Module
▪Support for operating the ETCS verification tool and performance test
● Results
▪Technological Investigation of Domestic ATP
▪Experts' Technological Education
▪Instrumentation and Acquiring Data for Route GwangjuSongjeong
- Hampyeong(ETCS-L1 ATP Profile ~ 1 Case)
▪Overseas Business Trip Report ~ 1 Case
▪Technological Investigation Paper of ERTMS(ETCS) ~ 1 Case
▪Domestic Presentation ~ 1 Case
▪Seminar for System Requirement Specification by Organization
▪Interoperability(TSI) Analysis for Overseas Obtained Information
▪Block(400km/h class) Segregation
(Block Design) Methodology ~ 1 Case
- Confirm the Concept of Block Segregation to ETCS/ERTMS Level 2
- Block Segregation Principle Application Plan
- Analyze Standard Input Parameter for Block Segregation
- Constitution of Vehicle Dynamic Model for Block Segregation
- Constitute Safety Brake Model for Vehicle
- Block Segregation Design of Station Compound(Yookyung Co,. Ltd.)
* Gomakwon Station(Test Section)
▪Detailed Design of Radio Block Center(RBC) ~ 1 Case
- Constitute Radio Block Center Hardware
- 2 out of 3 Vital Computer considering Safety
- Realize Duplex Configuration Clustering
- Design Method of Message Verification received from Onboard Device
- Decision Method of Train Moving Authority
- Calculation of Stactic Speed
- Domestic Presentation
▪Integrated processing technology design for input data of interlocking equipment (Gomackwon station)
▪Control design of train movement authority for transmitting integrated input data to Radio Block Center(RBC)
▪Production & demonstration for interface equipment between trackside simulator equipment and Radio Block Center(RBC)
▪Software implementation about test-bed section(1 station)
▪Analyze and Design decryption and encryption
- decryption and encryption algorithm and Domestic/Overseas Case Analysis
· Categorize exiting encryption algorithm
· Investigate and Anaylze characteristic of encryption algorithm
· Domestic/Overseas Case Analysis of applied encryption algorithm
· Analyze chateristic by system
- Select encryption algorithm for safety transmission device
· encryption technique analysis in safety and efficient aspect
· Performance Anayisis of encryption algorithm
· Security strength anayisis of encryption algorithm
- Design process for decryption and encryption
· Logging Process and Certification
· Frame Structure of safety transmission device
· Key Table structure, security and management plan
▪Design and manufacture H/W of safety transmission device
- Design and manufacture safety transmission device ~ 1 case
- Investigate and definite requirements of trackside safety transmission device
▪Technological Analysis of European Standard High Speed Railway Train Control Onboard Core Technology
▪Construct integrated laboratory room and manage Process of ETCS-L2 (In laboratory room of Yookyung Co,. Ltd.)
▪write laboratory test plan for trackside core device of European standard high speed railway control
▪write report of technological development present situation of overseas ETCS Level 3
▪Manufacturing of Trackside ATP device H/W
▪Compute system MTBF (using Relex tool) (MTBF 100,000 hours, MTTR 30 minutes)
▪Write Requirement analysis report
▪S/W Architecture&Design
▪S/W Module Design
▪Code Inspection Fault Rate Measurement
* using Resort4c
▪Hardware design and manufacturing of Trackside interface device and trackside simulator device
▪design and realization of Trackside interface device, Wireless supervision Console and Software for train detection simulator
▪Design and manufacturing of safety transmission module hardware
▪Design and realization of safety transmission module software
▪Design External interface protocol of safety transmission module
▪manufacture software for standard verification of interface between trackside and onboard
▪Manufacture protoyupe and Verification device manual of ETCS-L2 applied user requirement
▪Write ETCS-L2 integrated test procedure manuscript through analysis of European standard(Subset 076)
▪Integration of ETCS-L2 prototype and functional verification according to European standard(interoperability)
▪Implement monthly process meeting (10 times)
▪meeting for chief of research (6 times)
▪research staff meeting (15 times)
▪ETCS technical seminar (3 times)
▪Participate railway technical exhibition
▪Design report for Trackside ATP S/W integrated interface
▪Subset 026 Suitability examination report
▪Subset 076 Suitability examination report
▪Measuring and supplementation of Trackside ATP software fault rate using Resort Resort 4C
▪Functional test procudure for trackside ATP
▪Interlocking system, safety transmission module, on-board simulator interface test
▪Hardware performance improvement
▪Software performance improvement
▪User manual of the trackside interface unit
▪Linking test with unit system
▪Construction of the onboard test simulator & DMI
▪Linking test for integrated system
▪Hardware performance improvement
▪Software performance improvement
▪User manual of the Safety Transmission Moudel
▪Linking test with unit system
▪Construction of the onboard test simulator & DMI
▪Linking test for integrated system
▪Compliance chart of Onboard ATP Requirement
▪Requirement Function Analysis Report
▪design paper and prototype of Onboard ATP
▪design paper and prototype of BTM device
▪design paper of DMI device
▪Definition document of vehicle interface
▪Definition document of Onboard ATP↔DMI, Onboard ATP↔BTM interface and protocol
▪Onboard ATP integrated interface design paper
▪design paper of Onboard ATP↔Trackside ATP Interface
▪Procedure for Onboard ATP device microwave test, temperature and humidity test, vibration/impact test
▪Procedure for Onboard ATP device component test
▪Test component of Onboard-Trackside interface
▪Procudure of Onboard-Trackside integrated test procedure 1 case
▪Onboard-Trackside integrated test report 1 case
▪Implement monthly process meeting (7 times)
▪meeting for chief of research (1 times)
▪research staff meeting (7 times)
▪ETCS technical seminar (3 times)
▪Participate railway technical exhibition (6 times)
▪EVCU/SDOU S/W component specification
▪S/W source code verification report
▪Component test report
▪simulator design and manufacturing for trackside ATP function verification
▪Unit test report of ATP device
▪Environment test report by procedures of microwave test, temperature and humidity test, vibration/impact test
▪ATP↔JRU, SDOU, DMI interface certificate report
▪S/W connecting test report
▪Integrated test procedure of Onboard ATP device
▪Integrated test report of Onboard ATP device
▪System concept evaluation report
▪Structrue specification of onboard ATP device
▪S/W structure and design verification report
▪Component design verification report
▪RAM analysis report
▪Component FMEA analysis report
▪FTA analysis report
▪Optimization for trackside ATP software considered on-board ATP connectivity
▪Test procedure and a test result for Trackside ATP - On-board ATP
▪1 domestic presentation
▪Field demonstration test (performance test) and result analysis for the Block Information Transmission Equipment
▪Prototype performance improvement reflecting field demonstration test results
▪Performance test between Onboard ATP ↔ Onboard Safety Transmission Module
▪Interface technical support for linking test between trackside and onboard
▪Test support for operating the ETCS verification tool

목차 Contents

• 표지 ... 1
• 제출문 ... 2
• 보고서 요약서 ... 5
• 요약문 ... 6
• SUMMARY ... 24
• CONTENTS ... 49
• LIST OF TABLES ... 51
• LIST OF FIGURES ... 55
• 목차 ... 64
• 표목차 ... 66
• 그림목차 ... 70
• 제1장 연구개발과제 개요 ... 78
• 제1절 연구개발의 목적 및 필요성 ... 78
• 1. ERTMS/ETCS 기술 개요 ... 78
• 2. 연구개발 최종목표 ... 82
• 3. 연구개발 필요성 ... 82
• 제2절 연구개발의 정의, 범위 및 특징 ... 84
• 1. 연구개발의 정의 ... 84
• 2. 연구개발의 범위 및 특징 ... 84
• 제3절 국내외 기술개발 현황 ... 87
• 1. 국내외 기술개발 현황 ... 87
• 2. 개발기술의 취약성 및 극복방안 ... 97
• 제2장 연구개발 수행내용 및 결과 ... 100
• 제1절 연구수행 전략 및 방법론 ... 100
• 1. 통합시험 방법론 ... 100
• 2. 통합실험실 구성 ... 100
• 3. 시스템 검증 방법 ... 100
• 4. 연구개발 추진체계 ... 101
• 제2절 연구수행과정 및 내용 ... 105
• 1. 유럽표준 고속철도 열차제어 지상 ATP 기술 개발 ... 105
• 2. 유럽표준 고속철도 열차제어 차상 핵심 기술 개발 ... 185
• 3. 유럽표준 고속철도 열차제어 지상 인터페이스 기술개발 ... 240
• 4. 유렵표준 고속철도 열차제어 상호호환성 검증 및 엔지니어링 ... 347
• 제3절 연구 수행결과 및 결과의 검증방법 ... 387
• 제3장 최종 연구성과 및 적용실적 ... 390
• 제1절 연구성과 및 핵심요소 기술 ... 390
• 1. 유럽표준 고속철도 열차제어 상호호환성 검증 및 엔지니어링 ... 390
• 2. 유럽표준 고속철도 열차제어 지상 ATP 기술개발 ... 390
• 3. 유럽표준 고속철도 열차제어 차상핵심 기술개발 ... 391
• 4. 유럽표준 고속철도 열차제어 지상 인터페이스 기술개발 ... 394
• 제2절 주요연구 성과 ... 398
• 1. 특허성과 ... 398
• 2. S/W 등록 ... 399
• 3. 국내ㆍ외 학술대회 게재 및 발표 ... 399
• 4. 홍보회 ... 402
• 5. 기술적 성과 ... 404
• 제3절 기술실시 및 적용사례 ... 405
• 1. 기술실시 계획 ... 405
• 제4절 개발성과와 국내외 시장전망 ... 405
• 1. 개발성과 ... 405
• 2. 타(他)연구와의 연계 ... 406
• 제4장 연구목표 달성 및 효과 ... 407
• 제1절 연구목표 최종목표 달성도 ... 407
• 제2절 연구개발 성과의 효과분석 ... 413
• 1. 기술적 측면 ... 413
• 2. 경제적 측면 ... 413
• 3. 사회적 측면 ... 413
• 제5장 연구성과의 활용 및 추가연구 필요성 ... 415
• 제1절 연구성과 향후 활용방안 ... 415
• 제2절 추가연구 필요성 ... 418
• 제6장 연구개발과정에서 수집한 해외과학기술정보 ... 419
• 제7장 참고문헌 ... 420
• 끝페이지 ... 423