초록 ▼

요약
- 모바일세컨드 서비스 플랫폼 기술문서 4종, 설계문서 2종 작성
- 컨버전스 디바이스용 운용 프레임워크 고도화
- 컨버전스 서비스 지원 시스템 자원 관리 기술개발
- 모바일세컨스 서비스 플랫폼 웹프레임워크 고도화
- 웹기반 스마트 UI/UX 기술 고도화 및 일반인 대상 사용성 평가 수행
- 컨버전스 디바이스간 커넥티비티 및 통합제어 기술개발
- 컨버전스 디바이스용 웹기반 모바일 클라우드 연동 기술개발
- 실차 기반 VSG HW/SW 개발 및 운용/적합성 시험 테스트 수행
- 컨

요약
- 모바일세컨드 서비스 플랫폼 기술문서 4종, 설계문서 2종 작성
- 컨버전스 디바이스용 운용 프레임워크 고도화
- 컨버전스 서비스 지원 시스템 자원 관리 기술개발
- 모바일세컨스 서비스 플랫폼 웹프레임워크 고도화
- 웹기반 스마트 UI/UX 기술 고도화 및 일반인 대상 사용성 평가 수행
- 컨버전스 디바이스간 커넥티비티 및 통합제어 기술개발
- 컨버전스 디바이스용 웹기반 모바일 클라우드 연동 기술개발
- 실차 기반 VSG HW/SW 개발 및 운용/적합성 시험 테스트 수행
- 컨버전스 디바이스 응용 개발용 SDK 및 IDE 개발
- ICT카 新융합 서비스: Mood & Entertainment 서비스레퍼런스 모델 6종 개발
- 총 연구기간 내 국제표준화 활동을 통한 표준안 4건 채택
- 총 연구기간 내 논문 30건, 특허 4건 등록/15건 출원, SW등록 4건

(출처 : 보고서 요약서 3p)

Abstract ▼

Purpose & Contents
ㅇWeb-based device-specific convergence SW framework and mobile cloud-linked future ICT Car convergence service and standard development to lead the new convergence service technologies in the mobile second field (Standardization) (TRL: 4 levels - 7 levels)
- Development of t

Purpose & Contents
ㅇWeb-based device-specific convergence SW framework and mobile cloud-linked future ICT Car convergence service and standard development to lead the new convergence service technologies in the mobile second field (Standardization) (TRL: 4 levels - 7 levels)
- Development of the key SW to support web-based convergence devices for mobile second
- Development of the interoperable SW between smart convergence devices for intelligent convergence services
- Development of SDK technology to support web-based convergence device application development
- Standard development for ICT car convergence service (standardization)

Results
Technical Development Performance in the 3rd Year
■ M2SCSP Technical Report (4 types)
o Four types of M2SCSP technical reports
- M2SCSP_WCDFS_ key SW technology to support web-based convergence devices
- M2SCSP_WCDCS_ interoperable SW technology between smart convergence devices
- M2SCSP_WSCI_ SDK technology to support device application development
- M2SCSP_ISCSS_ICT Standardization for ICT car convergence service

o Two types of M2SCSP design reports
- M2SCSP_WCDFS_ SW detailed design report to support web-based convergence service
· Development of social media authentication method (OAuth 2.0)
· Development of HTML5-based asynchronous communication - EventSource method
· Development of a dashboard to monitor system resource usage
· Development of a dashboard to monitor system clustering status
· Development of MapReduce-based ranking module

- M2SCSP_WCDCS_ convergence device web-based mobile cloud API instructions
· Design and development of location information-based API
· Design and development of statistical API for distributional system

■ Key web-based convergence device SW (achievement: 100%)
o Development of operational framework technology for convergence devices (achievement: 100%)
- Application of mobile cloud-linked cross platform technology
- Portability of display to support integrated devices
- Portability of mobile cloud-linked web framework
- Advanced network security to transfer confidential data

o Development of system resources management technology to support convergence service(achievement: 100%)
- Development of OAuth 2.0 as the way to handle authentication between convergence services by analyzing the authentication method of social media and advancement of the communication module of service support system by developing HTML5-based asynchronous communication method, EventSource method
- Monitoring the resource usage status of the service support system in the form of a dashboard and monitoring the current status of the system composed of clusters. By doing this, the resources of the entire system can be smoothly utilized and the service can be operated stably.
- Advanced development of MapReduce module to process business logic of services such as ranking among data shared in the distributed environment of mobile cloud, and improvement of the service support system to support ranking service implementation

o Development of web-based cross platform technology by device (achievement: 100%)
- Mirror link-based IVI, smartphone, smart watch, bio signal sensor, cloud, smart home connectivity definition of ICT car convergence service (Mood & Entertainment)
- WebRTC-based vehicle mood information sharing function, tablet using media sharing function, mood information-based vehicle mounted device control function, mirror link-based vehicle control function.
- Web runtime engine (WebGL / CL, including vehicle access control device API) and web core optimization to secure acceleration of ICT car convergence service execution and W3C / HTML5 support stability
- Development of web application, contents and demonstration system to verify mobile second convergence services

o Development of web-based smart UI / UX technology for each convergence device (achievement: 100%)
- Definition of 3M environment and advanced UI / UX SW components
- Development of ICT car convergence service UI / UX integrated information visualization SW
- Advanced Smart UI / UX enhancement based on user responsiveness evaluation
- Development of SDK interoperable technology to support application development (UI API development and interoperability)

■ Smart convergence devices interoperable SW (achievement: 100%)
o Development of convergence device inter-connectivity and integrated control technology (achievement: 100%)
- Advanced IVI to Legacy terminal connectivity and integrated control
- Legacy to Low-end Terminal Connectivity and Integrated Control Advanced
- Connectivity and integrated control advanced in cloud environment
- Service scenario prototype SW development

o Legacy to Low-end terminal connectivity and integrated Control Improvement (achievement: 100%)
- Advanced integration control of device connectivity
- Advancement of Bluetooth data linkage and multi-device interoperability
- Advancement of WiFi P2P data linkage and multi-device interoperability
- Advanced data encryption API
- Advanced device control API
- Advanced sensor information interface API
- Advanced vehicle interface API
- Device connectivity integrated control test
- Legacy to Low-end test bed software

o Connectivity and advanced integrated control in the cloud environment (achievement: 100%)
- Advanced cloud interoperability API
- Advanced cloud interoperability data processing
- Cloud new API interoperability
- Integrated control test of cloud connectivity

o Development of service scenario prototypes (achievement: 100%)
- Development of high-end prototype SW
- Development of low-end prototype SW

o Development of web-based mobile cloud interoperable technology for convergence devices (achievement: 100%)
- Development of social media interoperable API using WebRTC and implement it to support communication and sensibility service control among users of different vehicles
- Development of API to collect vehicle status and diagnostic information via the vehicle’s OBD and VSG and provide necessary information to the client and deliver the ranking processing results among the statistical module-based vehicles
- Development of API to support Driving Together service, Auto Mood Setting service, Mode Delivery service

■ Development of test bed for service operation / conformity test (achievement: 100%)
o Development of VSG's HW and SW (achievement: 100%)
- Design of ECU using NXP‘s MC9S12 XDP 512, a 16 bit car MCU
- Development of SW to implement functions related to vehicle information collection and vehicle control

o Configuration of the interface between VSG and IVI platform (achievement: 100%)
- Implementation of 100 Kbps CAN interface - Definition of data frame structure

■ Convergence Device Application Development Support SDK (achievement: 100%)
o Development of API for convergence device application development (achievement: 100%)
- Verification of multiple platforms compatible data interoperable technology to support ICT car environment
- Advancement of multi-device integrated control API

o Development of application testing and packaging management technology (achievement: 100%)
- Verification of infotainment terminal integrated environment -based ICT car application service
- Operational test of API to interlock and control 3M environment-based ICT car
- Verification and Sharing of standard APIs to support ICT car application services

o Convergence Device Application Development Support IDE (achievement: 100%)
- Stabilization of ICT car service platform to support web-based 3M environment
- Advanced IDE to support infotainment terminal integration

■ ICT car new convergence service (type 1) (achievement: 100%)
o Development of Mood & Entertainment service reference model (achievement: 100%)
- Proposal of six types of Mood & Entertainment service reference models that maximize satisfaction and pleasure according to the personal lifestyle among Mobility experience, six that maximize satisfaction and derivation of the execution development plan (Service Bluprint & UX flow)

o ICT car convergence service BM development (achievement: 100%)
- Development of service business model that enables actual business through the derived service model

o Development of ICT car-linked smart care service reference model (achievement: 100%)
- Development of two types of smart environment and smart care service reference model services
- Production of sensor prototypes by providing two types of services
- Development of smart home IoT device control by providing two types of services
- Design, establishment and development of virtualization-based Pilot System

o New convergence service type 1 UT (Usability Test) (achievement: 100%)
- Design of the scenario screen design for each service

⦁ Production of prototype by device (Smart Phone / Watch, IVI)
- Assessment of the ease of use for services (2016.11.18-2016.11.26)
⦁ experiment for 30 people (male / female, 20/30/40 or more)
⦁ Evaluation of user satisfaction with service through qualitative evaluation (KS-SQI, interview) and quantitative evaluation (task execution time, task success rate)
⦁ UT Process for Smart Service
① Information for two types of services before the experiment
② Review of scenario for two types of services and pre-questioning
③ Experiences of one type of service depending on the task scenario
④ Follow-up survey and Interview
- Analysis of the ease of use using various indicators
⦁Analysis of quantitative indicators (KS-SQI, interview), quantitative indicators (time, success rate)
⦁ Derivation of the degree of satisfaction and problems for each service through the analysis of the results

■ Progress Performance of the international standardization (achievement: 100%)
o Development and standardization of web-based smart convergence device interlocking open API (achievement: 100%)
- Submission of one International Standard report / adoption of one International Standard CD (ISO / IEC JTC 1 / SC 29 / WG 11)
- Pass through the Standard Conformity Review Process for CD of ISO/IEC 23005 of ISO / IEC JTC 1 / SC 29 / WG 11, focusing on technical contributions designed in the second year to develop to develop ICT car fusion services international standardization framework

o Development and standardization of web-based open API supporting ICT car convergence service (achievement: 100%)
- Proposal of PWI 20901 C-FVBWS (Cooperative Forward Vehicle Emergency Brake Warning Systems)
- NP approval at ISO TC 204 / WG 14 international standardization conference
- Setting of requirements and use case for ICT car convergence services
- Establishment of plans for using vehicle maintenance and care sectors through the collectable information of the vehicle
- Analysis of service scenarios developed by the research team for this topic
- Analysis of service requirements in the mobile second field and derivation of use case
- Proposal and Registration Process of ICT car convergence service TR International standard

Expected Contribution
ㅇThe new convergence service in the mobile second sector may create a new global convergence ecosystem by providing new products and services linked to web-based cloud information in the mobile devices, automobiles, life-care fields, etc.
- The revitalization of connected car applications and service industries by providing the service development platform of "Connected Car (ICT Car) Industry Field", the core industry sector of mobile second may bring various additional effects such as "job creation and cultivation of global companies"

ㅇICT car convergence service platform based on ICT car - smartphone equipment
- wearable equipment – cloud connectivity makes the new convergence industrial group possible, which is expected to bring about development of connected car-related ICT industry and automobile parts industry
- Utilization as Driver Assistance ICT convergence service platform that provides safety / convenience / connectivity to drivers
- Development of standard gateway HW(Vehicle Service Gateway) framework that provides connectivity to ICT car, mobile second devices, cloud and development of web/ native SW framework may make aftermarket parts industry for connected cars providing connectivity and convenience to automobiles revitalize

(출처 : SUMMARY 9p)

목차 Contents

• 표지 ... 1제 출 문 ... 2보고서 요약서 ... 3요약문 ... 5SUMMARY ... 9목차 ... 14제1장. 연구개발과제의 개요 ... 15 1. 연구개발 목적 ... 15 2. 연구개발의 필요성 ... 19 3. 연구개발 범위 ... 20제2장. 국내외 기술 개발 현황 ... 23 1. 국내·외 기술 현황 ... 23 2. 국외 기술 동향 및 수준 ... 24 3. 국제 표준화 동향 ... 28제3장. 연구 수행 내용 및 성과 ... 30 1. 당해 연도 연구 수행 내용 및 성과 (3차년도) ... 30 2. 2차년도 연구 수행 내용 및 성과 ... 94 3. 1차년도 연구 수행 내용 및 성과 ... 96제4장. 목표 달성도 및 관련 분야 기여도 ... 98 1. 목표 달성도 ... 98 2. 관련 분야 기여도 ... 99제5장. 연구개발성과의 활용계획 ... 104 1. 사업화 계획 ... 104제6장. 연구 과정에서 수집한 해외 과학기술 정보 ... 107 1. 국제표준화 아이템 추적 ... 107 2. ISO/TC204 WG17 내 국제표준 ... 108제7장. 연구개발성과의 보안등급 ... 109제8장. 국가과학기술종합정보시스템에 등록한 연구시설·장비현황 ... 110제9장. 연구개발과제 수행에 따른 연구실 등의 안전 조치 이행 실적 ... 111제10장. 연구개발과제의 대표적 연구 실적 ... 112제11장. 기타 사항 ... 113제12장. 참고 문헌 ... 114붙임1. 자체 보안관리 진단표 ... 115붙임2. 연구실 안전조치 이행표 ... 116끝페이지 ... 117