철도 신호 시스템을 위한 고장 허용 스위치드이더넷 구조의 성능 평가

Performance Evaluation of Fault Tolerant Switched Ethernet Architecture for Railway Signal System

초록

In high reliability systems for industrial network such as railway signal system, fieldbus protocols have been known to satisfy the real-time and fault tolerant requirements. But, the application of fieldbus has been limited due to the high cost of hardware and software, and the difficulty in interfacing with multi-vendor products. Therefore, as an alternative to fieldbus, the computer network technology, especially Ethernet (IEEE 802.3), is being adapted to the industrial network. In this paper, we propose a switched Ethernet based railway signal system because of its very promising prospect for industrial application due to the elimination of uncertainties in the network operation. In addition, we propose the redundancy architecture for the reliability of network components. More specifically, this paper presents an analytical performance evaluation of switched Ethernet for railway signal system, and shows experimental evaluation of redundancy architecture.

키워드

throughputnetwork interface cardswitching hubbusrailway signal systemreliabilityfieldbusfault tolerantswitched Ethernetredundancyperformance evaluationthroughputnetwork interface cardswitching hubbusrailway signal systemreliabilityfieldbusfault tolerantswitched Ethernetredundancyperformance evaluation
제목
철도 신호 시스템을 위한 고장 허용 스위치드이더넷 구조의 성능 평가
제목 (타언어)
Performance Evaluation of Fault Tolerant Switched Ethernet Architecture for Railway Signal System
저자
황종규이재호조현정김만호박지훈이석이경창
발행일
2006-12
저널명
제어.로봇.시스템학회 논문지
12
12
페이지
1241 ~ 1248