An assurance method for functional system expansion of Tokyo metropolitan railway system

Keiji Kamijyo, H. Kawasaki, T. Arisawa, K. Bekki, H. Osumi, Daisuke Yagyu
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引用次数: 1

Abstract

Autonomous decentralized system (ADS) architecture has been used mainly to realize high assurance control system. However, ADS architecture proposed previously is too simple to apply large-scale complicated system. In this paper, we clarify that large-scale ADS is represented by hierarchical three layers structure and many ADS sub-systems are connected by gateways and agents using railway transport operation control system (ATOS) as an example. ATOS is a system which has been growing and changing continuously. We show that both gateway and agent are effective for system assurance in functional system expansion for large-scale ADS. ATOS: Autonomous Decentralized Transport Operation Control System
东京都市铁路系统功能系统扩展的保障方法
自治分散系统(ADS)体系结构主要用于实现高保证控制系统。然而,以往提出的ADS架构过于简单,无法应用于大规模复杂系统。本文以铁路运输运营控制系统(ATOS)为例,阐明了大规模ADS采用分层三层结构表示,多个ADS子系统通过网关和代理进行连接。ATOS是一个不断成长和变化的系统。我们证明了网关和代理都是有效的系统保证,用于大规模ADS:自治分散运输运行控制系统的功能系统扩展
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