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High-speed processing in wired-and-wireless integrated autonomous decentralized system and its application to IC card ticket system

机译:有线无线一体化自主分散系统中的高速处理及其在IC卡票务系统中的应用

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摘要

The automatic fare collection systems need both high performance and high reliability. High performance is one of the most expected functions on the automatic fare collection gates (AFCGs) handling the highly dense passengers during rush hours. Reliability is also indispensable because the tickets are equivalent to money. For a wireless IC card ticket system, expected to improve the passengers’ convenience and to reduce the maintenance cost, is difficult to meet these two requirements because of wireless communications between an IC card and an AFCG. This paper introduces the autonomous decentralized system as the solution and how it is applied to the system. Then, two models are prepared and simulated to evaluate the efficiency, especially high-speed processing. The technologies are implemented into the “Suica” system at East Japan Railway Company and have proven the effectiveness.
机译:自动票价收集系统既需要高性能又需要高可靠性。高性能是自动收费站(AFCG)上最期望的功能之一,可在高峰时段处理高密度乘客。可靠性也是必不可少的,因为票等同于金钱。对于无线IC卡票务系统而言,由于IC卡与AFCG之间的无线通信,因此难以满足这两个要求,因此有望提高乘客的便利性并降低维护成本。本文介绍了自治分散系统作为解决方案以及如何将其应用到系统中。然后,准备并仿真了两个模型以评估效率,特别是高速处理。这些技术已在东日本铁路公司的“ Suica”系统中实施,并证明了其有效性。

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