A method based on Markov to analyze the reliability of CBTC is provided.
给出了一种利用马尔可夫模型分析CBTC可靠性的方法。
Now a method for analyzing the safety of CBTC by Markov model is provided.
笔者给出一种利用马尔可夫模型分析CBTC安全性的方法。
Database is an important part of CBTC system and act as a key point in the CBTC system secure operation.
数据库是CBTC系统的重要组成部分，在CBTC系统的安全运行中起到关键的作用。
Finally, it is proved that the authentication scheme designed meets our transport needs of CBTC system security.
最后初步证明所设计的身份认证方案是符合我们CBTC系统安全传输需求的。
Hereinto, DSU is shorted for database storage unit. It is one subsystem of communication based train control (CBTC) system.
其中，DSU是数据库存储单元的简称，它是CBTC系统所包含的诸多子系统之一。
What is the business environment of the Western European CBTC market, the dynamics and its impact on mobility and urbanization?
西欧各国的CBTC市场商业环境和市场趋势，交通体系·都市化的影响度将会如何？
The Signalling System shall adopt Communications Based Train Control (CBTC) technology and support Unattended Train Operation (UTO).
信号系统须采用CBTC技术，以及能够支持车上无人的列车控制。
After consulting many correlative materials information, this paper generally researches and designs the DSU subsystem of CBTC system.
论文在大量阅读相关文献的基础之上，针对DSU子系统进行了全方面的研究和设计。
With a brief introduction about the reforming of San Francisco Bay railway signal system, interoperability on the basis of CBTC technology.
介绍了旧金山轨道交通信号系统采用基于通信的列车控制（CBTC）技术进行以实现联通联运为目标的改造。
The signal indication schemes in the CBTC mode were expounded and the recommended scheme was presented through in-depth analysis and comparison.
重点阐述了CBTC模式下信号机的显示方案，并进行了深入的分析和比选，提出推荐的方案。
DSU can save and provide all of the CBTC data, and realize many data processing functions, such as data research, data exchange and data download.
DSU存在的意义在于为CBTC系统存储和提供所有的系统数据，并在系统的范围内实现诸如数据查询、数据交换、数据下载等数据处理功能。
Through the former research of CBTC, it analyzes the advantages and disadvantages of CBTC and puts forward to a MAS system model based on AIS and GIS.
本文在前人对基于通信的列车控制系统研究的基础上，分析了基于通信的列车控制系统的优缺点，提出了基于AIS、GIS的移动自动闭塞系统的系统模型。
CBTC is adopted for signal system of Xi 'an Subway Line 2, which is a complete and movable block train control system based on wireless communication technology.
西安地铁2号线信号系统采用完整的、基于无线通信技术的、移动闭塞制式的CBTC列车自动控制系统。
By using CBTC system, we can reduce the interval between trains, carry out more function, maximize the utilization of the rail transit infrastructure, and supply more safety.
通过CBTC系统可以减小行车间隔，实现更多的列车控制功能，从而提高线路的利用率和行车安全。
By using CBTC system, we can reduce the interval between trains, carry out more function, maximize the utilization of the rail transit infrastructure, and supply more safety.
通过CBTC系统可以减小行车间隔，实现更多的列车控制功能，从而提高线路的利用率和行车安全。
应用推荐