At present, railway station computer interlocking software test platform includes automatic test and manual test.
目前，铁路车站计算机联锁软件测试平台包含自动测试和人工测试。
Then, applications of fuzzy fault tree analysis in safety analysis of computer interlocking software are discussed.
然后，讨论了模糊故障树分析在计算机联锁软件的安全性分析中的应用。
This system can improve the level of test automation and test efficiency of the Railway Station Computer Interlocking Software more.
此系统可进一步提高铁路车站计算机联锁软件测试自动化水平和测试效率。
This paper describes the technical methods to apply the technology of railway computer interlocking software test into the central transportation control system of Metro.
介绍了将铁路计算机联锁软件测试技术应用于地铁的计算机集中运输控制系统第三方测试中所使用的方法和技术。
The method and the technique now have been applied to the safety testing and assessment platform for railway signalling computer interlocking software and the results are analyzed in this paper.
这种技术现已在铁路车站计算机联锁软件安全性测试评估平台中得以应用，文章分析了其应用效果。
The railway computer interlocking system is a kind of typical safety-critical system and the chaotic safety analysis is useful and helpful for implementing more efficient on the spot software testing.
铁路联锁软件是典型的安全苛求软件，安全性的混沌分析将有助于实施高效的铁路联锁软件的现场测试。
To meet the requirements for black box testing of CISS (Computer Interlocking safety critical Software), the safety requirements of CISS are denoted hierarchically and formally.
为满足联锁软件黑箱测试的要求，对联锁软件安全性需求进行了分级形式化表达。
It's very important to realize the inside frame of the voice system based on general configuration software in the interlocking computer control system.
在铁路信号集中闭锁(信集闭)微机连锁控制系统中，基于通用组态软件建立语音系统的内嵌式结构尤为重要。
After the hierarchical classification of CISS (Computer Interlocking Safety-critical Software) requirement specifications, an automatic hierarchical testing strategy is introduced.
通过对联锁软件需求规格的分级划分，提出了一种联锁软件分级测试策略。
After the hierarchical classification of CISS (Computer Interlocking Safety-critical Software) requirement specifications, an automatic hierarchical testing strategy is introduced.
通过对联锁软件需求规格的分级划分，提出了一种联锁软件分级测试策略。
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