Non-deterministic delay behavior testing of chinese train control system using uppaal-tron

J Lv, E Ahmad, T Tang - IEEE Intelligent Transportation …, 2020 - ieeexplore.ieee.org
The Chinese Train Control System level 3 (CTCS-3) is an open and real-time safety-critical
system. Due to the non-deterministic delay behavior in the environment, there is a large …

[PDF][PDF] Behavior modeling and verification of movement authority scenario of Chinese Train Control System using AADL.

E Ahmad, YW Dong, BR Larson, JD Lü, T Tang… - Sci. China Inf …, 2015 - academia.edu
Train control systems like most digital controllers are, by definition, hybrid systems as they
interact with or try to control some aspects of the physical world. Detailed behavior modeling …

Online conformance testing of CBTC on-board ATO functions based on UPPAAL-TRON framework

K Chen, J Lv, J Huang, H Guo, S Su… - 2019 IEEE Intelligent …, 2019 - ieeexplore.ieee.org
The Automatic Train Operation System (ATO) is an important part in the Communication
Based Train Control System (CBTC). It is important to verify the correctness and safety of its …

Formal Description and Verification of Mixed Right of Way Scenario for Guided Transport System Based on Vehicle-to-vehicle Communication

T Zhu, Y Cao, X Mo - Journal of Physics: Conference Series, 2021 - iopscience.iop.org
Abstract GTS (Guided Transport System) is an innovative new mode of urban transportation,
which integrates the characteristics of rail transit into urban public transportation. It is a …

[PDF][PDF] 基于移动闭塞原理的区间中断下列车多策略优化调度方法

张俊杰, 胡文峰, 彭涛, 阳春华 - SCIENCE CHINA Information …, 2018 - researchgate.net
摘要在高铁日常运营中, 地质灾害或设备故障等突发事件导致铁路行车区间中断,
长时间的区间中断通常会导致大面积的列车晚点, 给旅客出行带来极大的延误 …

基于 AADL 的**高速铁路控制系统中的移动授权场景建模与验证

E Ahmad, YW Dong, B Larson, JD Lü, T Tang… - Science China …, 2015 - Springer
摘要创新点列控系统像大多数数字控制系统一样, 需要和物理部件交互或者控制它们行为,
因而是混成系统. 对混成系统行为建模与验证, 从而使得混成系统行为可靠并可以预测 …

[CITAZIONE][C] 多机器人路径规划的安全性验证

刘涛, 王淑灵, 詹乃军 - 软件学报, 2017

[CITAZIONE][C] Formal Verification of Ptolemy Discrete Event Model

陆芝浩, 王瑞, 孔辉, 关永, 施智** - Journal of Software, 2021

[CITAZIONE][C] Ptolemy 离散事件模型形式化验证方法

陆芝浩, 王瑞, 孔辉, 关永, 施智** - 软件学报, 2021