Emergency disposal of urban rail transit based on distributed workflow
Luo Qin, Lyu Yitong, Yihong Mo, Wei Li, Zhang Xiongfei · IOP Conference Series Materials Science and Engineering · 2018
Under the background of the network operation of urban rail transit, the rapid expansion of rail network structure in various cities, on the one hand, has promoted the rapid development of rail transit industry. On the other hand, it put tremendous pressure on the daily operation and management of rail transit operators. The traditional centralized disposal mode is not in a position to meet the increasingly complex network and passenger demand any more. In this paper, based on the distributed workflow theory, a distributed multi-aircraft collaborative system framework is established for emergency management of urban rail transit and an emergency response model, using Oracle database management system as the main technical to realize the digital management of contingency plans, the theory is finally applied in practice, and the design of the urban rail transit emergency response system for OCC layer is realized.