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鉴于空管行业的蓬勃发展以及其本身的特殊性,需要保证整个航班生命周期过程的安全,因此对生产运行系统的可靠性、扩展性及安全性要求极高,而传统的点对点式架构或星形架构已难以满足相应运行系统的设计要求。基于这一问题,通过对ESB技术研究及相关模型的搭建,在试验环境对新架构反复应用与实践,得出一套科学、合理、适应于空管新一代信息系统建设的架构设计,同时,也为其它类似的生产系统提供一种可行的解决方案。
Due to the vigorous development of the ATC industry and its particularity, the safety of the entire flight life cycle needs to be ensured. Therefore, the reliability, scalability and safety of production operation systems are extremely demanding. However, the traditional point-to-point architecture or satellite Shaped architecture has been difficult to meet the design requirements of the corresponding operating system. Based on this issue, through the repeated research and application of ESB technology and related models in the experimental environment, the paper has repeatedly applied and practiced the new architecture to come up with a set of architecture design that is scientifically, reasonably and adaptable to the construction of a new generation of ATC information system. At the same time, It also provides a viable solution for other similar production systems.