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本文提出了对调度员培训仿真器中的动态全过程进行准实时仿真的模型和算法。在仿真中，整个动态过程被划分为暂态过程和中长期动态过程两个阶段，并通过加入人工阻尼，实现了暂态过程和中长期动态过程的平稳过渡；为提高仿真速度，在不同仿真阶段采用了与其相适应的参考轴系；引入了一种能对系统变化和仿真误差作自适应调整的自动变步长方法。此外，提出了基于广度优先的快速拓扑方法和局部拓扑跟踪修正的算法，以及基于稀疏技术的快速因子表修正法。
This paper presents a model and algorithm for quasi-real-time simulation of the dynamic whole process of dispatcher training simulator. In the simulation, the whole dynamic process is divided into two stages: transient process and long-term and long-term dynamic process. By adding artificial damping, the transient process and the steady transition of medium- and long-term dynamic process are realized. In order to improve the simulation speed, The corresponding reference axis system was adopted in the stage. An automatic variable step length method was introduced to adaptively adjust the system variation and simulation error. In addition, a breadth-first fast topology method and a local topology tracking algorithm are proposed, and a fast factor table correction method based on sparse technology is proposed.