采用平衡截断(balanced truncation)技术对原系统和控制器进行降阶。在IEEE 4机2区域系统进行的仿真表明，该WAASC能有效地提高互联系统的稳定控制水平。
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CGMIL method is situated between MIL and balanced truncation in performance of model reduction and has advantage among the model reduction methods based on the information theoretic methods.
CGMIL方法在信息类模型降阶方法中有很强的优势,在性能上介于MIL和平衡截断之间。
参考来源 - 基于交叉格莱姆矩阵的最小信息损失模型降阶方法·2,447,543篇论文数据，部分数据来源于NoteExpress
控制律采用线性二次型高斯(LQG)方法，结合平衡截断法降阶。
The controllers are designed by linear quadratic Gaussian (LQG) method truncated by a balanced truncation method.
CGMIL方法在信息类模型降阶方法中有很强的优势，在性能上介于MIL和平衡截断之间。
CGMIL method is situated between MIL and balanced truncation in performance of model reduction and has advantage among the model reduction methods based on the information theoretic methods.
本文应用分子动力学模拟方法，讨论了NVE系综中不同初始晶格类型对模拟系统平衡温度和截断半径对模拟系统平衡总能的影响。
The effects of initial different crystal lattice of simulated system on balance temperature and cut-off radius on total balance energy were discussed in NVE ensemble by molecular dynamics simulation.
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