液压厚度自动控制系统(HAGC)是现代大型板带轧机的核心系统，其性能好坏或工作是否正常是决定钢带质量和产量的关键。
Hydraulic Automatic Gauge Control (HAGC) system is an important large-scale core system in strip mill. It is a key to determine the steel band quality and the yield.
变刚度系数是板带连轧机厚度自动控制系统中一个重要的参数。
Mill modulus control (MMC) is one of important methods in the automatic gauge control (AGC) systems of strip rolling mills.
本文论述了一种用于冷轧机的新型厚度自动控制系统。
厚度自动控系统的目的是保证纵向厚度的精度，板形自动控制系统的目的是获取带钢横向厚度的均匀性和良好的平直度。
The AGC system can guarantee the precision of the vertical thickness and the AFC can guarantee the precision of horizontal thickness.
最后对一个实际的张力agc控制系统进行了系统辨识的实验，建立了该系统的动态控制方程，该方程已应用于厚度自动控制系统中。
The system identification experiment has been carried out on a actual T-AGC control system. The dynamic control equation has been set up and applied to the automatic gauge control system.
实验仿真表明，在一定的不确定性范围内，满足一定的精度要求下，厚度自动控制系统能够鲁 棒稳定且能达到一定的鲁 棒性能，取得满意的控制效果。
Simulations of experiment indicate that in some bounds of uncertainty the AGC can reach robust stability and robust performance with some precisions and has a satisfactory control effect.
实验仿真表明，在一定的不确定性范围内，满足一定的精度要求下，厚度自动控制系统能够鲁 棒稳定且能达到一定的鲁 棒性能，取得满意的控制效果。
Simulations of experiment indicate that in some bounds of uncertainty the AGC can reach robust stability and robust performance with some precisions and has a satisfactory control effect.
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