bounded variable

Gravity and magnetic anomaly inversion by bounded variable linear programming

重磁异常有界变量线性规划反演

Based on the discrete state equation of the system, the bounded variable simplex method of linear programming ( LP) is first applied to find the control sequences which meet the control constrains, then the cutting plane method is used to deal with state constraints.

在离散数学模型的基础上，首先应用求解线性规划问题的有界变量单纯形方法求出满足控制约束的控制序列，然后再利用割平面方法处理状态约束，以求得满足约束条件的最优控制。

Based on the Lyapunov stable theory, a linear state feedback controller is presented to guarantee the asymptotic stability and achieve the bounded state variable for any bounded disturbance.

基于Lyapunov稳定性理论，设计了一个线性状态反馈控制器，该控制器对于任何给定的有界干扰，都能保证系统渐近稳定并获得有界的状态变量。

It is assumed that the nonlinear terms satisfy the norm-bounded condition and the parameter uncertainty is time-variable.

假定非线性项满足范数有界性条件，参数不确定性可以是时变的。

The optimal inputs are given by the state feedback with the bounded variable gains.

最优输入由有界可变增益的状态反馈得到。