the single parameter sampled data feedback control directs the system to unstable equilibrium point with only one parameter.
在采样数据反馈控制中,只要利用一个参数便将系统控制到非稳定平衡点。
the physical meanings of stable and unstable manifolds on a controlling unstable equilibrium point in electric power system are introduced.
介绍了在不稳定平衡点上的局部稳定和不稳定流形对应于电力系统稳定性问题中的物理含义。
the chaotic trajectories of the new system with known parameters can be effectively guided to any unstable equilibrium point or period solution by the linear state feedback method.
由此,对系统参数已知的情形,采用线性状态反馈方法将混沌系统控制到不稳定平衡点和内嵌的周期轨道;
a new method based on the theory of adjoint systems to compute the controlling unstable equilibrium point is presented.
提出了一种基于伴随系统理论的电力系统主导不稳定平衡点的求解方法。
recently, a new direct method, called the adjoint gradient system method, has been proposed for computing the controlling unstable equilibrium point (cuep) in transient stability analysis.
根据该方法,故障后电力系统的主导不稳定平衡点可以通过求解相关伴随梯度系统的渐近稳定平衡点得到。