Then, base on the model reference control theory for linear switching systems, a parametric approach for the design of the controller is proposed.
借鉴线性切换系统的模型参考跟踪理论，给出了控制器的参数化设计方法。
The sufficient and necessary condition of controllability and reachability of a class of linear switching systems which has the same systematic matrix and different input matrixes is given.
给出一类线性切换系统能控性、能达性的充分必要条件，此类系统的特征是具有相同的系统矩阵和不同的输入矩阵。
Linear Switching Systems are an important class of Hybrid Dynamical Systems, which own extensive engineering background and important theoretical value.
线性切换系统是一类重要的混合动态系统模型，具有广泛的工程背景和重要的理论价值。
Designers choose among various power-conversion topologies including linear, switching, and low drop out (LDO) regulators, depending on the requirements for each power source.
根据每个功率源的要求，设计师们选择不同的电源转换拓扑结构，其中包括线性，开关以及低压降稳压器。
Designers choose among various power-conversion topologies including linear, switching, and low drop out (LDO) regulators, depending on the requirements for each power source.
根据每个功率源的要求，设计师们选择不同的电源转换拓扑结构，其中包括线性，开关以及低压降稳压器。
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