teeterboard

For ' teeterboard ' , an SIMO system , we choose to describe it using state equation .

对于跷跷板这个单输入、多输出的系统，我们选择用状态方程来描述它。

Wild animals and the hunter are standing respectively on left and right sides of the teeterboard .

跷跷板高下分别站着野生动物和捕猎者。

A Teeterboard Pattern MEMS Permanent Magnet Bistable Structure Supported by Torsion and Cantilever Beam

扭梁悬臂梁支撑的扭摆式MEMS永磁双稳态机构

There is a cliff in the picture , on whose top is a teeterboard .

图中画了一个悬崖，在悬崖上有个跷跷板。

As is graphically revealed in the picture above , three little boys are playing on a teeterboard with a little girl .

正如图画所生动的描述，3个小男孩和1个小女孩在玩着跷跷板。

During the simulation , one dynamic fuzzy controller is implemented to optimize the static fuzzy controller . With this , the ' teeterboard ' could be controlled in a better way .

在仿真过程中针对传统的静态模糊控制器提出动态模糊控制器这一优化方法，并用动态模糊控制器来完成跷跷板的仿真演示。

After feasibility analysis and parameter optimization , a teeterboard pattern MEMS permanent magnet bistable structure supported by a torsion and cantilever beam is fabricated with sacrificial layer technology of non-silicon surface micro fabrication .

在进行理论分析证实可行性和模拟仿真优化参数后，利用非硅表面微加工方法中的牺牲层工艺制备了一种扭梁悬臂梁支撑的扭摆式MEMS永磁双稳态机构。