第一节低压电器基本知识 第二节电磁式接触器 第三节电磁式继电器 第四节热继电器 第五节熔断器 第六节低压开关电器与主令电器 第七节常用电子电器 第八节速度继电器与干簧继电器

Model Uncertain Prior analysis assumed a perfect model. What if the model is in correct= actual system dynamics GA(s)are in one of the sets Multiplicative model G,(s=GN(s(1+E(s)) Additive model Gp(S)=GN(S)+E(s) where

研究劳动条件对劳动者健康的影响，研究如何改进劳动条件的一门学科。属于预防医学的范畴。主要任务：预测、识别、评价和控制不良劳动条件，保护劳动者的健康

一、生产性粉尘 二、粉尘特性 三、粉尘在机体内过程 四、生产性粉尘对健康的影响 五、生产性粉尘的控制和尘肺预防

10.1工作研究 10.2劳动量标准水平 10.3PTS法与模特排时法

Deterministic lOR Optimal control and the riccati equation · Lagrange multipliers The Hamiltonian matrix and the symmetric root locus Factoids: for symmtric R

Reference input -II 16. 3117-23 On page 17-5, compensator implemented with a reference command y changing to feedback on e(t=r(t-y(t) rather than -y(t)

Weighting Matrix Selection a good rule of thumb when selecting the weighting matrices Rxx (or Ru and R uu is to normalize

Bounded gain There exist very easy ways of testing(analytically) whether S Gu)< SISO Bounded Gain Theorem: Gain of generic stable system

MIMO Systems Singular Value Decomposition Multivariable Frequency Response Plots Copyright 2001 by Jonathan How