This is a bit strange, because previously our figure of merit when comparing one state-space model to another(page 8-8)was whether they reproduced the same same transfer function Now we have two very different models that result in the same transfer function

Full-state Feedback Control How do we change the poles of the state-space system? Or, even if we can change the pole locations Where do we put the poles? Linear Quadratic Regulator Symmetric Root Locus How well does this approach work? Copyright [2001 by JOnathan dHow

State-Space Systems Open-loop Estimators Closed-loop Estimators Observer Theory (no noise)-Luenberger IEEE TAC Vol 16, No. 6, pp. 596-602, December 1971 Estimation Theory(with noise)-Kalman Copyright [2001 by JOnathan dHow

Closed-loop system analysis Robustness State-space -eigenvalue analysis Frequency domain- Nyquist theorem Sensitivity Copyright 2001 by Jonathan How

一、路由器在网际互连中的作用 二、因特网的网际协议IP 三、划分子网和构造超网 四、因特网控制报文协议ICMP 五、因特网的路由选择协议 六、IP多播和因特网组管理协议 七、下一代的网际协议IPv6(IPng)

第一节情绪与情感的概述 第二节情绪和脑 第三节小学生情绪情感的发展 第四节情绪的自我调节与控制

输入输出存在的问题:不便于研究与系统内部情况有关的各种问题 (如可观测性、可控制性) 可观测性:在输出端观测到所有的固有响应分量。否则,称为 不可观测的

第1章电力电子器件 第2章整流电路 第3章直流斩波电路 第4章交流电力控制电路和交-交变频电路 第5章逆变电路 第6章脉宽调(PWM)技术