Control systems PDF Slides

Control systems

Part I  The Elements - Pdf
1.	The Excitement Of Control   Engineering	Color Pdf (817K)
2.	Introduction To The Principles Of   Feedback	Color Pdf (509K)
3.	Modeling	Color Pdf (1.1M)
4.	Continuous Time Signals And   Systems	Color Pdf (1.2M)
Part II  SISO Control Essentials - Pdf
5.	Analysis Of SISO Control Loops	Color Pdf (389K)
6.	Classical PID Control	Color Pdf (657K)
7.	Synthesis Of SISO Controllers	Color Pdf (217K)
Part III  SISO Control Design - Pdf
8.	Fundamental Limitations In SISO   Control	Color Pdf (1.1M)
9.	Frequency Domain Design   Limitations	Color Pdf (713K)
10.	Architectural Issues In SISO   Control	Color Pdf (574K)
11.	Dealing With Constraints	Color Pdf (373K)
Part IV  Digital Computer Control - Pdf
12.	Models For Sampled Data Systems	Color Pdf (868K)
13.	Digital Control	Color Pdf (563K)
14.	Hybrid Control	Color Pdf (479K)
Part V  Advanced SISO Control - Pdf
15.	SISO Controller Parameterizations	Color Pdf (568K)
16.	Control Design Based On   Optimization	Color Pdf (684K)
17.	Linear State Space Models	Color Pdf (479K)
18.	Synthesis Via State Space Methods	Color Pdf (588K)
19.	Introduction To Nonlinear Control	Color Pdf (1.6M)
Part VI  MIMO Control Essentials - Pdf
20.	Analysis Of MIMO Control Loops	Color Pdf (789K)
21.	Exploiting SISO Techniques In MIMO   Control	Color Pdf (955K)
Part VII  MIMO Control Design - Pdf
22.	Design Via Optimal Control   Techniques	Color Pdf (2.1M)
23.	Model Predictive Control	Color Pdf (874K)
24.	Fundamental Limitations In MIMO   Control	Color Pdf (913K)
Part VIII  Advanced MIMO Control - Pdf
25.	MIMO Controller Parameterizations	Color Pdf (464K)
26.	Decoupling	Color Pdf (881K)

Control Systems PPT Slides

Control Systems

Part I  The Elements - PowerPoint
1.	The Excitement Of Control Engineering	(4.4M)
2.	Introduction To The Principles Of Feedback	(2.7M)
3.	Modeling	(11.1M)
4.	Continuous Time Signals And Systems	(1.9M)
Part II  SISO Control Essentials - PowerPoint
5.	Analysis Of SISO Control Loops	(2.5M)
6.	Classical PID Control	(1.9M)
7.	Synthesis Of SISO Controllers	(686K)
Part III  SISO Control Design - PowerPoint
8.	Fundamental Limitations In SISO Control	(5.7M)
9.	Frequency Domain Design Limitations	(3.2M)
10.	Architectural Issues In SISO Control	(2.6M)
11.	Dealing With Constraints	(1.2M)
Part IV  Digital Computer Control - PowerPoint
12.	Models For Sampled Data Systems	(2.2M)
13.	Digital Control	(563K)
14.	Hybrid Control	(1.0M)
Part V  Advanced SISO Control - PowerPoint
15.	SISO Controller Parameterizations	(783K)
16.	Control Design Based On Optimization	(1.8M)
17.	Linear State Space Models	(898K)
18.	Synthesis Via State Space Methods	(7.4M)
19.	Introduction To Nonlinear Control	(11.3M)
Part VI  MIMO Control Essentials - PowerPoint
20.	Analysis Of MIMO Control Loops	(4.0M)
21.	Exploiting SISO Techniques In MIMO Control	(8.5M)
Part VII  MIMO Control Design - PowerPoint
22.	Design Via Optimal Control Techniques	(13M)
23.	Model Predictive Control	(1.7M)
24.	Fundamental Limitations In MIMO Control	(6.1M)
Part VIII  Advanced MIMO Control - PowerPoint
25.	MIMO Controller Parameterizations	(640K)
26.	Decoupling	(2.1M)

 

Advanced Control System PPT

ADVANCE CONTROL SYSTEM PPT

INSTRUCTOR: Dr. NIKRAVESH

	Abstract of BISC tal..>	26-Sep-2000 18:40	25K
	BISC_Gao1.ppt	25-Oct-2000 14:54	79K
	Carlos.ppt	05-Oct-2000 21:28	3.3M
	EMBEC 1999-Wien --- ..>	06-Nov-1999 11:18	5.6M
	FredNik.ppt	29-Aug-2000 13:58	2.5M
	Fuzzy Diagnostic and..>	28-Jul-2000 09:01	6.3M
	Imprecise Comp Arith..>	03-Nov-2000 08:40	159K
	LOTFIfinalnew.ppt	22-Sep-2000 23:02	61K
	Lia.ppt	05-Oct-2000 21:29	1.4M
	Nik.ppt	27-Jun-2000 13:14	1.4M
	Piero.ppt	20-Oct-2000 14:23	1.1M
	Pieroecai2000v4.pdf	23-Oct-2000 14:26	88K
	Speakers/	13-Dec-2000 16:26	-
	Tony.ppt	02-Oct-2000 16:13	665K
	Tony Nolan Seminar A..>	26-Sep-2000 18:40	176K
	Zadeh.fm	23-Oct-2000 15:46	153K
	bisc_Gao2.ppt	25-Oct-2000 14:55	3.7M
	lotfinew1.ppt	25-Oct-2000 17:04	96K
	ucb-talk.ppt	07-Nov-2000 12:17	147K
	zadeh.Toward.p-b.Imp..>	23-Oct-2000 15:46	153K

Control Systems

Control Systems



Summary:An introduction to linear feedback control theory, including transient and frequency response; stability; systems performance; control modes and compensation methods. Hydraulic, electrical, pneumatic, and inertial components and systems are investigated and employed.
Prerequisites: 204 and Mathematics 231.



Lecture Notes:
Chapter 1 - Introduction to Control Systems

MATLAB Tutorial for Controls
Simulink Tutorial

Chapter 2 - Mathematical Models of Systems
Chapter 3 - State Variable Models
Chapter 4 - Feedback Control System Characteritics
Chapter 5 - The Performance of Feedback Control Systems
Chapter 6 - The Satbility of Linear Systems
Chapter 7 - The Root Locus Method
Chapter 8 and 9 - Frequency Response Methods and Stability
Chapter 10 - The Desing of Feedback Control Systems
Chapter 11 - The Desing of State Variable Feedback Systems
Chapter 12 - Robust Control Systems
Chapter 13 - Digital Control Systems