STUDIES IN CONTROL AND SYSTEM AUTOMATION
Synopsis
This Edited Book focuses on control and system automation, which involves simulation and experimental research based work in the area of electrical, mechanical, manufacturing and process industries. The first part of this book presents the design of controllers using conventional PID and Artificial Intelligence techniques for a diverse range of dynamic systems. Furthermore, this book discusses the development of automation system for various industrial applications including embedded system, software engineering, management tools and optimization process in order to enhance the stability, accuracy, and efficiency of the system as well as the quality of productions. The simulation and experimental based work presented in this book can be explored, which in line with the current innovation related with Industrial Revolution 4.0.
Chapters
-
CHAPTER 1: INTRODUCTION
-
CHAPTER 11: FUZZY APPROACH TECHNIQUES FOR TRAFFIC FLOW IN MULTILANE-MULTIPLE INTERSECTION
-
CHAPTER 10: PUMP SCHEDULING FOR WATER SUPPLY SYSTEMS
-
CHAPTER 9: SUPER TWISTING CONTROL OF DC-AC INVERTER WITH HIGHER ORDER EXACT ROBUST DIFFERENTIATOR
-
CHAPTER 8: MODELING AND CONTROL OF WATER DISTRIBUTION SYSTEM
-
CHAPTER 7: AN INTELLIGENT FIBROUS CAPILLARY IRRIGATION SYSTEM
-
CHAPTER 6: FUZZY-PID FOR A WHEEL INVERTED PENDULUM SYSTEM
-
CHAPTER 5: FUZZY PID CONTROLLER FOR ALTITUDE AND ATTITUDE STABILIZATION OF QUADCOPTER
-
CHAPTER 4: PSO-TUNED PID FOR A NONLINEAR OVERHEAD CRANE SYSTEM
-
CHAPTER 3: PID, CASCADE AND IMC CONTROLLERS FOR JACKETED KETTLE SYSTEM
-
CHAPTER 2: EVALUATION OF SOME RECENT TUNING RULES FOR INDUSTRIAL PID CONTROLLERS
-
CHAPTER 12: DISTANCE BASED COLOR SEGMENTATION IN VIRTUAL GREENHOUSE ENVIRONMENT