Advanced Fuzzy Logic Technologies in Industrial Applications

From the Contents: Conventional, Intelligent and Fuzzy Logic Control

- Fundamentals of Fuzzy Logic Control

- Static, Dynamic and Real-time Fuzzy Logic Control and Implementation

- µ-Law Tuning of a Fuzzy Lookup Table

- Design and Tuning of Fuzzy Control Surfaces with Bezier Functions

- Fuzzy Logic Control Applied in a Laser Tracking System

- Fuzzy Logic for Robot Calibrations

- Fuzzy Logic for Image Processing and Pattern Recognition

- Fuzzy Logic For Medical Engineering

- Fuzzy Logic for Transportation Guidance

- Knowledge-base Gear-position Decision for Automatic Vehicles

- Car Navigation and Collision Avoidance System with Fuzzy Logic

- Fuzzy Logic for Autonomous Mobile Robots

- Fuzzy Logic Control for Autonomous Underwater Vehicles

- Fuzzy Logic for Flight Control

- Fuzzy Logic for Audio Systems

- Fuzzy Logic in Data Mining

- Fuzzy Logic Control for Power Networks

- Fuzzy Logic for Servo Control Systems

- Fuzzy Control of Manufacturing Welding Systems

- Fuzzy Predictive Control of a Solar Power Plant.

Doctor Ying Bai has been working in the field of fuzzy logic control since 1995. He has published three textbooks and about 20 research papers in international conferences and journals, and most of them are related to the fuzzy logic control on DC/AC motors, laser tracking systems and modeless robots calibrations. He is currently teaching at the Department of Computer Science and Engineering at Johnson C. Smith University.

Dr. Zhuang is an Associate Editor of IEEE Transactions on Robotics and International Journal of Computer Applications. He has received a number of awards and grants, including a NSF Young Investigator Award. He has published one research monograph and 50 refereed journal papers on the subjects of robotics, computer vision and fuzzy logic control. His recent research activities include conducting a project with DOD/DISA on secure telecommunication using fuzzy logic and biometrics.

Dr. Dali Wang is an Assistant Professor at Christopher Newport University. He has over 20 refereed research papers in the areas of digital signal processing, soft computing and robotics. Since 1995, he has been extensively involved in work on the applications of soft computing techniques, including neural networks and fuzzy logic, in many industrial areas: digital signal processing, telecommunications, control and robotics. He gained practical perspective from his five years' industrial experience in the semiconductor, wireless and network communication industry. Much of his research work is involved in combining theoretical aspects and practical implementation.

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