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The following topics are dealt with: intelligent system design; neural networks, AI and expert systems; evolutionary computation; genetic algorithms; natural language processing & machine translation; artificial life and artificial immune systems; rough and fuzzy rough set; gray system and cloud computing; cognitive radio and computer vision; pattern recognition and machine learning; fuzzy system...
The following topics are dealt with: adaptive control; observers; fault diagnosis; networked control systems; power systems; agent-based systems; control theory; control applications; genetic computation; evolutionary computation; robotics; nonlinear systems; electromechanical systems; neural networks; predictive control; robust control; discrete event systems; embedded control systems; process control;...
The following topics are dealt with: nonlinear systems; learning systems, neural networks; fuzzy system; fuzzy control; sliding mode control; control system; adaptive control; data mining; software architecture; wireless sensor networks; e-learning; protocols; image processing; video processing; MIMO systems; robotics; wind generators; mobile devices; mobile robots; XML; power supply; energy consumption;...
The following topics are dealt with: control theory and applications; embedded systems; formal methods and application; fuzzy modelling and control; grid and cluster computing; humanized systems; emergency response and homeland security; mobile networks; multi-agent systems; networked control; recurrent neural networks; image processing; system design and development; pattern recognition; robotics;...
An undergraduate bioengineering laboratory course using small autonomous robots has been developed to demonstrate control theory, learning, and behavior. The lab consists of several modules that demonstrate concepts in classical control theory, fuzzy logic, neural network control, and genetic algorithms. The autonomous agents are easy-to-build, inexpensive kit robots. Each robot functions independently...
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