What is an intelligent control?
Intelligent control is a method of control that mimics human intelligence in terms of learning, decision -making and problem solving. Human beings can experience, learn, adapt and change their methods of approach and problem solving. Computer engineers are looking for a way to re -create this natural intelligence with artificial intelligence. Practical applications for this method of control are focused on various areas that include computer technology, military applications, air applications and robotics.
Although there are many approaches to artificial intelligence, such as neural networks, genetic algorithms and Bayes probability, the field of intelligent control is still evolving and creating more control methods. Intelligent inspection is supported by computer science, mathematics, research of operations and control theory, while also gaining ideas from life sciences. However, the most famous control techniques are neuron networks and the bay a probability of Esian.
Bayes's probability is alsoknown as the interpretation of probability. This control method uses mathematical algorithms to learn the problem and then apply mathematics to solve the problem. Neural networks use the system identification and system control. It is used in speech recognition, image analysis and adaptive control. Perhaps the most famous application is Xbox® Kinect ™, game bracket hardware that uses video and audio sensors to interact with playing with their physical actions.
The need for more advanced intelligent controls in commercial, military and industrial applications are growing. Problems in these fields always appear, and therefore self -organization/learning control, which can solve these problems in themselves. A good example of a practical application in intelligent inspection is unmanned Aviation Navigatition, where unmanned aircraft learns to identify and avoid them. Most soughtApplications for intelligent control in these areas are robotics and artificial intelligence.
Robotics and artificial intelligence fields are well known for the application of intelligent control. Robots are programmed in advance, so scientists and scientists are looking for a more viable control method than what is currently available. The future of the robotics area has already been explored in science fiction, but the present is still trying to gain working artificial intelligence that will not rely on pre-programmed instructions. The first example of robotics and artificial intelligence that uses intelligent control is a child robot with a biomimetic body (CB2), Android, which learns through their sensors and programming to work as well as how a human child can evolve. It also records emotional expressions and associates them with Physical feeling.