Yapay Zekâ Esaslı Modellenen Doğrusal Akımlı Bir Elektrik Motorunun Kararlılık Bakımından Değerlendirilmesi

Artificial intelligence (AI), which has an important place in today's technology and is called "artificial intelligence" as an English term in the literature, is among the basic building blocks of innovation.Basically, artificial intelligence is a software that can create its own algorithm without the need for any algorithm, whose algorithms are unpredictable and can make its own decisions, that is, it is like the ones and zeros versions of the human brain and behaviors.The sequence of ones and zeros to create codes can be seen as artificial cells of artificial neural system and computational programs designed in the 1950s and inspired by the human neural system.With the application of artificial intelligence, information is modeled and learning is provided quickly, and the quality and value of the work increases by decreasing the workforce to be done.It is necessary for the system performance to be accurate and sustainable in line with the targets and the stability criterion in the system is extremely important in this regard.In this study, first, the essential techniques considered within the extent of the artificial intelligence are explained in addition to their advantages and disadvantages.Secondly, the stability of dynamic systems is mentioned and a stability investigation is carried out over the artificial intelligent-based model of a direct current electrical motor under consideration.Finally, a general evaluation is presented upon the stability of the artificial-intelligence-based model of the considered system.