Although the control major has a wide range of things, everyone has his own research direction, such as decision analysis, intelligent control, embedded and so on. Determine your research object first, and then write an article, of course, this piece. I control the direction intelligently, so it is not easy to learn fuzzy control, neural network and expert control, because I need a lot of practical experience.
So what should you pay attention to when publishing an article? First, there must be research methods, that is, control strategies. We should use that method to control the controlled object, learn the control method well and apply it to the object. If the effect is satisfactory, then the first step is over.
Second, there are some tips for writing articles, which are mainly used in ordinary journals. Writing articles should be innovative. However, as a graduate student, it is impossible for experts at home and abroad to propose an algorithm and invent something. In this case, innovation will have a broader explanation, that is, the same object, different methods. If the control algorithm you choose is better than others, congratulations. Another is that the control strategies are the same and the control objects are different. If others can't control such an object, and you do, and the effect is satisfactory, then congratulations.
Therefore, in your graduation thesis, you should first determine your own research direction, and don't think about learning all, which is unrealistic. The research of embedded system is promising, but it is more difficult. If you learn PLC, you are more likely to travel far in the future, and it is more difficult. The single chip microcomputer is more extensive, but the competitive pressure is great. Take care of yourself. Secondly, we should learn two or three control algorithms and master two, which is the theoretical support for writing an article. Thirdly, to find a valuable control object, what is valuable is that this thing is commonly used and very important in reality.
Remember a word, the same method, different objects; Same object, different methods.