Written in front:
In the study of mechanical fault diagnosis, many students will encounter ideas and innovations but can't write programs. In fact, this is very common. Almost without exception, every novice who just started programming grew up step by step by referring to other people's classic codes. So in the early stage, I basically refer to the routine code written by others, gradually imitate, change the parameters, and then implement the code according to my own ideas. How to obtain some reference materials is actually a test of everyone's retrieval ability. There are many forums, posts, and public accounts [ Rolling Bearing Fault Diagnosis and Life Prediction ] on the Internet. You can get some good information, but the retrieval also requires a lot of time and energy, so you can stand on the shoulders of giants to see higher. The author has been in the industry for many years, and has been deeply involved in the field of fault diagnosis for 10 years. He has accumulated deep industrial application experience and accumulated a lot of information.
Introduction information (obtained by official account):
Rolling Bearing Fault Diagnosis and Life Prediction
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1. General catalog
2. Digital signal processing articles
3. In-depth learning series articles
4. Classic must-read references
5. Classic experimental data (dynamic update)
6. Miscellaneous (dynamic update) )
Conclusion:
There is an old saying: If a worker wants to be good at his work, he must first sharpen his tools, and the same is true for our study. We must get twice the result with half the effort instead of getting twice the result with half the effort. Only by standing on the shoulders of giants can we see more and see farther. Time, but also money, should be spent wisely. So spending a small amount of rice to gain time to do more valuable things is actually worth it sometimes.
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