Continue the explanation! How do you simulate the relationship between the correlation peak and the frequency bias? It is most straightforward to look at the simulation results of the program! I relied on simulation results to understand many of my conclusions back then! So now I’ve gotten into the habit of teaching that way too! If you can’t understand something, you turn to simulation! If you can’t understand something, you turn to simulation! In the Digital Signal Processing course, I often use real signals as examples to illustrate concepts such as fast Fourier variation and frequency resolution. Theory is only effective when combined with practice! It’s important for engineering students to get on this path early! However, there are still many students who play with their mobile phones throughout class. I can’t help but say that I can’t stand this phenomenon. I can only comfort myself after class by saying that I can just give a good lecture and not ask any other questions because I don’t have the ability to do that either! Back to the topic!
The relationship between the frequency deviation and the associated peak after code phase alignment!
The frequency search interval in the program is 0.2Hz !!!
The simulation results show a perfect sinc function relationship!
Wouldn’t it be an enlightening experience to read the theory of the previous article again at this point?
This is how I learned this part back in the day!
Now I have written a series on this process!
I hope it will be helpful to you! Let’s see the program!
