How to tune pid controller using African buffalo optimization?

Can you help me to tune pid controller using African buffalo optimization ?

[Image Analyst]

Out of all the optimization routines out there, and there are literally dozens if not hundreds of animal-based algorithms, why did you pick that particular animal?

[hassan hussien]

My project is based on this algorithm.Image Analyst

[Image Analyst]

Yes, we know that already. But if you don't want to say why you chose that particular optimization routine, that's OK. I was just curious since I'm hearing about lots of animal-based algorithms and I don't know how people know about all of them and choose only one of them from among the large group of such algorithms.

So your project is based on that algorithm, so it sounds like you have the African buffalo code already and now you just need help with the pid controller part of your project.

If you have any more questions, then attach your data and code to read it in with the paperclip icon after you read this:

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[Sam Chak]

Most of the time, the supervisor instructs the student to focus on a particular optimization algorithm, probably because that optimizer is relatively new and less explored by other researchers, hoping to increase the novelty value as well as the acceptance rate in some journals.

Tuning the PID gains is a solved problem. Therefore, solving an OLD Problem with the African Buffalo Optimization may not add value at all, or maybe considered an improvement, if its convergence rate appears to outperform others in a certain class of problems.

@hassan hussien, if you have the African Buffalo Optimization algorithm in m-file, please attach it using the paperclip icon, copy/paste the code here. The ABO algorithm should be a standalone code, and it does not contain anything related to the PID controller or the Dynamical System.