- Are you struggling with the tunning and implementation of Proportional Integral Derivative (PID) controllers?
- Do you need to optimize the closed-loop performance of your control loop?
- Are disturbances affecting your process/plant degrading the performance of your controller?
- Is your closed-loop system exhibiting instabilities?
- Do you need to implement gain scheduling controllers for different operating conditions?
- Do you have nonlinearities that you need to deal with and that destroy your control performance?
- Do you want to achieve a very high-precision and accurate tracking and set point control?
- Do you need to tune the PID controller for multivariable systems that have more than one input and output? That is for systems having more than 2 inputs and outputs.
- Do you need to implement PID controllers in C++, Python, MATLAB or in FPGAs?
If YES, then you are the right place. We can solve these and similar problems related to proper design, implementation, and tunning of Proportional Integral Derivative (PID) controllers.
Please send us an email describing your issue and asking us for a quote!