Hello,
I am working on a research problem in wireless communications that requires numerically evaluating an equation containing the Fox-H function. Since direct evaluation is computationally intensive and continuously running, I am exploring the contour integral method for more efficient computation in Mathematica.
Could anyone provide guidance or sample Mathematica code for implementing the contour integral method to evaluate the Fox-H function? Any insights on numerical stability and efficient integration techniques would also be appreciated.
For simple cases with standard commands for example:
Dear Mariusz Iwaniuk,
I sincerely appreciate your response to my query regarding the Contour Integral Method for the Fox-H function in Mathematica. Your insights on handling simpler cases with standard commands were quite helpful.
In my current implementation, the Fox-H function is running in its traditional representation. I would like to inquire whether you have any recommendations for handling it efficiently in this form. I have attached my Mathematica file for reference. Your guidance would be highly valuable.
Thank you again for your time and expertise.
work.nb (8.03 KB)