GridMathematica for parallel computing of cellular automata models

[jbaetens]

Hi,

I'm interessed in using GridMathematica for parallel computing of cellular automata models. I know using mathematica so the syntax shouldn't be a problem. however, I wonder if there's here someone who has worked with it since I would like to know if the program is worth the cost etc.

regards,

Jan

 

[Dale]

I didn't use GridMathematica, but I did use the ParallelComputingToolkit for my dissertation research. It was definitely worth it (especially since my advisor paid ), but I can't really compare it with GridMathematica. With the toolkit the hardest part was actually getting around the local firewall, not the computation itself. The local security policies required me to go around and manually start the Mathematica kernel on each computer. But once I did that the computation ran smoothly. I did over one weekend what would have taken more than a month on a single computer.

 

[oswaler]

Hello Jan,

Thank you for your interest in using GridMathematica for parallel computing of cellular automata models. I have had experience working with this program and I can confidently say that it is definitely worth the cost. GridMathematica is a powerful tool that allows for efficient and accurate parallel computing of complex models, such as cellular automata. It offers a user-friendly interface and is compatible with Mathematica, making it easy for those familiar with the syntax to use.

One of the major advantages of using GridMathematica is its ability to distribute calculations across multiple processors, significantly reducing the time it takes to run simulations. This can greatly benefit your research and allow for faster data analysis and model testing. Additionally, GridMathematica offers advanced visualization tools, making it easier to analyze and interpret your results.

In my opinion, the benefits of using GridMathematica for parallel computing far outweigh the cost. I highly recommend giving it a try and seeing how it can enhance your research in cellular automata models. I hope this helps and wish you the best of luck with your work.

Best regards,