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| Discussions |
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| It may be more convenient to use this form depending on what you want to do next grouped = GroupBy[data, First -> Last] E.g. {Mean@#, Median@#, StandardDeviation@#} & /@ grouped |
| Which is best depends on what you mean by "best", your subject matter, and your objective. Because you appear to be selecting between a Gamma and a Nakagami distribution, I would assume that there is no theoretical reason for either. As Henrik... |
| Dear Jari, very nice, thanks for sharing! I am always amazed by your ideas and creativity! With best regards, Alex |
| Hi Vitaliy, Thank you for the nice post. Is there any application of this issue in environmental or civil engineering? Thank you for your time. Cheers, |
| Thanks for your time and waiting for your reply |
| Hello Prof. Ghorbani, I guess for `SequencePredict[]` you rather need a bunch of sequences ... Regards -- Henrik |
| I am tied up with other stuff. Eventually, I will get to it. Please use my Email to contact me. Best regards, Housam |
| Thank you very much Navvye. |
| I read interesting post [3D human pose estimation using machine learning][1] from [@Fizza Rubab][at0] It is is really a neat work. Congrats. I am a water engineer and would like to estimate river water velocity using a video file. So I dropped... |
| Thank you so much, Jim. I appreciate your time. |