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Christopher Wolfram
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Hi Christopher, thanks very much for sharing your idea! One major problem in both our networks is that they only support a predefined iteration step number $n$. And for any $n$ we'll need to re-generate the networks and re-deploy them to the GPU,...
Thanks for your fruitfull information. Based on it, I tried to find the exact route of Hanzomon Line. Because it does not work well for a wide region, I decided to get a route between adjacent stations. There are 14 stations on Hanzomon Line. ...
I appreciated this post for practicing visual representations in Mathematica. I think I have a simpler way to make the MatrixPlot, however: MatrixPlot[Correlation[Normal@dataset[Values]]]
Thanks Chris and Brad for your replies, That is a lot of useful info, the eigenvector and value aspect is particularly useful, I thought it might be something along those lines but its been a good few years since I touched that stuff. Just want...
The Padé approximants are interesting to look at as well: With[{cols = RGBColor /@ {"#28CC9E", "#132F2B"}}, Manipulate[Plot[Evaluate @ Table[PadeApproximant[BesselJ[0, x], {x, 0, k}], {k, 0, m, 2}], {x,...
Is this for optimizing "RoboCalling"? If so, I would propose that the thread be deleted from the forum by the moderators because while RoboCalling is legal, it probably should not be legal (and certainly should not be sanctioned by Wolfram or anyone...
That will be really helpful for me also in other projects. Thanks a lot!
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One thing to watch out for is that the symbolic functions such as Minimize switch to numerical methods if the inputs are not infinite precision.