notthingnill
wxMaxima is something like jupyter notebook but developed with wxWindows by a solo developer. ?? is help for command
I just copy pasted:
(%i2) ?? mathml; -- Function: mathml_display (<form>) Produces MathML output. (%i1) load("alt-display.mac")$ (%i2) set_alt_display(2,mathml_display); <math xmlns="http://www.w3.org/1998/Math/MathML"> <mi>mlabel</mi> <mfenced separators=""><msub><mi>%o</mi> <mn>2</mn></msub> <mo>,</mo><mi>done</mi> </mfenced> </math> (%o2) true
What's the effect of giving more information to the cells, would the brain use the extra information to self improve vision? In my case the right eye would be used for training the left one.
Another experiment I am thinking of, If a 3 month old child suffer a retina detachment, would his brain be able to recover the full vision by the brain making appropriate changes?
I wonder if those new techniques are different from the usually used like: weighted averages of random forest, cross entropy of density estimation, minimization of variance between local estimations and the like.
Without using any category, topology of sheaf theory, this is what I believe is in this paper:
(1) the prior hypothesis is that data points in R^n are a sample from a uniform distribution in a Riemann space.
(2) Try to define a Riemann metric such that the number of sample points in any ball B is propotional to the volume of B.
(3) Since (2) doesn't define a global Riemann metric, they define a fuzzy membership relation. I suppose the role of the fuzzy tool is that local distance information is weighted according to the variance of the local distance estimations.
Disclaimer, I could be completely wrong.
Perhaps your free book can be used to develop some evolving tool for the student. For example: the student take a test and then the book select the best exercises and topics for that student.