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Google's TurboQuant vector compression implementation in Rust. Includes a persistent memory harness for AI agents.

nice


surely awkward.... :-)


All credits goes to the original author.


The list is for beginners.Ofcourse data science is a huge domain and you can't actually make a roadmap to be a master in this field but I am sure this list will help people to get basic understanding of what to read and how to workout things.


I think the list is more helpful for someone a step or two beyond beginner. A true beginner is going to look at that and be scared. Once they've read a few introductory things, they'll be able to go back and make better sense of it, for sure. (I showed this to a friend of mine who's interested in learning data science and that was his reaction, so I am generalising, but I think it's a fair generalisation.)


Yes its true that neural nets are not used in commercial systems because its computation intensive and also needs huge infrastructure even for things like finding cat images out of youtube videos but the results are far more accurate then any of the statistical methods used in commercial systems. There is time-performance trade-off when it comes to choosing statistical methods over neural nets and also it's a field yet to be explored. I will be writing a series of article on neural nets for beginners and advanced programmers . Please stay tuned.


Why do you think that they are not used in commercial systems? As far as I remember from leckeres of Geoffrey Hinton they are now used quite extensively in speech recognition systems on smartphones, etc.


they are used in speech recognition systems "for smartphones", not "on smartphones." Quite a big difference. None of these systems will work if your phone is not connected to a server that does the decoding work.


Thanks for liking this post. But the actual credits must go to the author of this text as I am just another fan of this book like you are now.


You may also want to read the chapter on fractal programming in this book. Its pretty intuitive too.


The line in the background is the function towards which the neural net is expected to converge.


When I first posted my reply every time I watched that demo the neural net line was converging on a line perpendicular to the line in the background.

(rereading my original comment I think I described what I was seeing incorrectly but this new reply correctly explains what I was originally seeing)


very well structured and detailed report...wiil be waiting for more from beevolve..


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