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seanc4s
Adept I

Walsh Hadamard transform based AI

I shared this AI code with nVidia and I suppose someone over here might be interested too:

https://devtalk.nvidia.com/default/topic/1023786/cuda-programming-and-performance/walsh-hadamard-tra...

The overall idea I want to try is to combine a deep neural network with "soft" associative memory (AM) to make an aLife.  A deep network would find it extremely difficult to learn how to use digital random access memory like DRAM.  However AM allows sloppy inputs to produce sloppy outputs, unlike digital memory which would give completely the wrong result with any error in the input.

Using evolution such a system should be able to learn any algorithms it needs to survive assuming the combination is Turing complete.

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seanc4s
Adept I

This is sort of an introduction to the Walsh Hadamard transform and its connection to the central limit theorem:

https://ia601600.us.archive.org/17/items/bitsavers_mitreESDTe69266ANewMethodofGeneratingGaussianRand...

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Viewing deep neural networks as fuzzy logic:

https://randomprojectionai.blogspot.com/2017/10/deep-neural-networks-as-fuzzy-logic.html

Taking such a perspective you can better decide types of activation function to use etc.

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