Comments on: Quantization of a bunch of scalar variables
https://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/
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By: Michael
https://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/comment-page-1/#comment-54714
Tue, 12 Jun 2007 09:03:56 +0000http://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/#comment-54714>Can I extrapolate that the optimal basis for quantizing N independent uniform random variables
>is equivalent to N-dimensional sphere packing?

iam not sure
i think its true for R^1-3, but its not if the space is bounded
but this is certainly a very interresting question

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By: pengvado
https://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/comment-page-1/#comment-54591
Mon, 11 Jun 2007 18:10:44 +0000http://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/#comment-54591Can I extrapolate that the optimal basis for quantizing N independent uniform random variables is equivalent to N-dimensional sphere packing?
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By: Michael
https://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/comment-page-1/#comment-53363
Thu, 07 Jun 2007 11:12:52 +0000http://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/#comment-53363rand()s output has a (discrete) uniform distribution or at least its supposed to have
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By: mark cox
https://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/comment-page-1/#comment-53206
Thu, 07 Jun 2007 03:16:05 +0000http://guru.multimedia.cx/quantization-of-a-bunch-of-scalar-variables/#comment-53206You write “uniformly distributed”, but from a first glance at the sample program you are using rand() to generate the test data. Or am i missing something?
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