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PearsonZero

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1 points·by PearsonZero·2 miesiące temu·0 comments

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1 points·by PearsonZero·2 miesiące temu·0 comments

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1 points·by PearsonZero·2 miesiące temu·0 comments

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1 points·by PearsonZero·2 miesiące temu·0 comments

Per-Image BT.601 Decorrelation Gap Measured Against KLT Across the Kodak Suite

github.com
1 points·by PearsonZero·3 miesiące temu·0 comments

Per-image PCA characterization of the Kodak image suite (PDF and JSON)

github.com
7 points·by PearsonZero·3 miesiące temu·4 comments

First per-image PCA decomposition of Kodak suite reveals deliberate curation

github.com
9 points·by PearsonZero·3 miesiące temu·8 comments

Channel decorrelation: 52.8% reduction across Kodak suite, no ML or codec mods [pdf]

github.com
1 points·by PearsonZero·3 miesiące temu·0 comments

Inter-Channel Decorrelation Below R=0.01 with Spatial Autocorrelation Above 0.99 [pdf]

github.com
1 points·by PearsonZero·3 miesiące temu·0 comments

comments

PearsonZero
·3 miesiące temu·discuss
Code is now in the repo — ‘’’pip install numpy Pillow’’’
PearsonZero
·3 miesiące temu·discuss
Code is now in the repo — ‘’’pip install numpy Pillow’’’ where you can duplicate the values.

Kodim might seem outdated, but it’s still the primary benchmark cited in learned image compression research (CLIC, neural codec papers) and is referenced across hundreds of published works.

The question isn’t whether newer capture pipelines produce different data — they do — but whether the research community understands the statistical structure of the benchmark it’s been using for thirty years.

Think of data dependent things like - compression?
PearsonZero
·3 miesiące temu·discuss
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