Cool-chic literature

There are several published papers describing and enhancing Cool-chic. Reading some of these papers might help understanding how Cool-chic works.

Used in this repo

This repository is based on several papers successively enhancing Cool-chic. Check-out the release history to see previous versions of Cool-chic.

Papers implemented in this repository

Date

Cool-chic version

Paper link

Key contributions

2025 July

4.1

Ladune et al,

Video coding, motion compensation

2025 Jan

4.0

Leguay et al, ISCAS

Video coding, RAFT guidance, motion cool-chic

2024 Nov

3.4

Philippe et al, ISCAS

Separable and symmetrical upsampling filters

2024 Mar

3.2

Blard et al, EUSIPCO

Fast decoder / Lighter Cool-chic image

2024 Feb

3.1

Leguay et al, DCC

1st video coding with Cool-chic

2023 Dec

3.0

Kim et al, CVPR

Quantization approximation during training

2023 July

2.0

Leguay et al, MMSP

Learnable upsampling / CNN synthesis

2022 Dec

1.0

Ladune et al, ICCV

Initial Cool-chic paper

Other papers

Some other papers have enhanced or adapted Cool-chic to particular use-cases but have not (yet?) been integrated in this repository.

Other Cool-chic-related papers

Date

Paper link

Key contributions

2025 July

Wu et al, ICML

Random synthesis parameters selecting through masking

2025 June

Zhang et al, CVPR

Lossless image coding

2025 Feb

Ameen et al,

Use Cool-chic to code a diffusion model feature space

2024 Dec

Ballé et al, CVPR

Wasserstein Distance, Saliency, Common Randomness

2024 Oct

Catania et al, ICIP

Evaluate different distortion metrics

2024 Jan

Liu et al

Faster auto-regressive module

2024 Jan

Ladune et al

Fact sheet of the Cool-chic candidate to the CLIC24 challenge

2023 Dec

Li et al, VCIP

Faster auto-regressive module

2023 Dec

Li et al, VCIP

Remove the auto-regressive probability module

2023 Nov

Zhang et al, IEEE SPL

CNN-based post filter and SGA-based quantization

2023 Sep

Le et al, ICASSP

Adapt Cool-chic to DNA image coding

2023 June

Le et al, MMSP

Multiple description to handle noisy transmission channels