Neural Image Compression
About
Image Version:
47b73f2d-c7e3-417c-b2a7-90097ceaa932
Last updated:
Feb. 5, 2022, 8:09 p.m.
Associated publication:
Tellez D, Litjens G, van der Laak J, Ciompi F. Neural Image Compression for Gigapixel Histopathology Image Analysis. IEEE Trans Pattern Anal Mach Intell. 2021;43(2):567-578.
Interfaces
This algorithm implements all of the following input-output combinations:
|
Inputs |
Outputs |
| 1 |
-
- Description
- -
- Kind
- Image
- Read from
-
/input/<uuid>.mha or
/input/<uuid>.tif
Generic Medical Image
|
-
- Description
- Compress whole slide
- Kind
- Image
- Write to
-
/output/images/neural-image-ompression/<uuid>.mha or
/output/images/neural-image-ompression/<uuid>.tif
Neural Image Compression
-
- Description
- Neural Image Compression with 90 degree rotation augmentation
- Kind
- Image
- Write to
-
/output/images/neural-image-compression-with-90-degree-rotation-augmentation/<uuid>.mha or
/output/images/neural-image-compression-with-90-degree-rotation-augmentation/<uuid>.tif
Neural Image Compression with 90 degree rotation augmentation
-
- Description
- Neural Image Compression with 180 degree rotation augmentation
- Kind
- Image
- Write to
-
/output/images/neural-image-compression-with-180-degree-rotation-augmentation/<uuid>.mha or
/output/images/neural-image-compression-with-180-degree-rotation-augmentation/<uuid>.tif
Neural Image Compression with 180 degree rotation augmentation
-
- Description
- Neural Image Compression with 270 degree rotation augmentation
- Kind
- Image
- Write to
-
/output/images/neural-image-compression-with-270-degree-rotation-augmentation/<uuid>.mha or
/output/images/neural-image-compression-with-270-degree-rotation-augmentation/<uuid>.tif
Neural Image Compression with 270 degree rotation augmentation
-
- Description
- Neural Image Compression with horizontal flip augmentation
- Kind
- Image
- Write to
-
/output/images/neural-image-compression-with-horizontal-flip-rotation-augmentation/<uuid>.mha or
/output/images/neural-image-compression-with-horizontal-flip-rotation-augmentation/<uuid>.tif
Neural Image Compression with horizontal flip augmentation
-
- Description
- Neural Image Compression with vertical flip augmentation
- Kind
- Image
- Write to
-
/output/images/neural-image-compression-with-vertical-flip-rotation-augmentation/<uuid>.mha or
/output/images/neural-image-compression-with-vertical-flip-rotation-augmentation/<uuid>.tif
Neural Image Compression with vertical flip augmentation
-
- Description
- Neural Image Compression with 90 degree rotation and vertical flip augmentation
- Kind
- Image
- Write to
-
/output/images/neural-image-compression-with-90-degree-rotation-and-vertical-flip-augmentation/<uuid>.mha or
/output/images/neural-image-compression-with-90-degree-rotation-and-vertical-flip-augmentation/<uuid>.tif
Neural Image Compression with 90 degree rotation and vertical flip augmentation
-
- Description
- Neural Image Compression with 270 degree rotation and vertical flip augmentation
- Kind
- Image
- Write to
-
/output/images/neural-image-compression-with-270-degree-rotation-and-vertical-flip-augmentation/<uuid>.mha or
/output/images/neural-image-compression-with-270-degree-rotation-and-vertical-flip-augmentation/<uuid>.tif
Neural Image Compression with 270 degree rotation and vertical flip augmentation
|
Model Facts
Summary
Compresses Whole Slide Images (WSI) with a convolutional neural network (CNN) described in [1]. A patch of size 128x128x3 is compressed to 128 features. The algorithm saves the compressed slides with additional augmentations (flips and rotations) in the mha format, which can be read with SimpleITK [2].
The WSI must contain a magnification level with 0.5μm pixel spacing (± 0.05).
[1] D. Tellez, D. Hoppener, C. Verhoef, D. Grunhagen, P. Nierop, M. Drozdzal, J. van der Laak, and F. Ciompi,
“Extending unsupervised neural image compression with supervised multitask learning,” in Medical Imaging with Deep
Learning, 2020.
[2] Lowekamp, Bradley Christopher, et al. "The design of SimpleITK." Frontiers in neuroinformatics 7 (2013): 45, https://simpleitk.readthedocs.io
Mechanism
Left empty by the Algorithm Editors
Validation and Performance
Left empty by the Algorithm Editors
Uses and Directions
This algorithm was developed for research purposes only.
Warnings
Left empty by the Algorithm Editors
Common Error Messages
Left empty by the Algorithm Editors
Information on this algorithm has been provided by the Algorithm Editors,
following the Model Facts labels guidelines from
Sendak, M.P., Gao, M., Brajer, N. et al.
Presenting machine learning model information to clinical end users with model facts labels.
npj Digit. Med. 3, 41 (2020). 10.1038/s41746-020-0253-3