Saliency prediction for Kanner Autism (more here)

Human saliency maps for Kanner autism (see the paper Le Meur, O., Nebout, A., Cherel, M., & Etchamendy, E. (2020). From Kanner Autism to Asperger Syndromes, the Difficult Task to Predict Where ASD People Look at. IEEE Access, 8, 162132-162140.

Saliency prediction over paintings (more here)

Gaze (saliency)-based representation

Joint distribution of saccade amplitudes and saccade orientations

 

Saliency distribution & Marginal distributions

Comparison of saliency groud-truth depending of used eye positions

Art & saliency

Comics & saliency

From Thirunarayanan, I., Khetarpal, K., Koppal, S., Meur, O. L., Shea, J., & Jain, E. (2017). Creating segments and effects on comics by clustering gaze data. ACM Transactions on Multimedia Computing, Communications, and Applications (TOMM), 13(3), 24.

From Bannier, K., Jain, E., & Meur, O. L. (2018, June). Deepcomics: saliency estimation for comics. In Proceedings of the 2018 ACM Symposium on Eye Tracking Research & Applications (p. 49). ACM.

Eye-tracking on webpages

Saliency-based navigation in omnidirectional images (cube map projection)

From Maugey, T., Le Meur, O., & Liu, Z. (2017, October). Saliency-based navigation in omnidirectional image. In Multimedia Signal Processing (MMSP), 2017 IEEE 19th International Workshop on (pp. 1-6). IEEE.

Green line = proposed path / Blue line = equator

360 saliency maps from eye tracking data

From John, B., Raiturkar, P., Le Meur, O. & Jain, E. (2018). A Benchmark of Four Methods for Generating
360 Saliency Maps from Eye Tracking Data, IEEE AIVR.

Equirectangular and polar plot representations of a scanpath:

Flash-no flash HDR

From Hristova, H., Le Meur, O., Cozot, R., & Bouatouch, K. (2017). High-dynamic-range image recovery from flash and non-flash image pairs. The Visual Computer, 33(6-8), 725-735.

Flash / no flash image enhancement

From Hristova, H., Le Meur, O., Cozot, R., & Bouatouch, K. (2017). High-dynamic-range image recovery from flash and non-flash image pairs. The Visual Computer, 33(6-8), 725-735.

Improving image with Near Infrared Image

From Hristova, H., Le Meur, O., Cozot, R., & Bouatouch, K. (2018). Multi-purpose bi-local CAT-based guidance filter. Signal Processing: Image Communication, 65, 141-153.

Examplar-based Color Transfer

From Hristova, H., Le Meur, O., Cozot, R., & Bouatouch, K. (2015, June). Style-aware robust color transfer. In Proceedings of the workshop on Computational Aesthetics (pp. 67-77). Eurographics Association.