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PIRM Challenge on Perceptual Image Enhancement on Smartphones: Report

3 October 2018
Andrey D. Ignatov
Radu Timofte
Thang Vu
Tung M. Luu
T. Pham
C. Nguyen
Yongwoo Kim
Jae-Seok Choi
Munchurl Kim
Jie Huang
Jie Ran
Chen Xing
Xingguang Zhou
Peng Fei Zhu
Mingrui Geng
Yawei Li
E. Agustsson
Shuhang Gu
Luc Van Gool
Etienne de Stoutz
Nikolay Kobyshev
K. Nie
Yan Zhao
Gen Li
Tong Tong
Qinquan Gao
Hanwen Liu
Pablo Navarrete Michelini
Dan Zhu
Hu Fengshuo
Zheng Hui
Xiumei Wang
Lirui Deng
Rang Meng
Jinghui Qin
Yukai Shi
Wushao Wen
Liang Lin
Ruicheng Feng
Shixiang Wu
Chao Dong
Yu Qiao
Subeesh Vasu
T. Nimisha
Praveen Kandula
A. N. Rajagopalan
Jie Liu
Cheolkon Jung
    SupR
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Abstract

This paper reviews the first challenge on efficient perceptual image enhancement with the focus on deploying deep learning models on smartphones. The challenge consisted of two tracks. In the first one, participants were solving the classical image super-resolution problem with a bicubic downscaling factor of 4. The second track was aimed at real-world photo enhancement, and the goal was to map low-quality photos from the iPhone 3GS device to the same photos captured with a DSLR camera. The target metric used in this challenge combined the runtime, PSNR scores and solutions' perceptual results measured in the user study. To ensure the efficiency of the submitted models, we additionally measured their runtime and memory requirements on Android smartphones. The proposed solutions significantly improved baseline results defining the state-of-the-art for image enhancement on smartphones.

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