SOTAVerified

Learning Memory Augmented Cascading Network for Compressed Sensing of Images

2020-08-01ECCV 2020Code Available0· sign in to hype

Jiwei Chen, Yubao Sun, Qingshan Liu, Rui Huang

Code Available — Be the first to reproduce this paper.

Reproduce

Code

Abstract

In this paper, we propose a cascading network for compressed sensing of images with progressive reconstruction. Specifically, we decompose the complex reconstruction mapping into the cascade of incremental detail reconstruction (IDR) modules and measurement residual updating (MRU) modules. The IDR module is designed to reconstruct the remaining details from the residual measurement vector, and MRU is employed to update the residual measurement vector and feed it into the next IDR module. The contextual memory module is introduced to augment the capacity of IDR modules, therefore facilitating the information interaction among all the IDR modules. The final reconstruction is calculated by accumulating the outputs of all the IDR modules. Extensive experiments on natural images and magnetic resonance images demonstrate the proposed method achieves better performance against the state-of-the-art methods.

Tasks

Reproductions