Highlights
A fused attentive generative adversarial networks framework is proposed for MR image super-resolution.
A combination of channel attention and self-attention is used to calculate the weight parameters of the input features.
Spectral normalization process is introduced to make the discriminator network stabler.
The proposed FA-GAN method is superior to the state-of-the-art reconstruction methods.
Visual SLAM (Simultaneously Localization and Mapping) is a solution to achieve localization and mapping of robots simultaneously. Significant achievements have been made during the past decades, geography-based methods are becoming more and more successful in dealing with static environments. However, they still cannot handle a challenging environment. With the great achievements of deep learning methods in the field of computer vision, there is a trend of applying deep learning methods to visual SLAM. In this paper, the latest research progress of deep learning applied to the field of visual SLAM is reviewed. The outstanding research results of deep learning visual odometry and deep learning loop closure detect are summarized. Finally, future development directions of visual SLAM based on deep learning is prospected.
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