Salient Region Detection in Images Based on U-Net and Deep Learning
Krishna Kumar, M. Marimuthu, Ayan Das Gupta, Bhasker Pant, Surendra Kumar Shukla, Dhiraj Kapila · 2022
Image analysis tasks use salient object detection because it not only identifies important elements of a visual scene but also lessens computational complexity by removing unimportant elements. In this research, we propose a novel salient object recognition method based on a deep learning network that maintains picture information in the mid and low regions. Using a deep learning model, our technique generates a coarse saliency map for the entire target image. The map is then fine-tuned utilising low-to-mid level information particular to the image. For detection of salient objects, we use a U-Net as our architecture. The saliency map can be predicted pixel by pixel, reducing low-level visual information loss. Our results show that our system regularly outperforms other approaches for detecting salient objects, resulting in superior precision and recall rates.