基于深度学习的立体影像视差估计方法综述

三维重建技术常用于自动驾驶、机器人、无人机和增强现实等领域。视差估计是三维重建的关键步骤，随着数据集的增加、硬件和网络模型的发展，深度学习视差估计模型被广泛使用并取得良好效果。然而，这些方法常用室外场景的物体，很少使用在室内场景的数据集中。回顾了双目视差估计的深度学习方法，选用5种深度学习网络：PSMNet(pyramid stereo matching network)、GA-Net(guided aggregation network)、LEAStereo(hierarchical neural architecture search for deep stereo matching)、DeepPruner(learning efficient stereo matching via differentiable patchmatch)、BGNet(bilateral grid learning for stereo matching networks)，将其运用在一套真实世界的街景数据集（KITTI2015）和两套室内场景数据集（Middlebury2014、Instereo2K...

Review of Stereo Image Disparity Estimation Methods Based on Depth Learning

3D reconstruction technology is widely used in autonomous driving, robotics, drones and augmented reality, etc. Disparity estimation is a key step in 3D reconstruction. With the increase of datasets and the development of hardware and network models, deep learning disparity estimation models for disparity estimation are widely used and achieve good results. However, these methods often use objects in outdoor scenes and are rarely used in datasets for indoor scenes. The paper reviews deep learning methods for binocular disparity estimation, and selects five representative deep learning networks, such as PSMNet（pyramid stereo matching network）, GA-Net（guided aggregation network）, LEAStereo（hierarchical neural architecture search for deep stereo matching）, DeepPruner（learning efficient stereo matching via differentiable patchmatch）, BGNet（bilateral grid learning for stereo matching networks）, and applies it to a real-world street view dataset （KITTI2015） and two indoor scene datasets （Middlebury2014, Instereo2K）. Each model building method are analyzed. This paper evaluates the performance of deep learning in the disparity estimation of indoor scene images, and compares it with the traditional SGM method. Finally, according to the research content of the deep learning disparity estimation method, the problems and challenges it faces are pointed out.