Pose Prior
Pose priors, representing prior knowledge about the likely configurations of poses (e.g., human or animal postures), are crucial for improving the accuracy and robustness of pose estimation and generation models. Current research focuses on learning these priors in unsupervised or self-supervised ways from video or image data, employing various architectures such as neural distance fields, graph neural networks, and diffusion models to capture the complex relationships between pose components. These advancements enable more accurate pose estimation even in challenging scenarios like occlusion or limited data, with applications ranging from human-computer interaction to animation and robotics. The development of effective pose priors is significantly impacting the field by enabling more realistic and accurate 3D pose estimation and generation.