PRML is an annual conference which aims to present the latest research and results of scholars and experts related to Pattern Recognition and Machine Learning. This conference provides opportunities for delegates from different areas to exchange new ideas, applications and experiences face to face, to establish business or research relations, and to find global partners for future collaboration. We hope that the conference results in significant contributions to the knowledge base in these scientific fields.
PRML 2023 will be held during
August 4-6, 2023 in
Urumqi, China. It features keynote speech, invited speech, special session as well as paper presentation with oral or poster. It is welcomed that scholars and experts from all over the world to submit the papers or register as the listener to participate in the conference. For more information, please visit the
Call for Papers.
PRML is an annual conference which aims to present the latest research and results of scholars and experts related to Pattern Recognition and Machine Learning. Topics of interest for submission include, but are not limited to:
TRACK ONE
◇ 3D computer vision
◇ Action and behavior recognition
◇ Adversarial learning, adversarial attack and defense methods
◇ Biometrics, face, gesture, body pose
◇ Computational photography, image and video synthesis
◇ Datasets and evaluation
TRACK TWO
◇ Motion and tracking
◇ Neural generative models, auto encoders, GANs
◇ Optimization and learning methods
◇ Recognition (object detection, categorization)
◇ Representation learning, deep learning
◇ Scene analysis and understanding
TRACK THREE
◇ Efficient training and inference methods for networks
◇ Explainable AI, fairness, accountability, privacy, transparency and ethics in vision
◇ Image retrieval
◇ Low-level and physics-based vision
◇ Machine learning architectures and formulations
◇ Medical, biological and cell microscopy
TRACK FOUR
◇ Segmentation, grouping and shape
◇ Transfer, low-shot, semi- and un- supervised learning
◇ Video analysis and understanding
◇ Vision + language, vision + other modalities
◇ Vision applications and systems, vision for robotics and autonomous vehicles
◇ Visual reasoning and logical representation
