2020 5th International Workshop on Pattern Recognition (IWPR 2020) is the premier forum for the presentation of new advances and research results in the fields of theoretical, experimental, and applied Pattern Recognition.The conference will bring together leading researchers, engineers and scientists in the domain of interest from around the world.
Topics of Interest include but are not limited to:

Track 1: Computer Vision

Early vision
Low-level vision
Biologically motivated vision
Illumination and reflectance modeling
Image based modeling
Physics-based vision
Perceptual organization
Shape modeling and encoding
Computational photography
3D shape recovery
Motion, tracking and video analysis
2D/3D object detection and recognition
Scene understanding
Occlusion and shadow detection
Stereo and multiple view geometry
Reconstruction and camera motion estimation
Vision for graphics
Vision for robotics
Cognitive and embodied vision

Track 2: Biomedical Image Analysis

Vision sensors
Medical image and signal analysis
Biological image and signal analysis
Modeling, simulation and visualization
Computer-aided detection and diagnosis
Image guidance and robot guidance of interventions
Content based image retrieval and data mining
Medical and biological imaging
Segmentation of medical images
Molecular and cellular image analysis
Volumetric image analysis
Deformable object tracking and registration
Computational anatomy and digital human
VR/AR in medical education, diagnosis and surgery
Medical robotics
Brain-computer interfaces
Data mining for biological databases
Algorithms for molecular biology

Track 3: Pattern Recognition and Machine Learning

Statistical, syntactic and structural pattern recognition
Machine learning and data mining
Artificial neural networks
Dimensionality reduction and manifold learning
Classification and clustering
Representation and analysis in pixel/voxel images
Support vector machines and kernel methods
Symbolic learning
Active and ensemble learning
Deep learning
Transfer learning
Semi-supervised learning and spectral methods
Model selection
Reinforcement learning and temporal models

Track 4: Image, Speech, Signal and Video Processing

Signal, image and video processing
Image and video analysis and understanding
Audio and acoustic processing and analysis
Spoken language processing
Sensor array & multichannel signal processing
Segmentation, features and descriptors
Texture and color analysis
Enhancement, restoration and filtering
Coding, compression and super-resolution
Automatic speech and speaker recognition
Multimedia analysis, indexing and retrieval

Track 5: Document Analysis, Biometrics and Pattern Recognition Applications

Pattern Recognition for Bioinformatics
Pattern Recognition for Surveillance and Security
Pattern Recognition for Search, Retrieval and Visualization
Pattern Recognition for Art, Cultural Heritage and Entertainment
Industrial image analysis
Gesture and Behavior Analysis
Mixed and Augmented Reality
Inpainting and Superimposing
Signal Processing for Astronomy
Human Computer Interaction
Display Hardware
Character and Text Recognition
Handwriting Recognition
Graphics Recognition
Document Understanding
Performance Evaluation
Human computer interaction
Speech and natural language based interaction
Human body motion and gesture based interaction
Affective computing
Facial expression recognition
Group interaction: analysis of verbal and non-verbal communication
Biometric systems and applications
Multi-biometrics
Forensic biometrics and its applications
Fingerprint recognition
Face recognition
Iris recognition
Gate recognition
Speaker recognition
Other biometric modalities
Soft biometrics
Security issues
Other applications