Conferences  >  Mathematics  >  Pattern Recognition and Image Processing, Machine Vision  >  China

sponsored by Xiamen University, China; hosted by School of Informatics Xiamen University, China

As a crucial component of artificial intelligence and computer vision, digital image processing plays a pivotal role across diverse fields. With the proliferation of image acquisition devices and advancements in algorithmic performance, the field has found widespread applications in areas such as medical imaging, autonomous driving, remote sensing, surveillance and security, and cultural heritage preservation, making it a prominent focus of both academic research and industrial practice. Since its inception in 2009, the ICDIP conference has been dedicated to advancing research exchange and technological applications in this domain, achieving notable

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▪ Object Detection and Recognition ▪ Image & Video Analysis and Segmentation ▪ Computer Vision and Image Processing Applications ▪ Scene Understanding ▪ Image & Video Processing ▪ Visualization ▪ Image Captioning ▪ Image & Video Coding and Transmission ▪ Visual Special Effects ▪ Detection and Estimation of Signal Parameters ▪ Image & Video Labeling and Retrieval ▪ Web Graphics ▪ Interpretation and Understanding ▪ Image and Video Compression ▪ Content-based Image Retrieval ▪ Perceptual Grouping ▪ Image and Video Retrieval ▪ Super-resolution Imaging ▪ Shape Representation ▪ Video Signal Processing ▪ Interpolation, Super-resolution, and Mosaicing ▪ Visual Question Answering ▪ Motion and Video Analysis ▪ Sensing, Representation, and Modeling ▪ Document Image Analysis ▪ Video Analysis and Event Recognition ▪ 3D Shape and Structure Analysis ▪ Image Acquisition ▪ Video Surveillance and Monitoring ▪ 3-D and Surface Reconstruction ▪ Image Segmentation ▪ Deep Learning for Images and Video ▪ Stereo Vision ▪ Image Formation ▪ Image & Video Systems and Applications ▪ Stereoscopic, Multiview, and 3D Processing ▪ Image Scanning, Display, and Printing ▪ Motion and Tracking Stereo and Structure from Motion ▪ Image-based Modeling ▪ Emerging Applications and Systems ▪ View Synthesis ▪ Image-based Rendering ▪ Industrial Applications ▪ Multi-view Geometry ▪ Pattern Recognition in New Modalities ▪ Applications in Telecommunications ▪ Knowledge Representation and High-level Vision ▪ Animation and Motion Capture ▪ Sensors, Imaging Model and Simulation ▪ Digital Signal Processing ▪ Document Analysis ▪ Cognitive and Biologically-inspired Vision ▪ Adaptive Signal Processing ▪ Document Image Processing ▪ Statistical Signal Processing ▪ Document Recognition ▪ Medical Image Analysis ▪ Spectral Analysis ▪ Document Analysis and Processing ▪ Medical Image Processing ▪ Time-frequency Signal Analysis ▪ Noise Control ▪ Biomedical and Biological Image Processing ▪ Nonlinear Signals and Systems ▪ Illumination and Reflectance Modeling ▪ Biomedical Imaging New and Emerging Applications ▪ Cyclo-stationary Signal Analysis ▪ Color and Texture ▪ Biometrics ▪ Filtering and Multiresolution Processing ▪ Color, Multispectral, and Hyperspectral Imaging ▪ Biometrics, Forensics, and Security ▪ FIR Filters ▪ Watermarking ▪ Biomedical and other Applications ▪ IIR Filters ▪ Data Mining Techniques ▪ Fast Fourier Transforms ▪ Performance Evaluation ▪ Wavelet Transforms ▪ Statistical Methods and Learning ▪ Multi-channel Filtering ▪ Higher Order Statistical Analysis ▪ Multiple Filtering and Filter Banks ▪ Adaptive and Clustering Algorithms ▪ Real Time Signal Processing ▪ Fast Algorithms ▪ Signal Reconstruction ▪ Neural Networks for Signal Processing