VRIP 2020 : 2nd International Conference on Virtual Reality and Image Processing

The VRIP 2020 is the premier interdisciplinary platform for the presentation of new advances and research results in the fields of Virtual Reality and Image Processing. The conference will bring together leading academic scientists, researchers and scholars in the domain of interest from around the world.

TOPICS OF INTEREST FOR SUBMISSION INCLUDE, BUT ARE NOT LIMITED TO:

• Modeling Technique
• VR system architecture
• Volume Rendering
• Mixed Reality
• Space of Sound
• Multi-resolution techniques
• Animation
• Machine Vision
• Multimedia
• VR sensor technology
• Image-based rendering
• Point rendering and drawing
• Real-time graphics rendering
• Data Visualization
• Optical Display Technology
• Web-3D Geometry compression
• VRML technology
• Dynamic Texture Synthesis
• Psychology in the VR
• Graphics hardware acceleration
• Three-dimension data acquisition techniques
• Embedded Graphics System
• VR application of pattern recognition
• Space positioning technology
• Graphics chip
• Three-dimension reconstruction of medical images
• Haptic rendering touch
• Distributed Virtual Environment
• Three-dimension Geographic
• Intelligent Virtual Environment
• Regional and Digital Cities, Digital
• Information System
• Virtual Geographic Environments
• Distributed Systems
• Multimodal User Interface
• Collaborative VR
• Visualization of Mining and Exploration
• Application of remote sensing image processing
• Growth of virtual plant simulation
• Behavioral Modeling
• Human-computer interaction technology
• Augmented reality (AR)
• Virtual enterprises and communities
• Application of the virtual human body
• Virtual Design/ Manufacturing/Engineering
• Digital Entertainment and Education
• Artificial Life
• Various types of simulators
• VR applications
• VR Games
• Simulation
• Online Games
• Virtual Reality Audio Systems
• Image acquisition
• Image processing
• Medical image processing
• Pattern recognition and analysis
• Visualization
• Image coding and compression 
• Super-resolution imaging
• Image segmentation
• Face recognition
• 3-D and Surface Reconstruction
• Document analysis
• Radar Image Processing
• Sonar Image Processing
• Signal Identification
• Signal Reconstruction
• Spectral Analysis
• Filter Design
• Adaptive Filters
• Multi-channel Filtering
• Noise Control
• Fast Algorithms
• Fast Fourier Transforms
• Wavelet Transforms
• Digital Signal Processing
• Mobile Signal Processing
• Statistical Signal Processing
• Optical Signal Processing
• Data Mining Techniques
• Motion Detection
• Content-based Image retrieval
• Video Signal Processing
• Watermarking
• Signal Identification
• Nonlinear Signals and Systems
• Time-Frequency Signal Analysis
• Signal Reconstruction
• Spectral Analysis
• Filter Design and Structures
• FIR Filters
• IIR Filters
• Adaptive Filters
• Multi-channel Filtering
• Detection and Estimation of Signal Parameters
• Signal Noise Control
• Multiple Filtering and Filter Banks
• Fast Algorithms
• Adaptive and Clustering Algorithms
• Fast Fourier Transforms
• Discrete Cosine Transforms
• Discrete Hilbert Transforms
• Wavelet Transforms
• Array Signal Processing
• Digital Signal Processing
• Statistical Signal Processing
• Adaptive Signal Processing
• Multidimensional Signal Processing
• Mobile Signal Processing
• Optical Signal Processing
• Real Time Signal Processing
• Higher Order Statistical Analysis
• Cyclo-stationary Signal Analysis
• Neural Networks for Signal Processing
• Applications in Telecommunications
• Industrial Applications
• Fuzzy Logic Applications in Signal Processing