ICVRT 2020 : 3rd International Conference on Virtual Reality Technology

Conference Topics and Scope include but are not limited to:

• Applications in telecommunications
• Content-based image retrieval
• Adaptive signal processing
• Adaptive filters
• Adaptive and clustering algorithms
• Cyclo-stationary signal analysis
• Array signal processing
• Animation
• Application of remote sensing image processing
• Digital entertainment and education
• Augmented reality (AR)
• Artificial life
• Application of the virtual human body
• Discrete cosine transforms
• Behavioral modeling
• Collaborative VR
• Cultural differences in the use of virtual reality
• Distributed virtual environment
• Data mining techniques
• Face recognition
• Detection and estimation of signal parameters
• Dynamic texture synthesis
• Digital signal processing
• Fast algorithms
• Development and implementation of virtual reality applications
• Embedded graphics system
• Discrete hilbert transforms
• Filter design
• Enhancing customer experience via virtual reality
• Filter design and structures
• Data visualization
• FIR filters
• Fuzzy logic applications in signal processing
• Graphics hardware acceleration
• Distributed systems
• Graphics chip
• Growth of virtual plant simulation
• Higher order statistical analysis
• Document analysis
• Image acquisition
• Human-computer interaction technology
• Image coding and compression
• Fast fourier transforms
• Image processing
• Impacts of virtual reality on value co-creation
• Intelligent virtual environment
• Haptic rendering touch
• IIR filters
• Legal, ethical, and regulatory issues of virtual reality
• Medical image processing
• Image segmentation
• Information system
• Mobile and wearable technologies and applications
• Multi-resolution techniques
• Image-based rendering
• Mixed reality
• Multidimensional signal processing
• Nonlinear signals and systems
• Industrial applications
• Machine vision
• Multiple filtering and filter banks
• Optical display technology
• Mobile signal processing
• Motion detection
• Multi-sensory experience via virtual reality
• Pattern recognition and analysis
• Multimodal user interface
• Modeling technique
• Neural networks for signal processing
• Point rendering and drawing
• Multi-channel filtering
• Multimedia
• Regional and digital cities, digital
• Real-time graphics rendering
• Optical signal processing
• Noise control
• Three-dimension data acquisition techniques
• Real time signal processing
• Psychology in the VR
• Online games
• Three-dimension reconstruction of medical images
• Statistical signal processing
• Radar image processing
• Simulation
• Time-frequency signal analysis
• Space positioning technology
• Signal reconstruction
• Space of sound
• Virtual design/ manufacturing/engineering
• Sonar image processing
• Signal identification
• Spectral analysis
• Virtual enterprises and communities
• Super-resolution imaging
• Signal noise control
• Visualization
• Virtual geographic environments
• Three-dimension geographic
• Virtual reality gamification
• Volume rendering
• Virtual reality applications in tourism, events, hospitality, retail, cultural heritage, architecture, education, entertainment, health, media etc.
• Various types of simulators
• Virtual reality marketing
• VR games
• Virtual reality for customer engagement
• Virtual reality audio systems
• Virtual reality technologies
• VR applications
• Virtual reality in smart city and smart tourism
• Virtual reality business model
• Video signal processing
• VRML technology
• Visualization of mining and exploration
• Virtual reality adoption behavior
• VR sensor technology
• Watermarking
• VR application of pattern recognition
• Web-3D Geometry compression
• VR system architecture
• Wavelet transforms