4th International Conference on Augmented Reality, Virtual Reality and Computer Graphics

(SALENTO AVR 2017)

June 12-15, 2017

Ugento (Lecce), Italy

Call For Papers

The 4th International Conference on Augmented and Virtual Reality (SALENTO AVR 2017) offers a real opportunity to bring the community of researchers from academia and industry, computer scientists, engineers, physicians in order to share points of view, know-how, experiences and scientific and technical results related to state-of-the-art solutions and technologies on virtual and augmented reality applications, computer graphics and games.

Papers submitted to SALENTO AVR 2017 must not have been previously published and must not be currently under consideration for publication elsewhere. Decisions on acceptance will be based on potential to contribute to the state of the art, accuracy and originality of ideas, clarity and significance of results, and presentation quality. Only papers submitted through the electronic system and strictly adhering to the relevant format will be considered for reviewing and publication.

Topics of Interest

Computer Graphics and Animation

Physically Based Modelling

Geometric Computing

Shape and Surface Modelling

Graphics Algorithms

Web Based Graphics

Computer Animation

Perception of Computer Graphics and Animation

Special Effects

3D Visualization

Visualization Systems

Multimedia and Digital Media

Image-Based Computer Graphics

Rendering Techniques

Volume Visualization

Scientific Visualization

Real-Time Graphics

Graphics System Architectures

Graphics Hardware and Hardware-Related Techniques (GPU)

Hardware for Visualization

Data Compression for Graphics

Computer Graphics for Small/Large Displays

Parallelism in Computer Graphics

Graphic Toolkits

Interaction and HCI

Interfaces for Creating and Editing Animations

Autonomous Characters, Group and Crowd Behaviour

Cloud Networks for Multimedia Applications

Applications

Augmented Reality

Mixed Reality

Information Visualization using Augmented Reality Technologies

Visualization Techniques for Augmented Reality

Augmented Reality in Scientific Visualization

Mobile Augmented Reality

Augmented Reality-based Navigation and Information Systems

Location-based and Recognition-based Augmented Reality

Visual Aspects of Augmented Reality

Perceptual Issues in Augmented Reality

Psychological and Artistic Issues of Integrating Virtual Objects with Real World

Collaborative Augmented Reality Environments

Augmented Reality Applications in Medicine and Surgery

Augmented Reality Applications in Cultural Heritage

Augmented Reality Applications in Arts

Augmented Reality Applications in Education

Augmented Reality Applications in Military and Industry

Virtual Reality

Artificial Reality

Real-Time Rendering

Collision detection in Virtual Reality

3D Interaction for Virtual Reality

Modelling and Simulation

Virtual Humans and Artificial Life

Virtual Reality Systems and Toolkits

Collaborative Virtual Environments

Tele-Collaboration

Virtual Reality System Architecture

Immersive Technologies, Systems and Devices

Immersive Environments

Interactive Intelligent Environments

Educational Simulations

Simulator Design and Validation

Human Computer Interaction

Presence and Cognition in a Virtual Environment

Integration of Virtual Reality and Multimedia

Multi-User and Distributed Virtual Reality

Haptics, Audio, and Other non-Visual Interfaces

Tracking and Sensing

Virtual Humans and Avatars

Navigation in Virtual Environments

Virtual Laboratories and Tools

Human Factors

Interaction in Virtual Environments

Hardware Devices for Virtual Reality

Cloud-Based Virtual Reality

Teleoperation and Telepresence

Simulation-based Learning

Simulation in Healthcare Education

Virtual Reality Applications in Medicine and Surgery

Virtual Reality Applications in Rehabilitation

Virtual Reality Applications in Cultural Heritage

Virtual Reality Applications in Arts

Virtual Reality Applications in Education

Virtual Reality Applications in Military and Industry

Games and Serious Games

Game design and development

Development Tools in Gaming

Development methodologies in Gaming

Tools and Technologies in Gaming

Usability and Playability

Immersive Gaming and Edutainment

Pervasive Gaming

Ubiquitous Games

Games for Mobile Platforms

Technological Support for Collaborative Games

Balance among Realism, Engagement, Learning and Entertainment

Entertainment

Game-Based Learning

Multi-agent and Multi-strategy Games

Realistic Games for Simulation and Training

Serious Games

Pedagogical Theories in Serious Games

Methodologies and Principles for Serious Games User Assessment

Advanced Human-Computer Interaction for Serious Games

Serious games in Formal Education

Educational Outcomes in Serious Games

Verification of Learning Transfer in Serious Games

Artificial Intelligence for Serious Games

Serious Games in Health and Healthcare

Serious Games in Public Health Education

Serious Games in Rehabilitation

Human-Computer Interaction

marketing and HCI

semiotics and HCI

analysis and design methods

human-centred and user-centred design

HCI in education

HCI methods and theories

adaptive and personalized interfaces

gesture and eye-gaze based interaction

graphical user interface

haptic user interface

interaction design

mobile HCI

multimedia design

multimodal interface

natural user interfaces (NUI)

non-verbal interfaces

tangible and virtual user interfaces

tools for HCI

multimodal interaction

Important Dates

Submission deadline:February 19, 2017.

Notification Due:March 20, 2017.

Final Version Due:March 31, 2017.

User Name : Anika
Posted 07-12-2016 on 09:44:02 AEDT

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