Created intentionally or spontaneously, cyberworlds are information spaces and communities that use computer technologies to augment the way we interact, participate in business and receive information throughout the world.
17th in the #CyberWorlds series, CW 2018 is organized by Fraunhofer Singapore in cooperation with ACM SIGGRAPH, Eurographics Association, and International Federation for Information Processing (IFIP). CW 2018 will have the following tracks and topics:
Applications of virtual and augmented reality; Networked and shared virtual worlds; Virtual collaborative spaces; Shape modeling for cyberworlds;
Virtual humans and avatars; Multimodal interaction and rendering; Computer vision for augmented and mixed reality; Social computing;
Online communities; Cyber-learning; Multi-user web games; Art and heritage in cyberspace; Cyber-museums; Cyberethics and cyberlaws;
Welfare in cyberworlds; Data mining and warehousing in cyberworlds; Visual analytics in cyberworlds.
COGNITIVE HUMAN-MACHINE INTERACTION
Cognitive informatics; Human factors in transportation, maritime, industry 4.0; Neurorehabilitation and neuroplasticity; Affective computing;
Mobile BCI; Machine and deep learning for EEG-based algorithms; Multi-modal Interfaces; Neurofeedback systems and games; BCI applications.
CYBERSECURITY AND BIOMETRICS
Security protocols; Authentication protocols; Privacy protocols; Password security; Content protection and digital rights management;
Security of personal data; Risk and reputation management; Identity and trust management; Information hiding and anonymity;
Privacy, security and trust in social media; Security of embedded systems; Behavioral biometrics; Performance evaluation of biometric systems;
Multi-biometrics; Quality of biometric data; Biometric template protection; Presentation attack detection; Emerging biometrics.
CYBER CITIES AND CYBER MANUFACTURING
Real-time analytics, modelling, and simulation for the future smart cities and urban mobility; 3D city modelling, processing and simulation;
Predictive analytics and machine learning for future healthcare; Medical Computing for future healthcare; Visual Computing for active ageing;
Cyber-physical systems technologies; Computer vision for industry 4.0 / smart manufacturing; Optical inspection for industry 4.0 / smart manufacturing; Virtual and Augmented Reality for the future smart cities and smart manufacturing.