Virtual, Augmented and Mixed Reality. Design and Interaction

Smartphone-Based Augmented Reality Applications.- User-Centric AR Sceneized Gesture Interaction Design.- Cognitive, Psychological and Health Aspects in VAMR.- Towards the Specification of an Integrated Measurement Model for Evaluating VR Cybersickness in Real Time.- Cognitive Workload Monitoring in Virtual Reality based Rescue Missions with Drones.- Negative Effects Associated with HMDs in Augmented and Virtual Reality.- Mixed ock-up eets ErgoCAM: Feasibility Study for Prospective Ergonomic Evaluation of Manual Assembly Processes in Real-Time Using Augmented Reality and Markerless Posture Analysis.- Fake people, real effects - The presence of virtual onlookers can impair performance and learning Fake People, Real Effects - The Presence of Virtual Onlookers can Impair Performance and Learning.- Investigating the In uence of Optical Stimuli on the Human Decision Making Process in Dynamic VR-Environments.- A HMD-based Virtual Display Environment with Adjustable Viewing Distance for Improving Task Performance.- Comparative Analysis of Mission Planning and Execution Times between the Microsoft HoloLens and the Surface Touch Table.- Effect of Motion Cues on Simulator Sickness in a Flight Simulator.- Crew Workload Considerations in Using HUD Localizer Takeoff Guidance in Lieu of Currently Required Infrastructure.- Performance, Simulator Sickness, and Immersion of a Ball-Sorting Task in Virtual and Augmented Realities.- Robots in VAMR.- The Effects of Asset Degradation on Human Trust in Swarms.- Visual Reference of Ambiguous Objects for Augmented Reality-Powered Human-Robot Communication in a Shared Workspace.- Safety in a Human Robot Interactive: Application to Haptic Perception.- Virtual Reality for Immersive Human Machine Teaming with Vehicles.- A Robotic Augmented Reality Virtual Window for Law Enforcement Operations.- Enabling Situational Awareness via Augmented Reality of Autonomous Robot-Based Environmental Change Detection.- Construction of Human-Robot CooperationAssembly Simulation System Based on Augmented Reality.- Using Augmented Reality to Better Study Human-Robot Interaction.