Table of Contents

• Application of Physical Interactive Mixed Reality System Based on MLAT in the Field of Stage PerformanceYanxiang Zhang, Pengfei Ma, Ali Raja Gulfraz, Li Kong, Xuelian Sun. 3-12 [doi]
• Application Advantages and Prospects of Web-Based AR Technology in PublishingYanxiang Zhang, Yaping Lu. 13-22 [doi]
• Generation of Action Recognition Training Data Through Rotoscoping and Augmentation of Synthetic AnimationsNicola Covre, Fabrizio Nunnari, Alberto Fornaser, Mariolino De Cecco. 23-42 [doi]
• Debugging Quadrocopter Trajectories in Mixed RealityBurkhard Hoppenstedt, Thomas Witte, Jona Ruof, Klaus Kammerer, Matthias Tichy, Manfred Reichert, Rüdiger Pryss. 43-50 [doi]
• Engaging Citizens with Urban Planning Using City Blocks, a Mixed Reality Design and Visualisation PlatformLee Kent, Chris Snider, Ben J. Hicks. 51-62 [doi]
• Convolutional Neural Networks for Image Recognition in Mixed Reality Using Voice Command LabelingBurkhard Hoppenstedt, Klaus Kammerer, Manfred Reichert, Myra Spiliopoulou, Rüdiger Pryss. 63-70 [doi]
• A Framework for Data-Driven Augmented RealityGeorgia Albuquerque, Dörte Sonntag, Oliver Bodensiek, Manuel Behlen, Nils Wendorff, Marcus A. Magnor. 71-83 [doi]
• Usability of Direct Manipulation Interaction Methods for Augmented Reality Environments Using Smartphones and SmartglassesAlexander Ohlei, Daniel Wessel, Michael Herczeg. 84-98 [doi]
• An Augmented Reality Tool to Detect Design Discrepancies: A Comparison Test with Traditional MethodsLoris Barbieri, Emanuele Marino. 99-110 [doi]
• A New Loose-Coupling Method for Vision-Inertial Systems Based on Retro-Correction and Inconsistency TreatmentMarwene Kechiche, Ioan Alexandru Ivan, Patrick Baert, Rolnd Fortunier, Rosario Toscano. 111-125 [doi]
• Ultra Wideband Tracking Potential for Augmented Reality EnvironmentsArnis Cirulis. 126-136 [doi]
• HoloHome: An Augmented Reality Framework to Manage the Smart HomeAtieh Mahroo, Luca Greci, Marco Sacco. 137-145 [doi]
• Training Assistant for Automotive Engineering Through Augmented RealityFernando R. Pusda, Francisco F. Valencia, Víctor H. Andaluz, Víctor D. Zambrano. 146-160 [doi]
• Microsoft HoloLens Evaluation Under Monochromatic RGB Light ConditionsMarián Hudák, Stefan Korecko, Branislav Sobota. 161-169 [doi]
• Towards the Development of a Quasi-Orthoscopic Hybrid Video/Optical See-Through HMD for Manual TasksFabrizio Cutolo, Nadia Cattari, Umberto Fontana, Vincenzo Ferrari. 170-178 [doi]
• An Empirical Evaluation of the Performance of Real-Time Illumination Approaches: Realistic Scenes in Augmented RealityA'aeshah Alhakamy, Mihran Tuceryan. 179-195 [doi]
• Combining Image Targets and SLAM for AR-Based Cultural Heritage FruitionPaolo Sernani, Renato Angeloni, Aldo Franco Dragoni, Ramona Quattrini, Paolo Clini. 199-207 [doi]
• Optimization of 3D Object Placement in Augmented Reality Settings in Museum ContextsAlexander Ohlei, Lennart Bundt, David Bouck-Standen, Michael Herczeg. 208-220 [doi]
• Transmedia Digital Storytelling for Cultural Heritage Visiting Enhanced ExperienceAngelo Corallo, Marco Esposito, Manuela Marra, Claudio Pascarelli. 221-229 [doi]
• Assessment of Virtual Guides' Credibility in Virtual Museum EnvironmentsStella Sylaiou, Vlasios Kasapakis, Elena Dzardanova, Damianos Gavalas. 230-238 [doi]
• Immersive Virtual System for the Operation of Tourist CircuitsAldrin G. Acosta, Víctor H. Andaluz, Hugo Oswaldo Moreno, V. Mauricio Tamayo, Giovanny Cuzco, Mayra L. Villarroel, Jaime A. Santana. 239-255 [doi]
• Virtual Museums as a New Type of Cyber-Physical-Social SystemLouis Nisiotis, Lyuba Alboul, Martin Beer. 256-263 [doi]
• Virtual Portals for a Smart Fruition of Historical and Archaeological ContextsDoriana Cisternino, Carola Gatto, Giovanni D'Errico, Valerio De Luca, Maria Cristina Barba, Giovanna Ilenia Paladini, Lucio Tommaso De Paolis. 264-273 [doi]
• Intercultural Communication Research Based on CVR: An Empirical Study of Chinese Users of CVR About Japanese Shrine CultureYing Li, Yanxiang Zhang, MeiTing Chin. 277-285 [doi]
• Augmented Reality to Engage Preschool Children in Foreign Language LearningElif Topsakal, Oguzhan Topsakal. 286-294 [doi]
• A Study on Female Students' Attitude Towards the Use of Augmented Reality to Learn Atoms and Molecules Reactions in Palestinian SchoolsAhmed Ewais, Olga De Troyer, Mumen Abu Arra, Mohammed Romi. 295-309 [doi]
• Intelligent System for the Learning of Sign Language Based on Artificial Neural NetworksDavid Rivas, Marcelo Álvarez V., J. Guanoluisa, M. Zapata, E. Garcés, M. Balseca, J. Perez, R. Granizo. 310-318 [doi]
• Measuring and Assessing Augmented Reality Potential for Educational Purposes: SmartMarca ProjectEmanuele Frontoni, Marina Paolanti, Mariapaola Puggioni, Roberto Pierdicca, Michele Sasso. 319-334 [doi]
• Augmented Reality in Laboratory's Instruments, Teaching and Interaction LearningVíctor H. Andaluz, Jorge Mora-Aguilar, Darwin S. Sarzosa, Jaime A. Santana, Aldrin G. Acosta, César A. Naranjo. 335-347 [doi]
• Touchless Navigation in a Multimedia Application: The Effects Perceived in an Educational ContextLucio Tommaso De Paolis, Valerio De Luca, Giovanna Ilenia Paladini. 348-367 [doi]
• Analysis of Fuel Cells Utilizing Mixed Reality and IoT AchievementsBurkhard Hoppenstedt, Michael Schmid, Klaus Kammerer, Joachim Scholta, Manfred Reichert, Rüdiger Pryss. 371-378 [doi]
• Virtual Environment for Training Oil & Gas Industry WorkersCarlos A. Garcia, José E. Naranjo, Fabian Gallardo-Cardenas, Marcelo V. Garcia. 379-392 [doi]
• Virtual Training for Industrial Process: Pumping SystemEdison P. Yugcha, Jonathan I. Ubilluz, Víctor H. Andaluz. 393-409 [doi]
• Virtual Training on Pumping Stations for Drinking Water Supply SystemsJuan E. Romo, Gissela R. Tipantasi, Víctor H. Andaluz, Jorge S. Sánchez. 410-429 [doi]
• Virtual Training System for an Industrial Pasteurization ProcessAlex P. Porras, Carlos R. Solis, Víctor H. Andaluz, Jorge S. Sánchez, César A. Naranjo. 430-441 [doi]
• Virtual Environment for Teaching and Learning Robotics Applied to Industrial ProcessesVíctor H. Andaluz, José A. Pérez, Christian P. Carvajal, Jessica S. Ortiz. 442-455 [doi]
• StreamFlowVR: A Tool for Learning Methodologies and Measurement Instruments for River Flow Through Virtual RealityNicola Capece, Ugo Erra, Domenica Mirauda. 456-471 [doi]