Yuyang WANG

• Mitigation and prediction of motion sickness (or cybersickness) in virtual reality (P.S., with the help of A.I. methods)
• The neural mechanism behind user perception and sensory (P.S., Computational neuroscience, reinforcement learning)
• Multi-sensory VR interaction design and affective computing (P.S., Cognitive systems)
• Multiphysics modeling and simulation based on numerical methods (P.S., Mathematical and physical equations, physics-driven methods)

Research methodology relies on theoretical inference/simulation and user study supported by statistics, signal processing, machine/deep learning, control theory and numerical modeling, etc..

• Computational Media and Arts, Information Hub, Hong Kong University of Science and Technology (Guangzhou), China
• Advisor: Prof. Pan Hui, IEEE Fellow, member of Academia Europaea
• Keywords: XR, computer-human interaction

• Image institute , Arts et metiers institute of technology, France
• Keywords: virtual reality (VR), navigation/locomotion, interaction, cybersickness, cognitive workload, subjective evaluation, optimal control, data-driven modeling, deep learning
• Thesis: Intelligent navigation in virtual reality (defended: video)

• Institute for Information Management in Engineering (IMI), Karlsruhe Institute of Technology, Germany
• Keywords: VR, interaction, fuzzy logic, user modelling, human factors

• International Centre for Numerical Methods in Engineering (CIMNE), Polytechnic University of Catalonia, Spain
• Numerical methods including finite element method, advanced discretization methods, numerical methods for PDEs, domain decomposition and large scale computing, etc.
• Applications focus on computational structural mechanics and dynamics, continuum mechanics, fluid mechanics and dynamics, forming processes and electromagnetism, etc.
• Thesis: Development of a numerical model for the transport of dust, file in PDF

• College of Textile and Clothing Engineering, Soochow University, China
• Keywords: engineering mechanics, polymeric chemistry & physics, textile materials, polymer structure & properties, technology of synthetic fibers
• Thesis: Intelligent wearable devices for textile sensory evaluation

Organizers or chairs

• Organizer of 2022 IEEE VR Workshop on Datasets for Developing Intelligent XR Applications (Data4XR), online
• Organizer of BoF session, "Towards real-time evaluation of cyber-sickness in VR", April 2021, IEEE VR, online

Reviewers

• Reviewer of international conferences: IEEE VR, IEEE ISMAR, ACM VRST
• Reviewer of international journals: IEEE Transactions on Visualization and Computer Graphics, Textile Research Journal, Industria Textila Journal

• Intelligent naivgation in virtual reality. November 2021, ParisTech Elite Institute of Technology at Shanghai Jiao Tong University, China
• Development of navigation techniques in virtual reality: towards customized interaction. December 2020, Hefei University of Technology, China, online
• Introduction to virtual reality. August 2018, the 2nd International Youth Innovation Conference, China

• Language: C# (Unity3D), Python, Matlab, C++, Latex
• Parallel/distributed computing framework using OpenMP, Open MPI, Ray
• AI programming relying mainly on Tensorflow and Keras

• Badminton and Chinese chess since childhood
• Piano during confinement of Covid-19