R&D
Artanim conducts multidisciplinary research and development centered on motion capture, with applications in movement science, medicine and immersive technologies.
Research Areas
Medical & Movement Science
Artanim develops motion capture and biomechanical methods to study human movement and support research in musculoskeletal health, clinical assessment, treatment planning and rehabilitation.
Immersive Technologies & Virtual Humans
Artanim explores how motion capture, XR and real-time technologies can enable embodied interaction, realistic virtual humans and new forms of immersive experience.
Research Capabilities
Motion Capture & Biomechanics
High-precision motion capture and biomechanical analysis to quantify human movement and joint kinematics, supporting clinical assessment and the evaluation of treatment outcomes.
Medical Imaging & Surgical Planning
Processing and integration of medical imaging and kinematic data to create patient-specific 3D models for surgical planning, simulation and clinical research.
Computer Vision & Machine Learning
Development of computer vision and machine learning methods for markerless tracking, movement analysis and the data-driven animation and control of virtual agents.
XR & Embodied Interaction
Research into immersive environments, spatial interaction and embodiment using XR, motion capture and real-time technologies.
Virtual Humans & Interactive Agents
Development of avatars and interactive virtual characters, combining animation, behavior, AI and large language models to study embodiment, communication and social interaction.
Rehabilitation, Training & Learning
Development of motion-based and immersive applications for rehabilitation, training and experiential learning, including gamified approaches.
Selected Research
MoRehab XR
A motion-tracked rehabilitation platform combining immersive exergames with objective movement assessment to improve patient engagement and monitor recovery over time.
Markerless Motion Capture
A machine-learning-based motion capture system designed to track multiple users in real time without wearable markers in immersive environments.
Curate XR
An XR research platform exploring natural interaction with context-aware virtual agents powered by large language models and real-time conversational AI.
Scientific Publications
Artanim publishes its research in peer-reviewed journals and presents its work at international scientific conferences.
Collaborate With Us
Artanim collaborates with academic, clinical and technology partners on multidisciplinary research projects involving motion capture, movement science and immersive technologies.