Latency-driven foveation
Predicting where a viewer will look when a streamed VR frame reaches the headset.
Researcher & Engineer / Helsinki, Finland
XR experiences.
XR experiences.
Built with depth.
I’m Adhi. I build systems for immersive video, gaze-adaptive VR streaming, and neural video compression. My work connects graphics engineering with research into what people see and experience.
From research to working systemsFoveated
streamingNeural video codecsPerceptual evaluation
Selected work
All 28 projects ↗
Built. Measured. Explored.
A connected engineering background
Robotics foundations.
Robotics foundations.
Immersive systems.
Smarter video.
My path started with robotics: computer vision, sensing, control, and making hardware and software work together. At the University of Oulu, I brought those skills into VR-based robotic telepresence and immersive media.
Since November 2023, my research at the University of Helsinki has focused on Cloud-XR and gaming. I develop gaze-adaptive streaming and latency compensation, and investigate neural video compression. I combine C++, GPU shaders, Python, and PyTorch with objective quality measurements and user studies.
I’m pursuing a PhD in Computer Science and looking for research and engineering opportunities in XR, video systems, and visual computing.
Explore my experience →