Dr. Farbod Nosrat Nezami

Developed a Unity3D-based benchmark to evaluate visual-spatial reasoning capabilities of vision-language models using sliding tile puzzles with 3D depth challenges and WebSocket networking.

Researched sequence processing in neuromorphic computing using dendritic neuron models with dynamic plateau potentials. Developed adaptive classification algorithms and secured funding for collaboration on memristor-based hardware.

Supported a project investigating ethical decision-making in self-driving vehicles by configuring and monitoring experimental setups and assisting in data analysis.

Conducted VR experiments to study decision-making and action planning using eye tracking and head movement data during puzzle solving and tool interaction tasks.

Developed a VR driving simulator to study takeover requests in autonomous vehicles, comparing auditory, visual, and multimodal warnings. Managed a research team and conducted data analysis and scientific dissemination.

Created a VR city environment to study public trust in self-driving cars using immersive simulations and voice assistant scenarios. Managed data collection, experiment setup, and exhibition presentations.