The Blind Arduino Project grew out of a community effort led by Dr. Miele in late 2015 to better understand barriers faced by blind people wanting to participate in the vibrant global culture of DIY hardware prototyping.
Arduino is an inexpensive, open-source electronics platform used by everyone from young hobbyists to high-tech developers to build computerized devices integrating sensors, motors, displays, wireless communications, and a host of other tools. Arduino is used in schools to teach children basic principles of design and computer science, in industry to quickly and inexpensively…
This project studies the integration of local estimates of motion direction and orientation into global patterns. Integration mechanisms were studied in human infants, normal adults and in adults with amblyopia.
This project study the neural mechanisms of texture and motion based segmentation as basic inputs to object processing. This project used frequency-domain non-linear analysis of high-density EEG recordings in human infants. We also used fMRI-informed EEG source-imaging combined with psychophysics to study texture segmentation processing and the role of attention in normal adults and in adults with amblyopia.