The project objective is to design a fully implantable, ultra-low power neural interface to monitor neural activity at the single cell and population levels in awake, naturally behaving subjects.
The project objective is to develop algorithms to extract information about single cell and population activity and characterize their relationship to an observed behavior in awake behaving subjects.
The project goal is to design an implantable, ultra-low power, small size system that allows real time monitoring of ensemble neural activity in the cortex of awake, freely behaving subjects.
Despite decades of bioengineering research to develop hearing aids and cochlear implant devices to help hearing-impaired patients restore their hearing ability and improve their lifestyle.
The project objective is to develop sophisticated neural decoding algorithms of motor intent in awake behaving monkeys performing a variety of complex movements with arms and hands during reach to grasp tasks
