Lei Yao

TL;DR: A dual sample-and-hold architecture is proposed, which extends the sampling time of the ADC and reduces the average power per channel by more than 50% compared to the conventional multiplexing neural recording system.

TL;DR: It is demonstrated that independent mobility can be achieved without first training on prescribed motor movements, opening the door for the implementation of this technology in persons with tetraplegia.

TL;DR: A fully implantable neural recording IC with a spike-driven data compression scheme to improve the power efficiency and preserve crucial data for monitoring brain activities and successfully demonstrated precise spike detection through both in vitro and in vivo acquisition of the neural signal.

TL;DR: The novelty in the current work lies in the ability of the CMOS sensor system to monitor very low initial concentrations of bacteria (4×102 to 4×104 colony forming unit (CFU)/mL).

TL;DR: This paper presents a complete chipset for a 100-channel wireless neural recording system, which consists of 3 ICs - a neural interface (NI) IC and a wireless power RX and data TX IC for an implant unit (IU), and an external head unit (EHU).