Recent years have seen fast advances in neural recording circuits and systems as they offer
a promising way to investigate real-time brain monitoring and the closed-loop modulation of …

High‐density neural recordings with superior spatiotemporal resolution powerfully unveil
cellular‐scale neural communication, showing great promise in neural science, translational …

Epilepsy treatment in clinical practices with surface electroencephalogram (EEG) often faces
training dataset shortage issue, which is aggravated by seizure pattern variation among …

Biomedical circuits and systems are heading toward a multidisciplinary race in two main
directions. On the one hand, advanced smart medical devices must be built to improve …

This paper presents two designs of a capacitively-coupled chopper instrumentation amplifier
(CCIA) successfully implemented in 28 nm CMOS for biopotential sensing applications. The …

This paper presents a wearable active concentric electrode for concurrent EEG monitoring
and Body-Coupled Communication (BCC) data transmission. A three-layer concentric …

Miniaturization of wireless neural-recording systems enables minimally-invasive surgery
and alleviates the rejection reactions for implanted brain-computer interface (BCI) …

The key challenges in designing a multi-channel biosignal acquisition system for an
ambulatory or invasive medical application with a high channel count are reducing the …

Wireless neural recording is envisaged to be an effective way of monitoring neural
behaviors in long term, which requires a miniature device deeply implanted in the brain …

An 8-channel AFE with a group-chopping instrumentation amplifier (GCIA) is proposed for
bio-potential recording applications. The group-chopping technique cascades chopper …