Monitoring of electrocorticography signals using multi-electrode array creates new
opportunities for neural prosthetic applications. In this paper, we present a 32-channel …

We present the design, implementation, and experimental characterization of a low-noise
low-power biopotential recording integrated circuit (IC) in support of a fully implantable, high …

WIMAGINE is a wireless low power 64-channel data acquisition system designed for
Electrocorticogram (ECoG) recording. The system is based on a custom integrated circuit …

<? Pub Dtl=""?> Emerging applications in brain–machine interface systems require high-
resolution, chronic multisite cortical recordings, which cannot be obtained with existing …

Substantial improvements in neural-implant longevity are needed to transition brain-
machine interface (BMI) systems from research labs to clinical practice. While action …

This paper presents a fully implantable neural recording system for the simultaneous
recording of 128 channels. The electrocorticography (ECoG) signals are sensed with 128 …

Electrocorticography (ECoG) recording is a non-penetrating electrophysiology technique
that achieves a good balance between spatial resolution, brain coverage and invasiveness …

A wireless 64-channel ElectroCorticoGram (ECoG) recording implant named WIMAGINE
has been designed for various clinical applications. The device is aimed at interfacing a …

This paper presents a minimally-invasive neural interface for distributed wireless
electrocorticogram (ECoG) recording systems. The proposed interface equips all necessary …

Fundamental neuroscience research and high-performance neuro-prostheses require large-
scale brain interfaces with ever-greater spatial resolution across a large cortex coverage …