The analysis of biomedical signals for clinical studies and therapeutic applications can
benefit from embedded devices that can process these signals locally and in real-time. An …

Recent demand and initiatives in brain research have driven significant interest toward
developing chronically implantable neural interface systems with high spatiotemporal …

This paper reports on the design, development, and test of a multi-channel wireless micro-
electrocorticography (µECoG) system. The system consists of a semi-implantable, ultra …

We present in this paper a multichannel capacitive-link intended for data transmission to
biomedical electronic implants using spatial carrier position modulation (SCPM) …

A multi-channel ADC structure is presented, which is dedicated to the digitization of multi-
channel ECoG signals. The ADC is designed to decompose the signals on all the channels …

We present in this paper a survey of the existing capacitive data telemetry systems for
biomedical implants. Other existing techniques such as RF, inductive and optic links as well …

We present, in this paper, a bidirectional capacitive data link. Enhancement of the spatial
pulse position modulation used on the downlink is introduced, and a load-shift keying …

This paper reports on the design and development of a compact micro-electrocorticography
(μECoG) system. The system is designed to record 8 channels of ECoG signals. Recorded …

Recent interest and initiatives in brain research have driven a worldwide effort towards
developing implantable neural interface systems with high spatiotemporal resolution and …

Ce travail vise à concevoir un système de transfert de données bidirectionnel et capacitif.
Une introduction couvrant l'histoire des liens de communication dédiés aux implants …