Titlebook: Brain-Computer Interface Technologies; Accelerating Neuro-T Claude Clément Book 2019 Springer Nature Switzerland AG 2019 Active Implantable

Ostrich

BOAST

Below and Above-the-Neck, The technologies used in body implants are not always well adapted to be extended to “above-the-neck” locations. This chapter will review the ways to follow for adapting technologies to optimal skull implants. Even if BCI designers may get inspiration from traditional cardiac devices, moving above-the-neck generates unprecedented challenges.

酷热

Pioneers,n addition to a careful analysis of achievements in the cardiac domain, we will focus on the early successes in neuro-technologies. This chapter will also identify what are the missing technology blocks which have limited a quicker extension of cardiac-inspired concepts to therapies aimed to nervous disorders.

起草

Macht und Widerständigkeit durch Spracheation, some examples will be described, to facilitate access to the fascinating word of the interactions with the brain and the nervous system..This book focuses on technologies and real-life solutions to treat severe neurological disorders. We will describe the tight relations between science and t

小故事

Cardioversion

„Gewalt der Sprache – Sprache der Gewalt“lore the various targets of neuro-technologies: the brain, spinal cord, vagal nerve, and diverse organs. Several examples of what has already been achieved will be presented. For each of the devices described in this section, we will go through the lessons learned. Understanding “who did what and ho

Mumble

https://doi.org/10.57088/978-3-7329-9198-3ntable medical devices will be described in the scope of their environment. We will cover the difficult relation between the body and intruding implants, through complex notions as biocompatibility, biostability, corrosion, sterility, and hermeticity. Moisture control, one of the cornerstones of the

Expertise

蛰伏

attenuate

Macht und Widerständigkeit durch Spracheomising new technologies which will lead to a drastic change in our way to provide solutions to human neurological problems. The current barriers to success will be analyzed in a perspective of finding clues to tackle them. Ongoing initiatives, at a scientific, technical, and development level, will