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Full Description
This book describes in depth the design, research, and future of brain research from the context of implantable micro- and nano- systems and technologies. It should enable readers to create neural integrated microsystems that satisfy the needs for complex neuroscientific cognitive studies, brain-machine interface studies, as well as neuro-prosthetic devices to improve healthcare. The author takes a multi-disciplinary approach and coverage includes topics from electrical, biomedical or mechanical engineering, relating specifically to implantable microsystems.
Contents
Introduction.- Brain interfaces.- Closed-loop versus open-loop techniques.- The bottle-neck of electrode-tissue interfaces.- Integrated circuits specifications and design strategies for low-power and small-area implementation.- Neural Micro- and Nano Electro-Mechanical Systems (MEMS and NEMS).- Integration methodologies for implantable systems.- The importance of data processing.- Intra-brain and intra-body communication for data.- Energy harvesting for implantable devices.- System level design and optimization for power, area and noise reduction.- Future trends.



