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Rapidly growing knowledge in systems neuroscience may contribute to
expand the range of activities in persons with disabilities, but in
its practical application, cooperation between experts in different
research fields is necessary. In this conference, the guest
speakers and audiences will be from wide range of research fields;
e.g., systems-neuroscience, neurology, engineering, psychology, and
the attendees will discuss the possibilities.
Rapidly growing knowledge in systems neuroscience may contribute to
expand the range of activities in persons with disabilities, but in
its practical application, cooperation between experts in different
research fields is necessary. In this conference, the guest
speakers and audiences will be from wide range of research fields;
e.g., systems-neuroscience, neurology, engineering, psychology, and
the attendees will discuss the possibilities.
The impaired brain has often been difficult to rehabilitate owing
to limited knowledge of the brain system. Recently, advanced
imaging techniques such as fMRI and MEG have allowed researchers to
investigate spatiotemporal dynamics in the living human brain.
Consequently, knowledge in systems neuroscience is now rapidly
growing. Advanced techniques have found practical application by
providing new prosthetics, such as brain-machine interfaces,
expanding the range of activities of persons with disabilities, or
the elderly. The book's chapters are authored by researchers from
various research fields such as systems neuroscience,
rehabilitation, neurology, psychology and engineering. The book
explores the latest advancements in neurorehabilitation, plasticity
and brain-machine interfaces among others and constitutes a solid
foundation for researchers who aim to contribute to the science of
brain function disabilities and ultimately to the well-being of
patients and the elderly worldwide.
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