FUNCTIONAL BRAIN SPECTROSCOPY USING WIRELESS NETWORKS

Currently, it is possible to achieve full mobility in everyday environment using a near- infrared light sensors to monitor brain function in humans. Multiple wireless networks employing several protocols can be used for data carriage and provide new freedom to conduct monitoring in real environments outside a lab. The measurements of the changes of the concentration of oxyhemoglobin (HbO2) and deoxyhemoglobin (Hb) in the real-life environment, might lead to better understanding of tissue pathologies.

Autorentext

Salah Sharieh is a senior technical Innovator with Fortune 500 experience. Salah is a Ph.D.(c) at McMaster University Faculty of Engineering ,the department of Computing and Software. Salah research is focused on using mobile technology to monitor brain functions in near-real time.