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In vivo experiments to detect the neuronal magnetic field require high-sensitivity magnetoresistive sensors incorporated in micromachined silicon probes that do not damage the organic tissues and enhance the sensors proximity to the signal sources. When in touch with the tissues, the probe experiences a mechanical stress induced by an unavoidable bending moment. To evaluate its impact on sensor performance,...
Mapping the brain's activity can be done either with non-invasive techniques (e.g. magnetic resonance, electro/magnetoencephalography), or by studies performed in-vivo/vitro at the cell level usually using small-sized electrodes (10 μm) to measure local potentials. Probing locally the neuronal magnetic fields created by the synaptic currents can be done with magnetrodes [1], which combine high sensitive...
This document describes the usage and meaning of Energy Management Systems (EMS), applied both for utilities and end customers as a mean to supervise electricity usage and obtain energy savings. The approach also does a benchmarking on existing systems and appliances, together with the increasing usage of EMS in the newest smart grids.
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