In this project we are aiming to use Magnetic induction sensors in order to localize any number of objects, with respect to a reference point, results of this research can be applied to areas such as synchronization, multi agent phased array antennas, and more. Currently the theoretical and simulational parts of this project have shown promising results, as of today in simulation we have shown we can localize a target with respect to the reference with an error of less than 0.1mm. First prototypes for sensors used in this project are designed and are being tested.
More research
Environmental Mapping
We create multi-scale environmental maps from microwave airborne and spaceborne remote sensing platforms, including SARs, GNSS-Reflectometry, and radiometers. , Our team builds…
Subsurface and Subcanopy Soil Profile Characterization
Our group has established a long track record of expertise in forward and inverse scattering models for subcanopy and subsurface characterization for…
Motion Tracking using Magnetic Induction Sensors
In this project we are using magnetic induction (MI) sensors to track human body movements. This system offers a low-power, secure, and…