A sensing technique to determine the height and orientation (pitch, roll) above a conducting half-space using magnetoquasistatic fields and complex image ...
In this paper, we report on a proximity and orientation. (pitch, roll) sensing technique using magnetoquasistatic fields and complex image theory. This ...
A sensing technique to determine the height and orientation (pitch, roll) above a conducting half-space using magnetoquasistatic fields and complex image ...
Proximity and Orientation Sensing Using Magnetoquasistatic Fields ...
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A sensing technique to determine the height and orientation (pitch, roll) above a conducting half-space using magnetoquasistatic fields and complex image ...
Proximity and Orientation Sensing Using Magnetoquasistatic Fields and Complex Image Theory. [iframe src=”https://dx.doi.org/10.1109/VETECF.2011.6093266 ...
In this paper, we report a new orientation sensor that lever- ages the approach of our magnetoquasistic distance sensor technique to accurately measure the ...
Missing: Proximity | Show results with:Proximity
In this paper we report on a magnetoquasistatic orientation sensor that uses the magnetoquasistatic coupling between an electrically small emitting loop ...
Stancil and D. S. Ricketts, “Proximity and Orientation Sensing Using Magnetoquasistatic Fields and Complex Image Theory” Vehicular Technology Conference ...
This paper presents a technique to determine the position and orientation of an emitter above a lossy dielectric using quasistatic magnetic fields and complex.
TL;DR: A sensing technique to determine the height and orientation (pitch, roll) above a conducting half-space using magnetoquasistatic fields and complex image ...