Although this paper targets in particular 3D underwater networks, much of our results are applicable to other 3D networks, such as for airborne applications, space exploration, and storm tracking.
Gravity and magnetic measurement techniques for marine and airborne applications.
The direct accurate measurement of lever arm in an integration of Strapdown Inertial Navigation System/Global Positioning System (SINS/GPS) is difficult for airborne applications.
Since magnesium and silicon based TE alloys have low densities, they produce a TE module with a high specific power density that is suitable for airborne applications.
This paper reports on the design and fabrication of a fully integrated antenna beam steering concept for airborne applications at 17 GHz.
Antennas of this sort are preferred over the parabolic reflector for airborne applications (see the photograph), in land-based air-surveillance radars requiring multiple beams (as in the so-called 3D radars, which measure elevation angle in addition to azimuth and range), and in applications that require ultralow antenna sidelobe radiation.
Lithium-sulfur has long been the ideal chemistry to use in airborne applications, and these are not only lightweight, but also safe, solving the safety issue which dogged the industry.
In this way, the correct deformation is applied to the deformable mirror and the benefits of adaptive optics are realized in an airborne platform application.
This system models the plant and, in turn, provides the basis for the employment of advanced model-based control and estimation concepts in an adaptive optics system for an airborne platform application.
These results will be applied to solve some problems in airborne radar application.
Statistical radar detection was treated in [2], target tracking in [3], airborne radar applications in [4], range-Doppler application in [5], experimental indoor multipath detection in [6], and localization, but not with a single sensor in [7].
