The simulated SAR is an airborne side-looking strip-mode SAR working in the K u band.
In a typical case, when an oil spill occurs on the sea surface as an oil film, SAR (Synthetic Aperture Radar) satellite radar system or airborne radar SLAR (Side-Looking Airborne Radar) [1] provide the best chance of rapid detection of such oil pollution (in Europe, for example, it is the CleanSeaNet system operated by the European Maritime Safety Agency (EMSA) [2].
In vivo exposure through inhalation involves deposition of PM onto the lung epithelium, that is, the cells are exposed to inhaled air (airborne PM) from one side while being in contact with the blood circulation from the other side.
Based on the movements of a water spider, Bell's hydrofoil was shaped like a submarine and sported two large airborne propellers on either side of the cockpit.
Wade returned the favor on a lob for a spectacular alley-oop on a two-on-one in the third quarter, prompting the two to meet in a twisting, side-bumping, airborne celebration.
The development of remote sensing tools, such as side-looking airborne radar (SLAR), facilitated the observation of surface features as a means of acquiring information about the subsurface.
In this paper, we propose a novel deterministic-aided (DA) single dataset (SDS STAPP method based on sparse recovery (SR) technique, which is abbreviated to DA-SDS-SRSTAP, for side-looking airborne or spaceborne radar in heterogeneous clutter environments.
We exploit the property that the clutter components of side-looking airborne or spaceborne radar are distributed along the clutter ridge to perform the estimation of CCM only with the CUT data.
We exploit the property of the clutter of side-looking airborne or spaceborne radar and propose a novel deterministic-aided (DA) single dataset (SDS) STAP method based on sparse recovery (SR) technique.
This presented algorithm exploits the property that the clutter components of side-looking airborne or spaceborne radar are distributed along the clutter ridge to estimate the CCM of the cell under test (CUT) without any secondary training data.
Adepelumia et al. ([2008]) confirmed the existence of Ifewara shear zone formed by sharing activities during Late Precambrian times using multi-spectral scanner (MSS) and side-looking airborne radar (SLAR) images.
