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An omega-K imaging algorithm for bistatic forward-looking SAR with stationary transmitter

机译:具有固定发射器的双基地前视SAR的Omega-K成像算法

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Synthetic Aperture Radar (SAR) has been applied in civilian and military fields widely. However, because of the inherent characteristic of monostatic SAR, it can not image the forward-looking terrain of the aerocraft [1]. As an emerging SAR technology, bistatic SAR is receiving considerable attention at present. With the choice of proper geometry, it can image in flight direction. We call this case bistatic forward-looking SAR (BFSAR). This might result in some new applications of bistatic SAR in aviation by imaging obstacles (e.g. mountains) in flight direction which are covered by fog, rain and clouds. With such systems, we can also improve the safety of landing airplanes.
机译:合成孔径雷达(SAR)已广泛应用于民用和军事领域。但是,由于单基地SAR的固有特性,它无法对航空器的前瞻性地形成像[1]。作为一种新兴的SAR技术,双基地SAR目前受到了广泛的关注。选择适当的几何形状,它可以在飞行方向上成像。我们称这种情况为双基地前瞻性SAR(BFSAR)。通过在飞行方向上成像被雾,雨和云覆盖的障碍物(例如山脉),这可能会导致双基地SAR在航空领域的一些新应用。有了这样的系统,我们还可以提高起降飞机的安全性。

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