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Synthetic aperture imaging with arrays of arbitrary shape. II. The annular array

机译:具有任意形状的阵列的合成孔径成像。二。环形阵列

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摘要

For pt.I, see ibid., vol.4, no.2, p.399-403 (Apr. 2002). It has been previously shown that full aperture resolution can be achieved with an annular transducer array by transmitting and receiving between all pairs of elements around the array circumference and applying an appropriate weighting function . If there are N elements in the array, this requires N transmissions. This paper shows that full aperture resolution can be obtained with a much smaller number of transmissions (two to four) by using a certain aperture phase weighting on transmit and receive. Thus, full aperture, real-time imaging from an annular array should be feasible.
机译:关于第一点,请参见同上,第4卷,第2期,第399-403页(2002年4月)。先前已经表明,通过围绕阵列圆周在所有成对的元件对之间进行发送和接收并应用适当的加权函数,可以使用环形换能器阵列实现全孔径分辨率。如果阵列中有N个元素,则需要N次传输。本文表明,通过在发送和接收上使用一定的孔径相位加权,可以用更少的传输次数(2到4个)获得全孔径分辨率。因此,从环形阵列进行全孔径实时成像应该是可行的。

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