Abstract
The results of three-dimensional reconstructions of obstacles in an infinite, homogeneous ambience from the far-field scattering of plane acoustic waves in a resonance frequency region are presented. The reconstructions include penetrable and impenetrable objects. Also discussed are reconstructions of orientations (that is, Euler angles), surfaces, and interiors of penetrable axisymmetric scatter. In addition, inverse obstacle scattering using a highly restricted angular aperture in monostatic and quasimonostatic data collection configurations is also discussed.
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