350 rub
Journal Science Intensive Technologies №9 for 2013 г.
Article in number:
Formation of three-dimensional images in bistatic radar system using inverse aperture synthesis and tomography
Authors:
A.A. Luchin, A.K. Stroev, A.O. Zhukov
Abstract:
A method of formation of the three-dimensional images in a bistatic radar system based on solving the Bojarski physical optics approximation of the inverse diffraction problem solution is developed. The method consists in obtaining two-dimensional images in different planes followed by tomography. An important advantage of the method consists in the fact that construction of the three-dimensional images does not require no long observation time and accumulation of signals. In practice, a single packet of broadband signals is sufficient for constructing the three-dimensional image of a moving object.
Pages: 73-75
References
- Bojarski N. A survey of the physical optics inverse scattering identity // IEEE Trans. 1982. V. AP-30. № 5. R. 980(989.
- Boerner W.M., Ho C.M., Foo B.Y. Use of Radon-s projection theory in electromagnetic inverse scattering // IEEE Trans. 1981. V. AP-29. № 2. R. 336-341.
- Luchin A.A. Metody' priblizhennogo resheniya obratnoj zadachi difrakczii v radiolokaczii // Zarubezhnaya radioe'lektronika. 1999. № 8. S. 30-44.
- Rosenbaum-Raz S. On scatterer reconstruction from far-field data // IEEETrans. 1976. V. AP-24. № 1. R. 66-70.
- Chan C.K., Farhat N.H. Frequency swept tomographic imaging of three-dimensional perfectly conducting objects // IEEE Trans. 1981. V. AP-29. № 2. R. 312-319.