Syracuse Research Corporation (SRC) ultrawide-bandwidth measurements radar
Autor: | Robert F. Wallenberg, Peter M. Rankin |
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Rok vydání: | 1993 |
Předmět: |
Radar cross-section
Early-warning radar Pulse-Doppler radar Scattering Computer science ComputingMethodologies_IMAGEPROCESSINGANDCOMPUTERVISION Fire-control radar Target analysis Radar lock-on Passive radar law.invention Continuous-wave radar Man-portable radar Bistatic radar Radar engineering details law Radar imaging 3D radar Radar display Radar Radar MASINT Radar configurations and types Remote sensing |
Zdroj: | Ultrahigh Resolution Radar. |
ISSN: | 0277-786X |
DOI: | 10.1117/12.145527 |
Popis: | In recent years, Syracuse Research Corporation has implemented bandwidth expansion and extended coherent processing techniques to improve scatterer resolution of images derived from existing data. The algorithms can produce extraneous responses, however, which is not the case if the data is collected using an ultrawide bandwidth radar. The long and continuous effort in radar imaging at SRC and the limited number and availability of wideband sensors justified the development of an in-house imaging facility that would be available on demand. As a result, the SRC Ultrawide Bandwidth Measurements Radar was assembled to perform the required measurements of the radar cross section (RCS) of isolated scatterers and to determine their relative location on a wide variety of target types. Along with the use of radar images for target analysis has been the development of target modeling algorithms and software that accurately predict the electromagnetic scattering from complex objects. A few years ago, the software was expanded to model objects as viewed in wide angle bistatic configurations. The SRC radar was utilized to validate these modeling algorithms in several radar bands at large bistatic angles. The system has subsequently been employed to measure a variety of target models and complex shapes and to evaluate the effects of radar absorbing materials (RAMs). |
Databáze: | OpenAIRE |
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