1. In radar target recognition research, it is very important to obtain effective radar target signature signal.

2. This paper presents a new approach to radar target classification based on one - dimensional scattering centers matching.

3. Radar target track simulation is the key task of radar echo signal simulation system.

4. The radar target simulator is mainly used for producing radar echo signal, which contains radar targets and clutter information.

5. A comprehensive review on the radar target signature of aircraft and space vehicle, essentially from the view point of ECM and radar remote sensing, has been delivered.

6. The radar target track simulation software is made based on the design model, and is put into action.

7. Parameter estimation of radar target scatterer plays an important role in the process of target characteristics analysis and target recognition.

8. At high frequencies, radar target can be described as returns from multiple scattering centers and the returns reveal precision geometric shape information of target.

9. This paper presents a method of radar target identification using wavelet transforms and rough sets.

10. In this paper [], the formation principle of radar target range profile is analyzed at first.

11. The optimal projection plane based radar target recognition method is discussed.

12. The discrimination problem of active decoy and radar target was studied based on the ballistic trajectory's planarity in the background of missile defense.

13. At first, the radar target scattering signal characteristics are analyzed.

14. A novel approach of radar target recognition is proposed in this paper.

15. The method for radar target recognition using local integral bispectrum and SVM is proposed.

16. Radar target simulator is used to generate radar echo signal comprised of target and radar environment.

17. This paper discusses radar target discrimination based on waveform synthesis method, and its implementation. It also presents several discriminative parameters and finally gives experimental results.

18. Therefore, this delay sy stem is more suitable for radar target simulation and other signal processing.

19. In the clutter modeled as spherically invariant random vector (SIRV), the adaptive coherent radar target detection is addressed.

20. The effects of impedance loading on microwave imaging of radar target are investigated.

21. The polynomial model fitting for radar cross section (RCS) of target is used for estimating the parameters of precession, which provides a new way for radar target discrimination.

22. First , based on DSP, the hardware structure of radar target detecting system is studied.

23. This thesis talk about millimeter wave (MMW) and LFMCW, its main mission is design and debug hardware of the radar target processor.

24. Because of its invariability, poles is the most effective characteristic signal of the radar target in resonance region.

25. For example, in the research of amalgamation problem between AIS and radar target, it can provide understratum chart platform.

26. The numerical evaluation shows that the formula is accurate and reliable. The result is referential to radar target identification with oblique incident ray. The method can be eas...

27. In the simulation for target echo, First we analyse the mathematical expression for radar target echo on the base of radar equation.

28. The corresponding modified back-propagation (MB-P)algorithm is proposed and applied to marine radar target identification system.

29. This paper mainly deals with the bispectrum of complex-valued signals analysis techniques as well as their applications to conventional radar target signature analysis.

30. The numerical evaluation shows that the formula is accurate and reliable. The result is referential to radar target identification with oblique incident ray. The method can be easily generali...

31. The data of radar target track simulation is the precondition of kinds of radar information research.

32. For the polarimetric and high-resolution radar system, a novel method is proposed, where the polarization and high resolution range profile are integrated for radar target recognition.

33. It is known to all that radar target recognition ( RTR ) is very valuable for military application.