Bistatic Radar: Seeking Assistance with MATLAB Design

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SUMMARY

The discussion centers on the implementation of bistatic radar using MATLAB for a final year project. The user seeks assistance with the assumption of bistatic Radar Cross Section (RCS) and mentions that the derivation of the relevant formula was omitted from their reference book. Participants in the discussion emphasize the need for specificity regarding the methods used to determine RCS, whether numerical or analytical, and the shapes involved, such as spheres or cylinders.

PREREQUISITES
  • Understanding of bistatic radar principles
  • Familiarity with MATLAB software
  • Knowledge of Radar Cross Section (RCS) concepts
  • Basic grasp of numerical and analytical methods for shape modeling
NEXT STEPS
  • Research MATLAB functions for simulating bistatic radar
  • Explore analytical methods for calculating RCS of different shapes
  • Study numerical techniques for radar signal processing
  • Investigate existing MATLAB projects related to bistatic radar
USEFUL FOR

Students in engineering fields, radar system designers, and researchers focusing on radar technology and MATLAB applications.

kunamaneni
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hi, I'm working on bistatic radar as part of my final year project.
i'm using MATLAB software to implement my design and have a small problem in assuming bistatic RCS.. i got the formula from a book but the derivation was omited.
any help in this area or anything related to bistatic radar would be welcomed..
thanks
 
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Hey... Why don't you be a little more specific... your being a bit general... As in.. what area are you finding a problem in?
 
the thinker is right. I understand that you are trying to simulate something.
first of all, is there any method declared to determine rcs (simply numerical or analytical method) or any shape (sphere, cylinder...). also there are many questions but i hope that these will be help you to specify your project.
 

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