Comparison of communication signals for passive radar application

Based on theoretical methods for synthesis of complementary signals briefly below, the authors have developed a new algorithm and software for automated synthesis of Direct sequence complementary codes. The authors propose a numerical method for analysis and comparison of this types synthesize Compl...

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Bibliographic Details
Main Authors: Kabakchiev, A, Kyovtorov, V, Kabakchiev, C, Lazarov, A, Bedzhev, B
Format: Conference Proceeding
Language:English
Subjects:
Ambiguity Function
Complementary codes
Correlation
Minimization
Passive radar
Peak Sidelobe Level and Integrated Sidelobe Level
Q factor
Radar
Software
Software algorithms
Wireless communication
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Summary:Based on theoretical methods for synthesis of complementary signals briefly below, the authors have developed a new algorithm and software for automated synthesis of Direct sequence complementary codes. The authors propose a numerical method for analysis and comparison of this types synthesize Complementary codes with well - know code sequences like Barker and Z-complementary codes. Build on the autocorrelation and ambiguity functions of signals, the numerical method estimates the volume of sidelobes separately for each signal. The results are obtained using the specialized software in MATLAB R2007b.
ISSN:2155-5745
2155-5753