Digital Signal Processing

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Comparision of Binary Code Sequences for Passive Radar Application


Affiliations
1 Dadi Institute of Engineering and Technology, India
2 GMRIT, Rajam, India
     

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A numerical method for analysis of new types of Complementary direct sequence complex signals which have synthesized and compare with well - know code sequences like Barker and Golay complementary codes. Build on the autocorrelation and ambiguity functions of signals, the numerical method estimates the volume of side lobes separately for each signal. The results obtained show, that the signals, which have a low volume of side lobes, are complementary codes.


Keywords

Ambiguity Function, PSL, ISL, Complementary Codes.
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  • Comparision of Binary Code Sequences for Passive Radar Application

Abstract Views: 159  |  PDF Views: 1

Authors

N. Venkateswarlu
Dadi Institute of Engineering and Technology, India
D. Tirumala Rao
GMRIT, Rajam, India
G. N. Satapathi
Dadi Institute of Engineering and Technology, India
P. Srihari
Dadi Institute of Engineering and Technology, India

Abstract


A numerical method for analysis of new types of Complementary direct sequence complex signals which have synthesized and compare with well - know code sequences like Barker and Golay complementary codes. Build on the autocorrelation and ambiguity functions of signals, the numerical method estimates the volume of side lobes separately for each signal. The results obtained show, that the signals, which have a low volume of side lobes, are complementary codes.


Keywords


Ambiguity Function, PSL, ISL, Complementary Codes.