Literature Database Entry

gulec2014yakalanma

Fatih Güleç, "Yakalanma Olasılığı Düşük Radarlarda Costas Dizilerinin Kullanımı," Master's Thesis, Department of Electrical and Electronics Engineering, Gazi University, December 2014. (Advisor: Erkan Afacan)

Abstract

Low Probability of Intercept radars are used when it is not desired to be detected and identified by hostile elements. Low Probability of Intercept radars use signals which have wide bandwidth, low power and coded continuous wave. Frequency Shift Keying is one of these coding techniques. Costas arrays are used in order to construct the Frequency Shift Keying Low Probability of Intercept radar signals. In this thesis, Frequency Shift Keying signals, which are used in Low Probability of Intercept radars, and Costas arrays, which are used to construct these signals, are examined. Welch, Lempel and Golomb methods based on the finite field theory and their variations are examined. These methods are implemented by developing the programs in C language. The ambiguity function analysis of Frequency Shift Keying radar signals, which are constructed by Costas arrays obtained from the programs as output, are analyzed.

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Fatih Güleç

BibTeX reference

@phdthesis{gulec2014yakalanma,
    author = {G{\"{u}}le{\c{c}}, Fatih},
    title = {{Yakalanma Olasılığı D{\"{u}}ş{\"{u}}k Radarlarda Costas Dizilerinin Kullanımı}},
    advisor = {Afacan, Erkan},
    institution = {Department of Electrical and Electronics Engineering},
    location = {Ankara, Turkey},
    month = {12},
    school = {Gazi University},
    type = {Master's Thesis},
    year = {2014},
   }
   
   

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Last modified: 2024-05-03