Analysis of Tracking Performance about DS/FH TT&C Based on Ambiguity Function

Sheng Liang; Ying Yong Wei; Gao Feng Pan; Yong Xie; Jun Xue

doi:10.4028/www.scientific.net/AMM.568-570.180

Paper Titles

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Analysis of Energy Loss-Gain Error in Discrete Fourier Transform
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Analysis of the Impact on Doppler Frequency Shift of the Signal Caused by Receiver’s High Dynamic Environment
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Analysis of Tracking Performance about DS/FH TT&C Based on Ambiguity Function
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Balanced Biorthogonal Multiwavelet with Symmetric/Antisymmetric Filter Banks
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Comments on Errors of DFT Spectrum
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Design and Implementation of a High-Speed LVDS Data Acquisition System Based on Virtex-5 FPGA
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Detection of Earth’s Free Oscillations Stimulated by the Mw8.3 Okhotsk Sea Earthquake in 2013 Based on Observational Data of Water-Tube Tiltmeters in Shaanxi Province
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 568-570Analysis of Tracking Performance about DS/FH TT&C...

Analysis of Tracking Performance about DS/FH TT&C Based on Ambiguity Function

Abstract:

After introducing the ambiguity function theory of radar analysis, wideband ambiguity function about Direct Spread/Frequency Hopping (DS/FH) signal is derived out in this paper. From the point of signal simulation ambiguity figure, the tracking performance is studied and analyzed, that includes ambiguity character and signal resolution under the influence of frequency switching time and phase discontinuous. Conclusion shows the following design difficulty based on feasibility in DS/FH TT&C.