JUSTIFICATION OF SEQUENTIAL SIGNAL MODEL FOR COMMUNICATION SYSTEM
State Scientific-Research Institute of Applied Problems, St. Petersburg ; Senior Scientist
E. V. Kazakov
State Scientific-Research Institute of Applied Problems, St. Petersburg; Head of the Laboratory
A. A. Ustinov
State Scientific-Research Institute of Applied Problems, St. Petersburg; Professor, Leading Scientist
A. P. Chikhonadskikh
State Scientific-Research Institute of Applied Problems, St. Petersburg ; Senior Scientist, Head of the Center
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Abstract. Models of sequential signal generated on the base of ultra-short pulses and used in communication systems are studied. The choice of parameters to provide the best possible distribution of spectral energy density is justified. A comparative analysis of the spectral properties of the synthesized signals and Manchester pulses is performed.
Keywords:
communication system, sequential signal, spectral distribution.
