Mathematical modeling and simulation of a rectangular pulse transceiver operating in the discrete-time domain
Abstract
Introduction/purpose: The paper presents the theory and design issues of a discrete-time communication system used for discrete-time pulse transmission with and without filtering. Signals are analyzed in both the time domain and the frequency domain.
Methods: The system is theoretically analyzed using block schematics expressed in terms of mathematic operators and the system simulation is performed to confirm the theoretical findings.
Results: Discrete-time signals are presented in the time domain and the frequency domain as well as confirmed by a simulation designed in Matlab.
Conclusion: The results of the paper contribute to the theoretical modeling and design of modern discrete communication systems.
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