Abstract
This paper designs a simulation experiment model of the overall structure of time-division multiplexing digital optimal frequency band transmission system based on MATLAB simulation platform. The parameters of each module in the simulation model are set. The working process and performance of the time-division multiplexing digital optimal band transmission system are simulated. The simulation results show that the digital optimal band transmission system achieves the best transmission receiving conditions and performance, and the designed time-division multiplexing optimal digital band transmission simulation system achieves its functions. The research in this paper will help to improve the level of digital communication technology and to understand the structure of time-division multiplexing digital optimal band transmission system.
Highlights
With the rapid development of Global Science and Technology, the development of digital communication is more and more rapid
This paper designs a simulation experiment model of the overall structure of time-division multiplexing digital optimal frequency band transmission system based on MATLAB simulation platform
We use MATLAB [1] [2] to build the simulation system of the time-division multiplexing digital optimal frequency band transmission system, with the help of the simulation design and analysis of the time-division multiplexing digital optimal frequency band transmission system, so that we deeply understand the theoretical knowledge of communication technology, and master the use of development simulation platform
Summary
With the rapid development of Global Science and Technology, the development of digital communication is more and more rapid. The actual digital communication system is a time-division multiplexing digital frequency band transmission system with the characteristics of large transmission capacity, eliminating inter-symbol interference and achieving optimal reception (maximum output signal-to-noise ratio). We use MATLAB [1] [2] to build the simulation system of the time-division multiplexing digital optimal frequency band transmission system, with the help of the simulation design and analysis of the time-division multiplexing digital optimal frequency band transmission system, so that we deeply understand the theoretical knowledge of communication technology, and master the use of development simulation platform. The experimental simulation analysis platform for the establishment of a complete structural and comprehensive functions time division multiplexed digital optimal band transmission system is the purpose of this study, and the experimental simulation platform can verify the realistic communication technology. The simulation platform can save resources, shorten the time cycle and reduce the development cost in the research and development of real communication system, which will lay a foundation for the future research and development of communication system
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