An electromagnetic wave analog digital advanced transmission system and its transmission method

Abstract

The invention discloses an electromagnetic wave analog digital high-ary transmission system and a transmission method thereof. The system consists of a data protocol establishment module, a binary data and high-ary data analog conversion module, a high-ary data distribution electromagnetic band module and a wide-band electromagnetic wave Composed of transmitting and receiving modules. The binary data and high-ary data simulation conversion module includes a first instruction storage unit, a data analysis unit, and a data addition and subtraction output unit. The high-ary data distribution electromagnetic band module includes a second instruction storage unit, a high-ary code storage unit, an electromagnetic band data corresponding code storage unit, and a comparison data input and output unit. Divide the computer binary data into equal parts and convert it into ternary or higher simulated high-ary data, and use the electromagnetic band paired with the simulated high-ary data to emit with the shortest number of oscillation cycles; then reversely decode and restore it to binary data. The invention has small data signal interference, low energy consumption, large data transmission volume and strong security.

Description

technical field [0001] The invention relates to the field of electromagnetic wave transmission data, in particular to an electromagnetic wave analog digital advanced transmission system and a transmission method thereof. Background technique [0002] At present, all electromagnetic wave data transmission in the world is based on the frequency and amplitude changes of electromagnetic waves to simulate binary digital signals, and all transmissions are binary data. In order to increase the amount of data transmission, various electromagnetic wave data transmission methods have been invented. The most widely used method today is multi-channel concurrent data transmission, but this method and all transmission methods based on the principle of signal carrier conversion have no uniqueness in transmitting data. In a complex environment, each data receiver must first deal with useless data. Noise data can be extracted from real data. Moreover, fixed value information such as the be...

AI Technical Summary

Problems solved by technology

The most widely used method today is the multi-channel concurrent data transmission method, but this method and all transmission methods based on the principle of signal carrier conversion have no uniqueness in transmitting data. In a complex environment, each data receiver must first process useless data. Noise data to extract real data from

Moreover, for each group of sent data, fixed value information such as the data address, the beginning of the data, and the end of the data must be added, so all transmission methods and systems based on binary digital analog mode will cause greater pressure to increase the amount of data transmission.

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