Wireless channel characteristic comprehensive information fusion method

Abstract

A wireless channel characteristic comprehensive information fusion method includes the steps of characteristic extraction, information entropy calculation, low entropy elimination, key negotiation and staggered fusion. Characteristic extraction is used for obtaining three types of wireless channel characteristic values, namely, the strength, the phase and the Doppler frequency shift of a received signal, from a wireless communication system. Information entropy calculation is used for estimating the information amounts of the three types of wireless channel characteristic values. Low entropy elimination is used for deleting the wireless channel characteristic values lower than a certain threshold value and conducting key negotiation on the wireless channel characteristic values conforming to the conditions. Key negotiation is used for generating symmetric keys through the wireless channel characteristic values. Staggered fusion is used for arraying the keys generated through the different channel characteristic values in a staggered mode and generating a final key. By means of the method, the aim of generating the symmetric keys through the various types of wireless channel characteristics together is achieved, the high key generation capacity, the high key security and the high environment adaption capacity are provided, and the development of the next generation of symmetric key technology is powerfully supported.

Description

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AI Technical Summary

Benefits of technology

The present in this new method uses 3 kinds of radio channels (wireless) that have specific features for generating asymmetric keys. This allows for faster key generations by combining these techniques together while also providing better protection against attacks from man-involved adversaries or other threat agents. Additionally, it suggests using various forms of communication devices like smartphones or tablets instead of traditional methods such as passwords or biometric authentication systems. Overall, this innovative approach enhances secure encryption protocols based on multi-channel data transmission technologies.

Problems solved by technology

Technological Problems In this patented technical problem addressed in this patents include slow changes in the quality or directionality of signals caused by changing channels due to factors like rain attenuation or atmospheric turbulence that affect how well an antenna's reception occurs over different environments (temperature). These issues make it difficult to create symmetrically distributed secret keys with high reliance against interference attacks.

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