Exhibition stand for displaying quantum key distribution in network security

Abstract

The invention discloses an exhibition stand for displaying quantum key distribution in network security, and relates to the technical field of network security knowledge display equipment. The exhibition stand comprises a display device arranged at the upper part and a stand body device arranged at the lower part; the stand body device comprises a hollow mounting stand, and the center of the top of the mounting stand is concave to form a display groove; a distribution display pipeline penetrating through the whole display groove is arranged on the display groove, a motion distribution assemblyis arranged in the mounting table, the motion distribution assembly comprises multiple information elements, and the motion distribution assembly can drive the multiple information elements to penetrate through the interior of the distribution display pipeline; wherein the display groove divides the top of the mounting table into a left interaction platform located on the left side and a right interaction platform located on the right side, a left interaction module is arranged on the top of the left interaction platform, and a right interaction module is arranged on the top of the right interaction platform. The method has the advantages of vivid display, high sense of participation of the user and improvement of learning interest of the user.

Description

technical field [0001] The invention relates to the technical field of network security knowledge display equipment, in particular to a booth for displaying quantum key distribution in network security. Background technique [0002] In network information security, quantum key distribution is a key content, which mainly uses the characteristics of quantum mechanics to ensure communication security, so that both parties in communication can generate and share a random and secure key to encrypt and To decrypt messages, one of the most important and unique properties of quantum key distribution is that if a third party tries to eavesdrop on the cipher, both communicating parties will be aware. This property is based on a fundamental principle of quantum mechanics: Any measurement of a quantum system creates a disturbance in the system. For a third party to attempt to eavesdrop on a password, it must be measured in some way, and those measurements will introduce perceptible ano...

AI Technical Summary

Problems solved by technology

A third party trying to eavesdrop on the password has to measure it in some way, and those measurements introduce perceptible anomalies

But for the general public, quantum key distribution is still a boring and cumbersome technical content. How to vividly display the quantum key distribution process, improve the public's interest in learning, and enjoy the satisfaction brought by new technologies is the key Field technicians need research direction

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