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摘要

In the quantum motherboard receives a quantum random number from a quantum random number generator to generate a symmetric encryption key, and generates an asymmetric encryption key by encrypting the symmetric encryption key with a pseudo-random number generated from the pseudo-random number generator, The quantum motherboard receives a random quantum random number from a quantum random number generator and uses a three-dimensional matrix function ( ), and the quantum motherboard generates MAC address data ( ) To the symmetric encryption key ( A hash function ( ), and the quantum motherboard generates PUF PIN data ( ) To the symmetric encryption key ( A hash function ( ), and the quantum motherboard generates TIME data ( ) To the symmetric encryption key ( A hash function ( ) To generate the Z coordinate value. Quantum motherboard compares the X-coordinate value and Y-coordinate value of the hash function through a pseudo-random number generator, and binarizes the X-coordinate value to 1 if it is greater than the Y-coordinate data value and 0 if it is smaller, and uses an asymmetric encryption key including TIME data It is characterized by generating.