Disturbed chaotic double-helix random number generator

Abstract

The invention relates to a disturbed chaotic double-helix random number generator comprising a linear feedback shift register. The disturbed chaotic double-helix random number generator is characterized by further comprising a control signal generation circuit, a capacitor array, a double-helix oscillator and a sampling quantization circuit. The linear feedback shift register is connected with the control signal generation circuit, and used for outputting a pseudorandom sequence; the control signal generation circuit is connected with the capacitor array, and used for receiving the pseudorandom sequence, generating and outputting a control signal; the capacitor array is connected with the double-helix oscillator, and used for receiving the control signal and outputting an array capacitance value; the double-helix oscillator is connected with the sampling quantization circuit, and used for receiving the array capacitance value and then outputting a chaotic signal; and the sampling quantization circuit receives the chaotic signal, converts the chaotic signal into a digital signal and outputs the digital signal.. Since the initial value of the chaos-based double-helix oscillator is sensitive and unpredictable, the chaotic double-helix oscillator can continuously oscillate and generate output without outside intervention. For the outside disturbance, the representation of the chaotic oscillator is variation of track, and the variation of track is also hard to predict for the complexity.

Description

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AI Technical Summary

Benefits of technology

This patented technology uses random numbers or other signals from an input device called a shifter (linear feed back shift register) to modify certain aspects of a bicomplex network's behavior by adding more twists on it instead of just one type of thread. By doing this, we can make things even better without having any knowledge about how these modifications are made.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving authentication systems for secure communication between devices over networks such as internet connections without compromising their privacy.

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