Data coding method based on four-value logic circuit

Abstract

The invention relates to a data coding method based on a four value logic circuit, and belongs to the technical field of digital circuits. By the data coding method, 2n n-digit binary numbers can be generated. Specifically, 2n registers are used in the method. Under the action of a synchronous clock, to-be-output 2n n-digit binary numbers are set to be paralleled to the corresponding registers according to input and output formulas to obtain 2n n-digit binary integers. The data coding method having the advantage of high parallelism is a basis of research on integrated-circuit based molecular computers.

Description

technical field [0001] The invention relates to a data decoding method based on a four-valued logic circuit, belonging to the technical field of digital circuits. Background technique [0002] The working principle of the data decoding method based on the four-value logic circuit and the corresponding array operator is similar to the principle of molecular computing. Molecular computing uses DNA encoded by bases (A, T, C, G) as "data", and DNA biochemical reactions As "computation", the DNA before the reaction is used as the "input" of the question, and the DNA after the reaction is the "output", after the "operation" of polynomial time, the "answer" is finally obtained and read out. [0003] Molecular computing is a space-based processing model, which can generate, process and store exponential data at the same time through efficient information encoding and huge parallel storage and processing systems, and realize exponentially accelerated calculation and time-space comple...

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Problems solved by technology

[0005] As the carrier of information, DNA has a large storage capacity, but the DNA in the container is not easy to control, and the DNA chain cannot be reused after use

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