Processing method and system of quantized fingerprint spectrum of spectrum, medium and application

Abstract

The invention belongs to the technical field of spectrum processing, and discloses a processing method and system of a quantized fingerprint spectrum of a spectrum, a medium and application of the quantized fingerprint spectrum of the spectrum. Quantum fingerprint transformation is carried out on continuous spectrum signal points or non-separation chromatographic signal points by adopting an interval erasing method, a feature degeneration method, a fixed-point merging method and an intelligent quantizing method; and linear or rod-like quantum fingerprints for spectral or non-separation chromatography are obtained, the information is merged and stored on the quantum fingerprint peak points obtained by merging, and overall qualitative and overall quantitative calculation of the quantum fingerprints can be performed according to the obtained quantum fingerprint peak information in combination with fingerprint software, so that the quantum fingerprints can be used for an evaluated target entity. According to the invention, a continuous spectrum and a non-separation chromatography can be converted into a linear or rod-shaped quantized fingerprint spectrum mode; and meanwhile, a chromatogram, a chromatogram with incomplete separation and other continuous physical signals, electrochemical fingerprints and continuous time signal curves which can represent the content or activity of substances can be converted into linear or rod-shaped quantized fingerprints.

Description

technical field [0001] The invention belongs to the technical field of spectrum processing, and in particular relates to a processing method, system, medium and application of quantized fingerprints of spectra. Background technique [0002] Currently: Molecular weight, refractive index, emission of an analyte sample to electromagnetic radiation of different energies when measured with a suitable detector at specific temperature, pH, viscosity, molecular or ionic properties of the analyte in the medium, and volatility The properties of the analyte molecule are known when the analyte's energy and absorption properties, as well as its polarity, are understood, which in turn explains the energy of the analyte and its functional relationship to specific electromagnetic or electrical properties. When the molecular weight of a molecule of particular polarity and structure is used to analyze its absorption and emission properties for any electromagnetic radiation, under varying phys...

AI Technical Summary

Problems solved by technology

This kind of transformation has not been implemented in the existing computer software, including various analytical instruments at home and abroad, which cannot realize this technology, making it impossible to use the test data and obtain useful evaluation information.

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