Recognition algorithm for radial artery waveform data

Abstract

The invention belongs to the technical field of data comparison, specifically discloses a recognition algorithm for radial artery waveform data. The recognition algorithm for the radial artery waveform data comprises the following specific steps: S1, data acquisition, S2, data comparison, S3, data screening, and S4, data display. According to the algorithm, in the pulse taking process, pulse beating amplitude and beating frequency are subjected to pulse condition fluctuation diagram comparison through a pulse condition acquisition device to obtain a similar comparison sample, so that initial understanding of a patient on own symptom can be improved; and after the pulse condition comparison, reference of a doctor can be improved, the problem that a lot of energy needs to be consumed when pulse is taken from the beginning and disease condition comparison is performed, the degree of labor can be reduced, and the algorithm is mainly used for reference to facilitate guidance of the patient,avoid no-reason worry caused by excessive anxiety, plays a role in aforehand reference of the doctor, narrows the judgment scope, improves the judgment speed, reduces the consumed energy, and facilitates judgment of common symptoms.

Description

technical field [0001] The invention relates to the technical field of data comparison, in particular to a radial artery waveform data recognition algorithm. Background technique [0002] Pulse condition refers to the speed, strength, and depth of the pulse. Pulse condition is a term in traditional Chinese medicine, which refers to the image and dynamics of the pulse, and is one of the basis of syndrome differentiation in traditional Chinese medicine. The elements of pulse condition refer to the basic components of pulse condition, including four aspects: position, number, shape, and potential. It refers to the image and dynamics of the pulse, which is one of the basis of syndrome differentiation in traditional Chinese medicine. It is generally divided into four categories: floating, sinking, late, and counting. With the development of science and technology, people's emphasis on self-health and the improvement of health care concepts, medical automation equipment needs to...

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Problems solved by technology

[0003] The purpose of the present invention is to provide a radial artery waveform data recognition algorithm to solve the problem that the existing artificial pulse number proposed in the above background technology, as time goes by, the problem of the decline in diagnosis speed and the decline in diagnosis accuracy caused by the fatigue of doctors

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