Intelligent diagnosis platform for laryngeal diseases

Abstract

The invention relates to an intelligent diagnosis platform for laryngeal diseases, and the platform comprises a waveform recording mechanism attached to the throat of a patient with laryngeal diseases and used for collecting a throat sound signal within a preset time length, network running equipment used for running a feed-forward neural network after completing content input operation of inputting binary coded data into an input layer of the feed-forward neural network so as to obtain output data of an output layer of the feed-forward neural network, and network processing equipment used for sending the feedforward neural network trained by the network processing equipment to the network operation equipment, wherein the output data of the output layer of the feed-forward neural network is of a patient disease type. The intelligent laryngeal disease diagnosis platform is intelligent in control and wide in application. The artificial intelligence mode can be adopted to carry out on-site identification on the type of the current laryngeal disease of the patient suffering from the laryngeal disease, so that a tedious and tedious laryngeal disease diagnosis process is omitted.

Description

technical field [0001] The invention relates to the field of laryngeal disease monitoring, and more specifically, to an intelligent diagnosis platform for laryngeal diseases. Background technique [0002] Throat, generally refers to the throat cavity. Synonymous with "throat", it is the part in the laryngeal cavity and on the trachea, which is the main channel of breathing. [0003] The structure of mammalian larynx is perfect. The larynx is the enlarged part of the front end of the trachea, which is not only the passage of breathing, but also the organ of pronunciation. The larynx is composed of cartilage, ligaments, muscles and mucous membranes. The entrance of the larynx is called the larynx. The perineal cartilage on the ventral front of the laryngeal wall can cover the larynx when swallowing. Food and water enter the esophagus through the perineum to prevent food and water from entering the trachea. The larynx is usually open, which is the portal for air to enter an...

AI Technical Summary

Problems solved by technology

[0005] In the prior art, in order to avoid misdiagnosis, when a patient goes to the hospital for self-examination that he suffers from throat-related diseases, the general hospital requires the patient to go through the complex and cumbersome process of registration, filming, re-registration, and diagnosis. On the one hand, it will delay the disease and increase the pain of the patient; on the other hand, it is too dependent on manual experience and the level of intelligence is not high

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