Waveform generation method of biomedicine signals and device

Abstract

The invention discloses a waveform generation method of biomedicine signals and a device. The device comprises a calculating module, a memory module, a display module and a waveform generation and control module; wherein the waveform generation and control module comprises a test signal generation module, a test plan generation module and a signal waveform output module; wherein the test signal generation module provides user selection basic signal types, adjusts parameters and descriptions and generates test signals; the test plan generation module provides user selection test signals, adjusts time sequences and descriptions of testing procedures and generates test plans; the signal waveform output module carries out digital operation on the test signals or the test plans to obtain waveform amplitude data and description information, carries out digital-to-analog conversion on the waveform amplitude data, outputs waveform diagrammatic presentation and simultaneously outputs waveform display or description display. The waveform generation device of the invention can output random biomedicine waveform signals according to the needs of the users so as to meet more extensive needs of the users.

Description

technical field [0001] The present invention relates to a waveform generation method and equipment in signal processing technology, in particular to a waveform generation method for outputting arbitrary signal waveforms from test signals and a series of analog outputs for various biomedical signals from test steps, and using The method generates a waveform of a biomedical signal device. Background technique [0002] Biomedical signal refers to the physical quantity whose signal amplitude can change with time and contains biomedical related information. Biomedical signal waveform generation equipment is used to simulate natural signals generated by organisms and generate biomedical waveforms required for applications. It is necessary for biomedical-related production, research, teaching and testing, and is widely used in various measurement and testing Units, production enterprises, scientific research units, educational institutions and other units. [0003] At present, th...

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Problems solved by technology

[0010] The present invention proposes a waveform generation method and equipment for biomedical signals. By providing users with the ability to select and define test signals and test schemes to achieve editable output waveforms, the current waveform generation equipment only has limited types of signal waveform output and cannot meet the actual requirements. Technical issues with complex and changing requirements

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