An ECG signal simulation system

Abstract

The invention discloses an electrocardiographic signal simulation system. The electrocardiographic signal simulation system includes a data processing module, an electrical signal analysis module and a result display module. The data processing module includes a heart rate monitoring module and P, Q, R, S , T value calculation module, the electrical signal analysis module includes a normal electrical signal analysis module and an abnormal electrical signal analysis module, the result display module includes a user registration module, a normal ECG analysis module, an abnormal ECG analysis module and a work evaluation module; Invention of arrhythmia detection by remote access to ECG diagnosis via the Internet is very effective and beneficial for both physicians and patients, this service promotes the feasibility of remote home care service centers and establishes nurses and professional doctors when abnormalities are found in patients the relationship between.

Description

technical field [0001] The invention belongs to the technical field of electrocardiogram analysis, in particular to an electrocardiogram simulation system. Background technique [0002] Electrocardiogram (ECG or EKG) is a technology that uses an electrocardiogram machine to record the electrical activity changes generated by each cardiac cycle of the heart from the body surface. Any defect or change in the shape of the QRS complex becomes particularly important to detect arrhythmias, and ECG changes can provide important clues to the occurrence of syncope and can also identify cardiac disease. [0003] Currently, clinicians and biomedical engineers who study cardiology are regularly trained to interpret ECG signals for this purpose. Research in cardiology has advanced the widespread use of computer-assisted learning tools in medical and biomedical engineering education, especially in the analysis of physiological data. Significant development, followed by a remote monitorin...

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Problems solved by technology

[0003] Currently, clinicians and biomedical engineers who study cardiology are regularly trained to interpret ECG signals for this purpose. Research in cardiology has advanced the widespread use of computer-assisted learning tools in medical and biomedical engineering education, especially in the analysis of physiological data. Significant development, followed by a remote monitoring system for real-time analysis of ECG signals; this system utilizes network infrastructure (FTP server) to remotely monitor equipment to access rapid diagnosis, thereby transmitting patient data to the server, and clinicians can Use the proposed system to view data on any client computer, but its use cost is very expensive, it is not suitable for the learning and operation of ordinary students and researchers, and it has certain requirements for the operation object and scope, while the existing ECG analysis is generally deployed in In the laboratory, students need to conduct experiments in the laboratory to improve their skills in solving practical problems. Therefore, the laboratory has become a necessary support for the learning of undergraduates and researchers. Once the students leave the laboratory, it is difficult to carry out related skills. study

Although there is a remote monitoring system that can be used for real-time analysis of ECG signals, it is used for clinicians and their related staff, and the cost of use is high, and it is not suitable for students' academic learning, so it is necessary Develop a new type of ECG simulation system that supports both laboratory and remote use, and has a low cost of use

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