Paper Title
A Web Based Smart ECG Measurement System

Heart patients constantly for opportunities monitoring is possible via their health state at home Telemedicine applications means. The fact is, today, portable and a preliminary household received a diagnosis used to allow an easy-to- equipment Heart conditions. In this paper, the authors present an initial ECG estimation system founded on web-service- oriented architecture to supervise the heart wellbeing of cardiac patients. An ECG sensor has the task to come by, status, and sample the heart electric impulses, while a personal digital aide (PDA) performs the diagnosis according to the measurement doubt and, in case of a critical situation, calls the health employees. The scheme has two removable and updatable remember mechanisms: the first mechanism stores a patient's clinical and personal data, and another memory device stores data on metrological measurement system. To provide an approximate system intelligent patient-Adaptive planning expert personalized personal facts and figures and oversight identified by the use of clinical history of persevering. In the event of a distortion in the presence of Emergency service calls for the system to process this way, personal data and information, the persevering chronicled measurement plan to configure the same computing algorithm as a reference by choosing fit best ECG form adapts. Estimate the parameters, performance and further uncertainty data store, Bunny by the proposed system for Web pages send a faulty diagnosis to reduce the occurrence of ultimate reliability of clinical response are used to specify read. Also, at the request of doctor ECG webpage send SMS on the plot. Keywords— Biomedical equipment, electrocardiography, fault tolerance, measurement, measurement uncertainty, medical diagnosis.