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Mobile health monitoring technology has the potential to bring a doctor’s office to the patient’s smartphone. In this context, we consider an end-to-end soft real-time out-ofhospital use-case that concerns transmission of patient ECG data from ST BodyGateway pulse sensor via an Android device (Patient App) to a Cloud server for ECG analysis and annotation and then to another Android device (Doctor...
This paper designs and implements a software system for myocardial ischemia monitoring based on Android. This system consisted of client and server. The client consisted of inquire part, service part, report part and person center part. The server consisted of heart rate calculation, cardiodynamicsgram (CDG) calculation and data storage. Uploading the electrocardiography(ECG) data from client, using...
A mobile medical monitoring system based on s-martphone is proposed in this paper. The system can collect patient's physiological data by portable device and send them to patients' smartphone. Their smartphones will enlarge the data by uploading them to remote database, so that doctor and patient's family can access to the data far away and monitor patient's health condition. Furthermore, APP in smartphone...
Some factors that have increased cardiovascular incidents are sedentary lifestyle, poor eating habits, smoking, stress; hence the importance of continuously monitor cardiac activity in people. This research proposes the implementation of a wireless system to monitor the heart allowing visualization of the electrocardiogram (ECG) on a mobile device via Bluetooth (BT) technology and Arduino UNO board...
ECG is one of the most popular fields in biosignals research. There are many studies conducted to develop an ECG instrument, both in hardware development and software development. One of the most recent trends is the development of remote monitoring of ECG signal using wireless technology. In this paper, we presented design, development, and implementation of our preliminary research about wireless...
In this paper, a wireless system for human heart monitoring/Electrocardiograph (ECG) based on Android Smartphones was proposed. The Cardiac signals was recorded from three electrodes and attached to a subject's body that connected to the ECG amplifier module. In this module, the signals were pre-prosessed and sending the result to the smartphone via Bluetooth. Next step, the result of signals stored...
Treating patients in remote areas in emergency condition are critical task and hence a continuous monitor system is essential for doctors to treat them when they are in need. This system can be used for more than one patient at a time. A patient monitoring system can be developed with the advantages of network technology and multiple sensor fusion technology along with the combination of Smartphone...
Evaluating mobile and desktop applications from usability aspects is becoming trending as the usage of electronic devices increases every day. Both user loyalty and usage efficiency are key factors in developing successful applications, given the wide variety of the market. An affordable and portable monitoring environment for desktop and mobile platforms could fulfill the specific needs of user experience...
In day care for a driver, continuous ECG (electrocardiogram) monitoring is required because symptoms of cardiac arrhythmia and hypoxia can occur unexpectedly. To enhance care service and quality for a driver, this study proposed a real-time ECG monitoring system of transmitting ECG signals to Android mobile phones or tablets through Bluetooth transmission in vehicles. These signals are then uploaded...
This paperwork describes the development and test of circuitry and software to enable the use of Android mobile phones equipped with Bluetooth to receive the incoming electrocardiogram (ECG) signal from a user and show it in real-time on the cell phone screen. The system comprises three distinct subsystems. The first one is dedicated to condition the analog ECG signal, preparing it for conversion...
The heart is a vital organ that needs to be monitored periodically by everyone, including athletes and heart patients. Heart condition of an athlete requires special attention to keep his/her stamina and performance, however monitoring the heart signal during athlete activity is challenge to be solved. In this research, we developed a mini wearable ECG device and real time arrhythmia detection based...
Apply telemetry in biomedical signal monitoring allows to control parameters continuously patients preventing future health complications and increasing the efficiency of the medical staff, through these systems, can serve more patients at a time. This article discusses the importance of telemetry in biomedical signal monitoring and designing a prototype with a Bluetooth transmission module electrocardiographic...
The main objective of this paper is to provide a excelling provision to hospitalization for patients and mainly for physician who are enable to supervise their patients at the right time in the hospital itself. The benefits of these efforts is presented, which followed by successful studies in acquiring different signals like temperature, ECG from healthy persons by using BIO-PAC system which is for...
The continuous monitoring of patients' vital parameters during recovery, essential in critical situations, is usually performed by dedicated supervision equipments and specialized personnel. For non-critical situations, to reduce the hospitalization and personnel expenses, patient rehabilitation can take place at home, supported by portable devices for vital parameter monitoring. Usually, such devices...
The incidence of cardiovascular diseases is rising, so more people are requiring cardiac services. The private service is very expensive; hence the public health sector capacity is exceeded to accomplish this demand. A proposal to solve this problem is the implementation of a wireless network based on Bluetooth (BT) for recording, monitoring and analysis of electrocardiographic signals (ECG). Three...
This article describes implementation of the DHSRM mobile application interfaced with a hardware Data Logger fitted on board of a vehicle. The Data Logger gathers data from sensors located in the vehicle and on the driver's body. The application is designed to monitor the quality of acquired signals in real time and dramatically shorten the time to estimate the driver's health status, including his/her...
With the rapid development of Wireless Sensors Network (WSN) technology, together with its growing market due to the variety of applications in which this technology can be used, sensors are now available at very cheap prices, and relatively high quality. The medical field among other fields is one of the most promising fields in which sensors technology is undergoing great improvements. With the...
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