This current research work consists of the development of a new e-health application for the patients that have a cardiac problem and use a pacemaker. It allows: (1) heartbeat measure, (2) blood pressure surveillance, and (3) oxygen consumption surveillance. The main goal of our application is to assist the patients that have a pacemaker at any time and at any place. An IoT application based on remote sensing architecture is developed to avoid any critical state for the patients with pacemaker when catastrophe happened at any time and to react immediately. The different implemented sensor will transfer data from the patient’s body to the cloud API. Then, the different patients will be under permanent control and efficient monitor in smart environment. This solution is proposed for the well-being of each cardiac patient since that the doctor can know from the gathered data if everything is under control or not. If the heart does not beat regularly or the patient has trouble breathing, the responsible doctor and the patient in question will be alerted automatically. The Iot application is implemented and a real-simulations are done to highlight the importance of our e-health remote sensing-based application.

当前的研究工作包括为患有心脏疾病并使用起搏器的患者开发新的电子医疗应用程序。它允许：（1）心跳测量，（2）血压监测和（3）耗氧量监测。我们应用程序的主要目标是在任何时间，任何地点为有起搏器的患者提供帮助。开发了一种基于遥感架构的物联网应用程序，以免在任何时候发生灾难时对起搏器患者避免任何紧急状态并立即做出反应。不同的实现传感器将数据从患者身体传输到云API。然后，将在智能环境中对不同患者进行永久控制和有效监控。提出该解决方案是为了使每个心脏病患者的身心健康，因为医生可以从收集的数据中了解一切是否处于受控状态。如果心脏不规则跳动或患者呼吸困难，将自动向负责的医生和相关患者发出警报。实现了物联网应用程序，并进行了真实模拟，以突出我们基于电子医疗遥感的应用程序的重要性。