Health is one of the global challenges for humanity. In the past ten years, health care has attracted considerable attention. The primary goal is to establish and monitor the pediatric medical staff who has not been admitted, the pediatric monitoring system, and reliable to carry out their normal daily life activities. Recently, the pediatric monitoring system is one of the significant advances of the improved technology. Currently, a modern way has been required. The critical role that experts traditionally play in health care. Need to visit the pediatric ward for infectious diseases and advice necessary. There are two fundamental problems associated with this approach. Second, the child is still admitted to the hospital with bedside biomedical equipment for some time, and first, medical staff must be present at all times on the pediatric website. To solve these two problems, the pediatric department provides knowledge and information on preventing infections and diseases. Second, there is a need for a reliable, easily accessible Pediatric Surveillance System (PMS). To improve the above situation, it can use technology in smarter ways. In recent years, along with the Raspberry Pi, medical sensors have played a significant role. The wearable sensor monitors the contact between the human body and his or her physiological parameters. Today, buy various sensors in the market, such as Electrocardiography (ECG) sensors, temperature sensors, pulse monitors, etc. The cost of the sensor varies in flexibility and accuracy, depending on its size.

健康是人类面临的全球挑战之一。在过去的十年中，医疗保健引起了相当大的关注。主要目标是建立和监视尚未入院的儿科医务人员，儿科监测系统，并可靠地开展其正常的日常生活活动。最近，儿科监测系统是改进技术的重要进步之一。当前，需要现代方式。传统上，专家在医疗保健中起着至关重要的作用。需要去儿科病房寻求传染病和必要的建议。这种方法有两个基本问题。其次，孩子仍然需要使用床边的生物医学设备入院一段时间，首先，必须在儿科网站上始终有医护人员在场。为了解决这两个问题，儿科提供了有关预防感染和疾病的知识和信息。第二，需要一种可靠的，易于使用的小儿监护系统（PMS）。为了改善上述情况，它可以更智能地使用技术。近年来，与Raspberry Pi一起，医疗传感器发挥了重要作用。可穿戴式传感器监视人体及其生理参数之间的接触。今天，在市场上购买各种传感器，例如心电图（ECG）传感器，温度传感器，脉搏监测器等。传感器的成本在灵活性和准确性上会有所不同，具体取决于其尺寸。需要一种可靠，易于使用的小儿监护系统（PMS）。为了改善上述情况，它可以更智能地使用技术。近年来，与Raspberry Pi一起，医疗传感器发挥了重要作用。可穿戴式传感器监视人体及其生理参数之间的接触。如今，在市场上购买各种传感器，例如心电图（ECG）传感器，温度传感器，脉冲监视器等。该传感器的成本在灵活性和准确性方面有所不同，具体取决于其尺寸。需要一种可靠，易于使用的小儿监护系统（PMS）。为了改善上述情况，它可以更智能地使用技术。近年来，与Raspberry Pi一起，医疗传感器发挥了重要作用。可穿戴式传感器监视人体及其生理参数之间的接触。今天，在市场上购买各种传感器，例如心电图（ECG）传感器，温度传感器，脉搏监测器等。传感器的成本在灵活性和准确性上会有所不同，具体取决于其尺寸。可穿戴式传感器监视人体及其生理参数之间的接触。如今，在市场上购买各种传感器，例如心电图（ECG）传感器，温度传感器，脉冲监视器等。该传感器的成本在灵活性和准确性方面有所不同，具体取决于其尺寸。可穿戴式传感器监视人体及其生理参数之间的接触。今天，在市场上购买各种传感器，例如心电图（ECG）传感器，温度传感器，脉搏监测器等。传感器的成本在灵活性和准确性上会有所不同，具体取决于其尺寸。