In recent years, wireless sensor networks have found many applications in medical systems and health care, such as monitoring various physiological data of the human body, tracking and monitoring the actions of doctors and patients in hospitals, and drug management in hospitals. If a special-purpose sensor node, such as a heart rate and blood pressure monitoring device, is installed on an inpatient, the doctor can keep abreast of the condition of the patient being monitored and can quickly rescue the abnormal condition.
It is understood that wireless sensor network technology provides rich background information and early warning response through continuous monitoring, which is not only expected to solve this problem, but also greatly improve the quality and efficiency of medical care. The wireless sensor network integrates technologies such as microelectronics technology, embedded computing technology, modern network and wireless communication and distributed information processing, and can realize real-time information of various environments or monitoring objects through various integrated micro sensors. Monitoring, perception and acquisition. It is currently one of the leading hotspots in the international arena, involving multidisciplinary high-level intersections and highly integrated knowledge.
It is understood that these computers can even be used for medical research. Scientists have used wireless sensors to create a “smart medical home,†a five-bedroom apartment home that uses human research projects to test concepts and prototypes. “Smart Healthcare Home†uses dust to measure important signs of occupants (blood pressure, pulse and breathing), sleeping posture, and activity 24 hours a day. The data collected will be used for future medical research. By embedding network sensors in equipment such as shoes, furniture, and household appliances, you can help the elderly, seriously ill, and disabled families. The use of sensor networks can efficiently deliver the necessary information to facilitate care, and can reduce the burden on caregivers and improve the quality of care. The use of sensor networks for long-term collection of human physiological data can speed up the process of developing new drugs, and the micro-sensors installed on the monitored objects will not bring too much inconvenience to people's normal life. In addition, it has novel and unique applications in many aspects such as drug management.
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