As one of the most important equipments in basic scientific research, the application range has been continuously expanded with the progress of our society, and its application in the medical field has become more and more extensive.
Sensors are used in a wide range of applications in our homes, automated production in industrial life, and are used in smartphone-related functions, and today they are used more widely in medical applications.
With the development of technology, wireless medical sensor nodes are gradually developing in the direction of multi-parameter, intelligent, miniaturization and low power consumption, and wireless sensor networks will gradually be applied to the medical field. The development and establishment of intelligent ward and community monitoring systems is the trend of medical development at home and abroad.
The medical sensor node and the monitoring base station form a personal/home or ward wireless sensor network, and multiple such networks can form a community or an entire hospital monitoring network, or even a larger range of telemedicine monitoring systems. First, the medical sensor node collects physiological parameters of the human body, and after the simple processing of the collected parameters, the data is transmitted to the base station directly or indirectly hop by hop by means of wireless communication. The monitoring base station further processes the data and forwards it to the monitoring center. The monitoring center performs analysis and processing, and timely feedbacks the patient. The monitoring center can also use a variety of methods (Internet, mobile communication network, etc.) for remote data transmission and share information with other monitoring centers.
According to ABI's survey data, about 30 million wireless wearable health sensors were used in medical electronics in 2012, a 37% increase from 2011.
Between 2011 and 2017, the market for wearable sensors will grow at an annual rate of 41%. In 2017, the number of wearable sensors will reach 169 million. The figure of 20.77 million in 2011 to 30 million in 2012 is only slightly lower than the ABI forecast in February.
Now, the annual growth rate will be below 40%, and the number of wearable sensors will reach 160 million in 2017. This slight adjustment is not due to a reduction in the market for wearable sensors for health, but the market for health is still increasing, and the reduction in quantity is due to the fact that medical applications are actually less than expected.
The agency predicts that in 2017, 60% of these sold devices will be used for fitness monitoring, 23% for elderly health monitoring devices, 7% for remote patient monitoring, and the remaining 7% for medical care monitoring.
As one of the most important equipments in basic scientific research, the application range has been continuously expanded with the progress of our society, and its application in the medical field has become more and more extensive.
Sensors are used in a wide range of applications in our homes, automated production in industrial life, and are used in smartphone-related functions, and today they are used more widely in medical applications.
With the development of technology, wireless medical sensor nodes are gradually developing in the direction of multi-parameter, intelligent, miniaturization and low power consumption, and wireless sensor networks will gradually be applied to the medical field. The development and establishment of intelligent ward and community monitoring systems is the trend of medical development at home and abroad.
The medical sensor node and the monitoring base station form a personal/home or ward wireless sensor network, and multiple such networks can form a community or an entire hospital monitoring network, or even a larger range of telemedicine monitoring systems. First, the medical sensor node collects physiological parameters of the human body, and after the simple processing of the collected parameters, the data is transmitted to the base station directly or indirectly hop by hop by means of wireless communication. The monitoring base station further processes the data and forwards it to the monitoring center. The monitoring center performs analysis and processing, and timely feedbacks the patient. The monitoring center can also use a variety of methods (Internet, mobile communication network, etc.) for remote data transmission and share information with other monitoring centers.
According to ABI's survey data, about 30 million wireless wearable health sensors were used in medical electronics in 2012, a 37% increase from 2011.
Between 2011 and 2017, the market for wearable sensors will grow at an annual rate of 41%. In 2017, the number of wearable sensors will reach 169 million. The figure of 20.77 million in 2011 to 30 million in 2012 is only slightly lower than the ABI forecast in February.
Now, the annual growth rate will be below 40%, and the number of wearable sensors will reach 160 million in 2017. This slight adjustment is not due to a reduction in the market for wearable sensors for health, but the market for health is still increasing, and the reduction in quantity is due to the fact that medical applications are actually less than expected.
The agency predicts that in 2017, 60% of these sold devices will be used for fitness monitoring, 23% for elderly health monitoring devices, 7% for remote patient monitoring, and the remaining 7% for medical care monitoring.
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