Design Of Smart Health Infromation Collection Terminal

With the rapid development of the wearable device, and the Internet of Things (IoT), mobile internet, cloud computing, big data processing and other cutting-edge technologies constantly updated, it has provided technical support for evolution of future city pension service and medical field. In view of the phenomenon of the current aging population, we propose a platform of smart health information collection terminal system, which gathers physiological data acquisition, data analysis and information feedback.As discussed above, we design a system based on the Tiny6410 embedded platform and multiple information collection terminal, which uses the S3C6410 processor as the control and data processing center, and uses the sensor chips as the collection terminal to achieve the collection, transmission and storage of the physiological data, and improve data transfer protocol, which is used to match more parameters of types and number of users. Besides, we also fulfill the function of video capture in our system. This function is to achieve real-time playback by using MJPEG compression, which is based on the Mjpg-streamer frame. Meanwhile, the video will be loaded to the cloud server for storage after H.264 transcoding.The results show that the system proposed in our work, can satisfy the performance of the current set of physiological data acquisition, and retains the resource space for the follow-up to add functionality. For the function of video capture in our system, we can also verify that the use of hardware resource for the collection and transmission of data and video display are controlled within a small range, while it is available and reliable.