Construction and analysis of a monitoring system with remote real-time multiple physiological parameters based on cloud computing.
- Author:
Lingyun ZHU
;
Lianjie LI
;
Chunyan MENG
- Publication Type:Journal Article
- MeSH:
Computer Systems;
Computers;
Humans;
Information Storage and Retrieval;
methods;
Internet;
Monitoring, Physiologic;
methods;
Software
- From:
Journal of Biomedical Engineering
2014;31(6):1377-1383
- CountryChina
- Language:Chinese
-
Abstract:
There have been problems in the existing multiple physiological parameter real-time monitoring system, such as insufficient server capacity for physiological data storage and analysis so that data consistency can not be guaranteed, poor performance in real-time, and other issues caused by the growing scale of data. We therefore pro posed a new solution which was with multiple physiological parameters and could calculate clustered background data storage and processing based on cloud computing. Through our studies, a batch processing for longitudinal analysis of patients' historical data was introduced. The process included the resource virtualization of IaaS layer for cloud platform, the construction of real-time computing platform of PaaS layer, the reception and analysis of data stream of SaaS layer, and the bottleneck problem of multi-parameter data transmission, etc. The results were to achieve in real-time physiological information transmission, storage and analysis of a large amount of data. The simulation test results showed that the remote multiple physiological parameter monitoring system based on cloud platform had obvious advantages in processing time and load balancing over the traditional server model. This architecture solved the problems including long turnaround time, poor performance of real-time analysis, lack of extensibility and other issues, which exist in the traditional remote medical services. Technical support was provided in order to facilitate a "wearable wireless sensor plus mobile wireless transmission plus cloud computing service" mode moving towards home health monitoring for multiple physiological parameter wireless monitoring.
