Title :
Technical Verification of Integrating Wearable Sensors into BSN-Based Telemedical Monitoring System
Author_Institution :
AGH Univ. of Sci. & Technol., Krakow, Poland
Abstract :
With recent advances in electronics, wireless communication and computer science it is possible to develop miniaturized pervasive health monitoring devices that are capable of monitoring physiological signals during daily life activities. The aim of the research is to implement and test health monitoring system to monitor and analyze humans physiological signals. System consists of body central unit with Blue tooth module and wearable sensors: ECG sensor, temperature sensor, skin humidity sensor and accelerometers placed on the human body or integrated with clothes and network gateway to forward data to remote medical server. The system includes specially designed transmission protocol and remote web-based graphical user interface for real time data analysis. Experimental results for a group of human who performed various activities (ex. working, running etc.) are compared to certified medical devices. The results are promising and indicate that developed wireless wearable monitoring system faces challenges of multi-sensor human health monitoring during performing daily activities and open new opportunities in developing novel healthcare services.
Keywords :
Bluetooth; Web services; accelerometers; assisted living; body sensor networks; clothing; electrocardiography; graphical user interfaces; humidity sensors; internetworking; patient monitoring; physiology; sensor fusion; skin; telemedicine; temperature sensors; ubiquitous computing; BSN-based telemedical monitoring system; Bluetooth module; ECG sensor; accelerometer; body central unit; body sensor network; clothes; daily life activity; health monitoring system; healthcare services; human physiological signal analysis; human physiological signal monitoring; miniaturized pervasive health monitoring devices; multisensor human health monitoring; network gateway; real time data analysis; remote Web-based graphical user interface; remote medical server; skin humidity sensor; technical verification; temperature sensor; transmission protocol; wearable sensor integration; wireless wearable monitoring system; Biomedical monitoring; Medical services; Monitoring; Skin; Temperature measurement; Temperature sensors; Wireless communication; BSN; assisted living systems; body sensor networks; telemedicine; wearable computing;
Conference_Titel :
Machine Learning and Applications (ICMLA), 2013 12th International Conference on
Conference_Location :
Miami, FL
DOI :
10.1109/ICMLA.2013.192