Contactless electrical bioimpedance system for monitoring ventilation. A biodevice for vehicle environment
Author
Macias, R.; Garcia, M.; Ramos, J.; Bragos, R.; Fernandez, M.
Type of activity
Presentation of work at congresses
Name of edition
6th International Conference on Biomedical Electronics and Devices
Date of publication
2013
Presentation's date
2013-02
Book of congress proceedings
BIODEVICES 2013: 6th International joint conference on biomedical engineering systems and technologies: proceedings: 11-14 Fabruary, 2013: Barcelona, Spain
Nowadays, automotive companies are focused in improving road traffic safety. For that, not only the vehicle performance is improved but also the driver behavior is monitored. This could be done in many ways. One of
them is to monitor a specific physiological parameter using a biodevice. That device should be reliable enough to use in a very noisy environment like a vehicle is. Furthermore, because long-term monitoring is required,any invasive and annoying method should be avoided. Therefore, an ...
Nowadays, automotive companies are focused in improving road traffic safety. For that, not only the vehicle performance is improved but also the driver behavior is monitored. This could be done in many ways. One of
them is to monitor a specific physiological parameter using a biodevice. That device should be reliable enough to use in a very noisy environment like a vehicle is. Furthermore, because long-term monitoring is required,any invasive and annoying method should be avoided. Therefore, an electrical bioimpedance device capable
of monitoring driver ventilation using several textiles electrodes has been designed and implemented
Nowadays, automotive companies are focused in improving road traffic safety. For that, not only the vehicle performance is improved but also the driver behavior is monitored. This could be done in many ways. One of them is to monitor a specific physiological parameter using a biodevice. That device should be reliable enough to use in a very noisy environment like a vehicle is. Furthermore, because long-term monitoring is required, any invasive and annoying method should be avoided. Therefore, an electrical bioimpedance device capable of monitoring driver ventilation using several textiles electrodes has been designed and implemented.
Citation
Macias, R. [et al.]. Contactless electrical bioimpedance system for monitoring ventilation. A biodevice for vehicle environment. A: International Conference on Biomedical Electronics and Devices. "BIODEVICES 2013: 6th International joint conference on biomedical engineering systems and technologies: proceedings: 11-14 Fabruary, 2013: Barcelona, Spain". Barcelona: SciTePress, 2013, p. 14-20.
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