ABSTRACT
It is difficult for a person who cannot swim to call for help while he face a drowning incident. This make from drowning incidents very dangerous as it can occur silently. In this research we consider the use of wearable sensors to identify victims at early drowning stage. For this we attached a pressure sensor logging unit at the head level of a professional lifeguard, then we asked him to imitate near drowning pattern. We process the obtained dataset with neural networks at 20 second time window. The trained neural network succeed to classify the near drowning and normal swimming pattern.
- Centers for Disease Control and Prevention USA, "Unintentional drowning factsheet", May 2011.Google Scholar
- SenTAG, www.sentag.com, Nov 2010.Google Scholar
- WAHOOO, www.wahooosms.com, Nov 2010.Google Scholar
- How-Lung Eng, Kar-Ann Toll, Wei-Yun Yau and Junxian Wang, "DE WS: A Live Visual Surveillance System for Early Drowning Detection at Pool", IEEE Transactions on Circuits and Systems for Video Technology, Feb. 2008. Google ScholarDigital Library
- F. Pia, "Observations on the Drowning of Nonswimmers", Journal of Physical Education, July 1974.Google Scholar
Recommendations
Ship Hydrodynamic Pressure Signal Detection Based on Neural Network Prediction
WGEC '09: Proceedings of the 2009 Third International Conference on Genetic and Evolutionary ComputingThe ship hydrodynamic pressure signal is generally hard to detect from the rough ocean wave hydrodynamic pressure background signal. An algorithm based on neural network prediction is provided to detect the ship pressure signal from the ocean wave ...
The 26 December 2004 tsunami measured by satellite altimetry
Satellite Observations Related to Sumatra Tsunami and Earthquake of 26 December 2004The 26 December 2004 magnitude 9 earthquake off Sumatra provided the first examples of travelling tsunami waves in mid-ocean clearly detected by satellite altimetry. The earthquake was the largest since satellite altimetry started in the 1970s and gave ...
A video system based on convolutional autoencoder for drowning detection
AbstractComputer vision combined with deep learning technologies is widely used in video surveillance. In this paper, it is applied to drowning detection video systems. Traditional drowning detection methods detect drowning mainly by monitoring the ...
Comments