An Intelligent System for Remote Monitoring and Prediction of Beach Safety

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Author(s)
Browne, Matthew
Blumenstein, Michael
Tomlinson, Rodger
Lane, Christopher
Year published
2005
Metadata
Show full item recordAbstract
Remote monitoring of coastal conditions in locations of high public usage is a fast growing application of informa tion technology. Remote mounted CCD camera systems provide a relatively cheap and potentially rich source of in formation on the state of the near-shore beach zone. The present paper presents a non-technical overview of a sys tem for appropriate feature extraction and integration with other sources of weather and wave data for the purpose of assessing and predicting beach safety conditions using neu ral network based models. The feasibility of combined im age processing and feature extraction routines for providing ...
View more >Remote monitoring of coastal conditions in locations of high public usage is a fast growing application of informa tion technology. Remote mounted CCD camera systems provide a relatively cheap and potentially rich source of in formation on the state of the near-shore beach zone. The present paper presents a non-technical overview of a sys tem for appropriate feature extraction and integration with other sources of weather and wave data for the purpose of assessing and predicting beach safety conditions using neu ral network based models. The feasibility of combined im age processing and feature extraction routines for providing real-time input to neural network models of beach safety is demonstrated.
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View more >Remote monitoring of coastal conditions in locations of high public usage is a fast growing application of informa tion technology. Remote mounted CCD camera systems provide a relatively cheap and potentially rich source of in formation on the state of the near-shore beach zone. The present paper presents a non-technical overview of a sys tem for appropriate feature extraction and integration with other sources of weather and wave data for the purpose of assessing and predicting beach safety conditions using neu ral network based models. The feasibility of combined im age processing and feature extraction routines for providing real-time input to neural network models of beach safety is demonstrated.
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Conference Title
Proceedings of the IASTED International Conference on Artificial Intelligence and Applications
Copyright Statement
© 2005 IASTED and ACTA Press. This is the author-manuscript version of this paper.