ISMOP Project (IT System of Levee Monitoring) as an example of integrated monitoring of levee
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Keywords
ochrona przeciwpowodziowa, ISMOP
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References
Artières O., Beck Y. L., Khan A. A., Cunat P. Fry J. J., Courivaud J. R., Guidoux C., Pinettes P., 2011. Assesment of dams and dikes behavior with a fibre optics based monitoring solution. Dam Maintenance & Rehabilitation II 13:79-86. London
Borys M., 2007. Przepisy i wymogi oraz aktualny stan obwałowań przeciwpowodziowych w Polsce. Instytut Melioracji i Użytków Zielonych w Falentach. t. 7 z. 2a: 25-44. (in Polish).
Bukowska-Belniak B., Krawiec K., 2014. Influence of the shape and density of grid computing to the accuracy of the numerical simulation results of the flood embankments mode. 14th Geoconference on Informatics, Geoinformatics and Remote Sensing, Conference proceedings. Vol. 1., DOI:10.5593/sgem2014B21, pp.648–649.
Courivaud J-R., Pinettes P., Guidoux C., Fry J. J., Beck Y. L., 2011. Fiber optics based monitoring of levees and embankment dams. 31st Annual USSD Conference. San Diego.
Cunat P., Beck Y. L., Faure Y. H., Fry J. J., 2010. Aplication of thermometric methods for detection and characterization of leakages in embankment dams. CDA 2010 Annual Conference. Canada.
Khan A. A., Cunat P., Beck Y. L. Mars J. I., Vrabie V., Fabre J. P., 2010. Distributed fiber optic temperature sensors for leakage detection in hydraulic structures.5th World Conference on Structural Control and Monitoring. Tokyo.
Lupa M., Chuchro M., Piórkowski A., Pięta A., Leśniak A., 2015. A Proposal of Hybrid Spatial Indexing for Addressing the Measurement Points in Monitoring Sensor Networks. CCIS, Springer.
Pięta A., Chuchro M., Lupa M., Piorkowski A., Leśniak A., 2014. A Model of a System for Stream Data Storage and Analysis Dedicated to Sensor Networks of Embankment Monitoring”. Computer Information Systems and Industrial Management Vol. 8838, p. 173-183.
Piórkowski A., Leśniak A., 2014. Możliwości zastosowania strumieniowych baz danych w realizacji system monitorującego stan obwałowań przeciwpowodziowych. Studia Informatica, Vol. 35, No. 2 (116), p. 297-310.
Stanisz J., Borecka A., Leśniak A. , Zieliński K., 2014. Wybrane systemy monitorujące obwałowania przeciwpowodziowe. Przegląd Geologiczny, vol. 62, nr 10/2.
Szydło T., Nawrocki P., Brzoza-Woch R., Zieliński K., In M. Ganzha L., Maciaszek M.P., 2014. Power aware MOM for telemetry-oriented applications Rusing gprs-enabled embedded devices – levee monitoring use case. Proceedings of the 2014 Federated Conference on Computer Science and Information Systems. Volume 2 of Annals of Computer Science and Information Systems., IEEE (2014) p. 1059–1064.
Zhu P., Zeng H., Jiang G., Zhou Y., 2009. A novel sensor for monitoring settlement. IX IMEKO Worl
Artières O., Beck Y. L., Khan A. A., Cunat P. Fry J. J., Courivaud J. R., Guidoux C., Pinettes P., 2011. Assesment of dams and dikes behavior with a fibre optics based monitoring solution. Dam Maintenance & Rehabilitation II 13:79-86. London
Borys M., 2007. Przepisy i wymogi oraz aktualny stan obwałowań przeciwpowodziowych w Polsce. Instytut Melioracji i Użytków Zielonych w Falentach. t. 7 z. 2a: 25-44. (in Polish).
Bukowska-Belniak B., Krawiec K., 2014. Influence of the shape and density of grid computing to the accuracy of the numerical simulation results of the flood embankments mode. 14th Geoconference on Informatics, Geoinformatics and Remote Sensing, Conference proceedings. Vol. 1., DOI:10.5593/sgem2014B21, pp.648–649.
Courivaud J-R., Pinettes P., Guidoux C., Fry J. J., Beck Y. L., 2011. Fiber optics based monitoring of levees and embankment dams. 31st Annual USSD Conference. San Diego.
Cunat P., Beck Y. L., Faure Y. H., Fry J. J., 2010. Aplication of thermometric methods for detection and characterization of leakages in embankment dams. CDA 2010 Annual Conference. Canada.
Khan A. A., Cunat P., Beck Y. L. Mars J. I., Vrabie V., Fabre J. P., 2010. Distributed fiber optic temperature sensors for leakage detection in hydraulic structures.5th World Conference on Structural Control and Monitoring. Tokyo.
Lupa M., Chuchro M., Piórkowski A., Pięta A., Leśniak A., 2015. A Proposal of Hybrid Spatial Indexing for Addressing the Measurement Points in Monitoring Sensor Networks. CCIS, Springer.
Pięta A., Chuchro M., Lupa M., Piorkowski A., Leśniak A., 2014. A Model of a System for Stream Data Storage and Analysis Dedicated to Sensor Networks of Embankment Monitoring”. Computer Information Systems and Industrial Management Vol. 8838, p. 173-183.
Piórkowski A., Leśniak A., 2014. Możliwości zastosowania strumieniowych baz danych w realizacji system monitorującego stan obwałowań przeciwpowodziowych. Studia Informatica, Vol. 35, No. 2 (116), p. 297-310.
Stanisz J., Borecka A., Leśniak A. , Zieliński K., 2014. Wybrane systemy monitorujące obwałowania przeciwpowodziowe. Przegląd Geologiczny, vol. 62, nr 10/2.
Szydło T., Nawrocki P., Brzoza-Woch R., Zieliński K., In M. Ganzha L., Maciaszek M.P., 2014. Power aware MOM for telemetry-oriented applications Rusing gprs-enabled embedded devices – levee monitoring use case. Proceedings of the 2014 Federated Conference on Computer Science and Information Systems. Volume 2 of Annals of Computer Science and Information Systems., IEEE (2014) p. 1059–1064.
Zhu P., Zeng H., Jiang G., Zhou Y., 2009. A novel sensor for monitoring settlement. IX IMEKO Worl
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Published
Aug 5, 2015
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Stanisz, J., Korzec, K., & Borecka, A. (2015). ISMOP Project (IT System of Levee Monitoring) as an example of integrated monitoring of levee. Geology, Geophysics and Environment, 41(1), 137. https://doi.org/10.7494/geol.2015.41.1.137
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