Overview of the complex and modular system FLOREON<sup>+</sup>for hydrologic and environmental modeling

Unucka, Jan; Martinovič, Jan; Vondrák, Ivo; Rapant, Petr

doi:10.2495/rm090191

Cited by 3 publications

(8 citation statements)

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“…As was stated in the Introduction, the goal of the work was the development of a hybrid system combining the possibilities of the two disaster management approaches discussed above. It will be accomplished by the connection of the DIP system with the FLOREON + system (Unucka et al, 2009;Vondrak el al., 2008;Martinovic et al, 2008).…”

Section: Discussionmentioning

confidence: 99%

“…Information about the events manually inserted into DIP by its users will be continually and without the necessity of the operation updated by FLOREON + system, which could be thus understood like another -automatic -user of the DIP system. FLOREON + is a complex and modular system for hydrologic and environmental modelling (Unucka et al, 2009). System FLOREON + partly disposes of automated hydro-meteorological data collecting, partly of the automated computational cascade of rainfall-runoff and hydrodynamic models.…”

Section: Discussionmentioning

confidence: 99%

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Hydrometeorologic Social Network With CBR Prediction

Kocyan

Martinovič

Valickova³

et al. 2010

ECMS 2010 Proceedings Edited by a Bargiela S a Ali D Crowley E J H Kerckhoffs

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Human activities are contributing to more frequent natural extremes and climate change, which also come from the atmosphere, water or the Earths crust. With the increasing development of infrastructure, the impacts of these changes and extremes leave more perceivable damage and increasing loss of lives and property. With the use of modern resources and technology we are able to minimize the impact of these extreme phenomena. There are in fact two main approaches-professional and nonprofessional-both meant from the aspect of data collection and information processing itself. The advantages of social networks have been increasingly utilized during the natural disasters as a way of communicating important information. This article describes the aim of our research-to create a hybrid system which would both enable the collection of data from the professional and non-professional public as well as communicate with other types of systems, to utilize and then process the data and use the data to predict new dangers. The principle is based on collecting data (knowledge, experience, etc.) from both main approaches to disaster management (professional and nonprofessional) and then applying this information to achieve new solutions. The practical application of a DIP system shows that it can be used for describing the risk of future natural disasters and enables us to deduce the threat imposed by them. Analyzing this data can help create new solutions in the fight to minimize the damage incurred by these disasters.

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Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

Hydrometeorologic Social Network With CBR Prediction

Kocyan

Martinovič

Valickova³

et al. 2010

ECMS 2010 Proceedings Edited by a Bargiela S a Ali D Crowley E J H Kerckhoffs

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“…Both particular hydrologic and environmental problems were solved together with design of more complex systems, in which communication of GIS and hydrologic models were solved in the system way. ArcHydro is amongst the most sophisticated projects in that way (Maidment, 2002;Unucka et al, 2009).…”

Section: Multiple Scenarios Computing In the Flood Prediction System mentioning

confidence: 99%

“…Our project FLOREON + (FLOods REcognition on the Net) (Vondrák et al, 2008;Martinovič et al, 2008;Unucka et al, 2009) endeavours to achieve such a complex solution to environmental issues. The system is being developed as a tool for disaster management and decision support.…”

Section: Multiple Scenarios Computing In the Flood Prediction System mentioning

confidence: 99%

ECMS 2010 Proceedings edited by A Bargiela S A Ali D Crowley E J H Kerckhoffs

2010

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PREFACEThe European Conference on Modelling and Simulation has provided, over the years, a forum for scientific discussions for simulationists from Europe, Asia, Australia, North and South America and Africa. It is this broad international participation at the ECMS conferences that has prompted a bold change of venue for the ECMS2010. This year's conference, the 24 th ECMS is held in Kuala Lumpur, Malaysia, and is hosted by the University of Nottingham.Organised under the headline "Simulation Meets Global Challenges" the conference emphasises the fact that in today's economy and society the most challenging problems have a global nature. The availability of energy sources and water supply, the challenges of logistics, food production and environmental sustainability are all global concerns. This is why the conference emphasises the importance of networking of individuals and research organisations addressing the same issues from different geographical and disciplinary perspectives. With the outsourcing of much of industrial production from Europe and the USA to developing countries in Asia there is much to be gained from exchanging experiences relating to social and environmental impact of industrialization; so as to build simulation models that can serve as a reliable source of foresight in decision-making processes.The University of Nottingham, Malaysia Campus is pleased to host the conference as its focus relates closely to the University's commitment to providing our students with a global perspective on real-world problems.The ECMS 2010 is organised around 10 thematic tracks, which highlight the breadth and relevance of simulation modelling methodology to problem solving. The thematic tracks such as Agent-Based Simulation, Simulation of Complex Systems, Multi-Resolution and Granular Modelling and Intelligent Systems Simulation provide theoretical underpinnings for a broad range of applications while the tracks such as Simulation in Industry, Business and Services, Simulation in Electrical and Electromechanical Engineering and Simulation and Control of Technological Processes provide a forum for the discussion of domain-specific simulation results. However, the list of application areas represented by the conference tracks is not exhaustive and the conference programme includes some papers dealing with computer simulations in agriculture and crop science which are certain to become much more prominent in future.The track record of 24 years of ECMS conferences is rooted in the vibrancy of the international community of simulationists who play a key role in helping to understand complex real-life problems through simulation modelling studies. We, the organisers of the ECMS2010, are confident that the cross-fertilisation of ideas afforded through formal presentations and informal discussions at the conference will provide a step forward in tackling global challenges.We wish all participants a fruitful conference and an enjoyable stay in Kuala Lumpur. Andrzej Bargiela General Conference and Programme Chair Vir...

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“…Modelling of the water component in the landscape together with consequent environmental aspects becomes a frequently discussed activity. Water is both element and irreplaceable resource in this context (Unucka et al, 2009).…”

Section: Introductionmentioning

confidence: 99%

Multiple Scenarios Computing In The Flood Prediction System FLOREON

Martinovič¹,

Kuchař²,

Vondrák³

et al. 2010

ECMS 2010 Proceedings Edited by a Bargiela S a Ali D Crowley E J H Kerckhoffs

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Floods are the most frequent natural disasters affecting the Moravian-Silesian region. Therefore a system that could predict flood extents and help in the operative disaster management was requested. The FLOREON + system was created to fulfil these requests. This article describes utilization of HPC (high performance computing) in running multiple hydrometeorological simulations concurrently in the FLOREON + system that should predict upcoming floods and warn against them. These predictions are based on the data inputs from NWFS (numerical weather forecast systems) (e.g. ALADIN) that are then used to run the rainfall-runoff and hydrodynamic models. Preliminary results of these experiments are presented in this article.

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Overview of the complex and modular system FLOREON⁺for hydrologic and environmental modeling

Cited by 3 publications

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Hydrometeorologic Social Network With CBR Prediction

Hydrometeorologic Social Network With CBR Prediction

ECMS 2010 Proceedings edited by A Bargiela S A Ali D Crowley E J H Kerckhoffs

Multiple Scenarios Computing In The Flood Prediction System FLOREON

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Overview of the complex and modular system FLOREON+for hydrologic and environmental modeling

Cited by 3 publications

References 0 publications

Hydrometeorologic Social Network With CBR Prediction

Hydrometeorologic Social Network With CBR Prediction

ECMS 2010 Proceedings edited by A Bargiela S A Ali D Crowley E J H Kerckhoffs

Multiple Scenarios Computing In The Flood Prediction System FLOREON

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Overview of the complex and modular system FLOREON⁺for hydrologic and environmental modeling