guest :: login Digital Repository
		Search		Submit		Help		About

Home > Research > Institutes ASCR > Institute of Computer Science > Search Results

Institute of Computer Science

Search:

Search Tips :: Advanced Search

Search collections:

Sort by:	Display results:	Output format:

	Mixed Finite Element Analysis of Semi-Coercive Unilateral Contact Problem with Given Friction Hlaváček, Ivan Fulltext: content.csg - PDF Plný tet: v921-04 - PDF Detailed record
	UFO 2004. Interactive System for Universal Functional Optimization Lukšan, Ladislav ; Tůma, Miroslav ; Vlček, Jan ; Ramešová, Nina ; Šiška, M. ; Hartman, J. ; Matonoha, Ctirad Fulltext: content.csg - PDF Plný tet: v923-04 - PDF Detailed record
	Activities and International Contests of Young Scientists Klán, Petr The paper presents two international contests for young scientists: Intel Scientific and Engineering Fair (ISEF) and EU Contest. It gives advices to potential contestants how to prepare an effective presentation on these actions. Detailed record
	Shlukování jako nástroj pro data mining Řezanková, H. ; Húsek, Dušan ; Snášel, Václav Different clustering algorithms are reviewed, including neural network based. Special attention is given to this supporting large data sets analysis, including incremental ones. Detailed record
	Information Retrieval and Graph Web Structures Húsek, Dušan ; Řezanková, H. ; Snášel, Václav The analysis of the hyperlinks on the Web can significantly increase the capability of search engines. In the paper we deal with experiments with graph structure of the Web especially 2-conected components. Detailed record
	Addressing Heterogeneity in OMG D&C-Based Deployment Bulej, Lubomír ; Bureš, Tomáš Detailed record
	Static Checking for Missing Bindings of Components Adámek, Jiří ; Plášil, František Detailed record
	Information Systems Security Šebesta, Václav Detailed record
	Models of Multi-Agent Systems Krušina, Pavel Detailed record
	Problémy a modely v předpovídání záplav Hokr, Milan ; Maryška, Jiří ; Šotner, O. In the paper, we deal with the flood forecasting, in particular with determining the water flow as result of known precipitation. In the first part, we present several approaches how to express the water flow in the environment concluding underground flow, surface flow and channel flow in the ricer system (water runoff and flood routing). We discuss possibilities to simplify the shallow-water equations for slowly varying flow to either potential flow or advection-dispersion process. On the second part, we present results of two example models of 2D surface flow in the landscape, first based on the advection-dispersion representation of surface flow and the second mixed-hybrid FEM model based on potential flow approximation. Detailed record

Interested in being notified about new results for this query?
Subscribe to the RSS feed.

Digital Repository :: :: :: ::
Powered by v1.1.2
Maintained by

This site is also available in the following languages:
Česky English