National Repository of Grey Literature 3 records found  Search took 0.01 seconds. 
Analytical Framework for Facility Management in ArcGIS
Cupák, Michal ; Peringer, Petr (referee) ; Hrubý, Martin (advisor)
This thesis deals with design and implementation of analytical modules library for administration of buildings in ArcGIS geographic information system. Individual modules are implemented in Python and solve sub-problems when working with geographical data. They can be also connected to the larger units and then solve problems with greater complexity. Central concept of project and journaling systems makes library extensible with new modules. Implemented set of modules process input data from supplier and converts them to the structure of geographical data in ArcGIS. This conversion is illustrated in this thesis.
BIM Execution Plan – BEP for the field of urban engineering
Sudakova, Katsiaryna ; Gottvaldová, Jana (referee) ; Remeš, Josef (advisor)
The main topic of this diploma thesis is the BIM implementation plan (BEP). It is a basic document that describes not only the process of implementing a project and building a model, but it is also a useful tool that facilitates the application of BIM goals and the use of them, as well as the exchange of graphic and non-graphic data. The theoretical part is based on a set of standards ČSN EN ISO 19650. The practical part deals with the analysis of the importance of BEP in the context of BIM methodology. The aim of this diploma thesis was to examine the existing BEP templates and build a custom draft document that could be used for urban engineering and describe all the data and workflow requirements for the successful implementation and continuous operation and maintenance of the project.
Analytical Framework for Facility Management in ArcGIS
Cupák, Michal ; Peringer, Petr (referee) ; Hrubý, Martin (advisor)
This thesis deals with design and implementation of analytical modules library for administration of buildings in ArcGIS geographic information system. Individual modules are implemented in Python and solve sub-problems when working with geographical data. They can be also connected to the larger units and then solve problems with greater complexity. Central concept of project and journaling systems makes library extensible with new modules. Implemented set of modules process input data from supplier and converts them to the structure of geographical data in ArcGIS. This conversion is illustrated in this thesis.

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