0540787 - ÚI 2021 RIV CZ eng L4 - Software
Svítek, M. - Přibyl, O. - Vorel, J. - Garlík, B. - Resler, Jaroslav - Kozhevnikov, S. - Krč, Pavel - Geletič, Jan - Daniel, Milan - Dostál, R. - Myška, V. - Aralkina, O. - Pereira, A. M.
City Simulation Software (CSS) for modeling, planning, and strategic assessment of territorial city units.
Interní kód: TN01000024/9-V1 ; 2020
Technické parametry: Web application, internet access required, multi-model integration into smart city platform, statistical data processing, synthetic population creation, modeling and simulation in different disciplines, key performance parameters (KPI) assigned to different selected scenarios, the graphical interface of modeling and simulation results.
Ekonomické parametry: Increasing the quality of life thanks to the identification of specific parts of the urban area in a given time interval, where there is an increase in traffic congestion, pollution, etc. City simulation software for modeling, planning, and strategic assessment of territorial city units allows comparing several variants of solutions with respect to these parameters.
Grant CEP: GA TA ČR(CZ) TN01000024
Institucionální podpora: RVO:67985807
Klíčová slova: Smart city * City simulation * Energy resource-demand modelling * Environmental modelling * Synthetic population * Transport modelling
Obor OECD: Computer sciences, information science, bioinformathics (hardware development to be 2.2, social aspect to be 5.8)
Web výsledku:
http://95.216.78.44:8004/Home/ExternalSystems

City simulation software for modeling, planning, and strategic assessment of territorial city units (Smart city platform) enables the implementation of different smart city models created in different applications and products into one web-based platform that provides the complementary overview of the current situation of the section of the city or provide the results of what-if modeling of this area. The platform collects the heterogeneous data from different information sources to simulate possible city evolution strategies. Smart city platform enables to integrate the several existing simulation tools and models to very narrowly specialized issues to develop the holistic simulation of the whole territorial unit. By using integrated mathematical models it is possible to simulate “ what-if” scenarios of future evolution. The platform collects the heterogeneous data from different information sources, provides the integration and enables to simulate possible urban unit evolution strategies and compute the appropriate set of KPIs - Key Performance Indicators. Smart city platform (CSP) provides the KPIs and results of simulations in a web-oriented platform.
Trvalý link: http://hdl.handle.net/11104/0318509