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3D visualization and design optimization of transport networks


3D visualization and design optimization of transport networks
Original Language Title: 
Közlekedési hálózatok tervezése és optimalizálása 3D vizualizációval


The project aims to create suitable software to integrate various types of traffic into one basic model. In particular it means to develop a dynamic network to assess, evaluate and predict easily adaptable parameters defining the appropriate traffic events.



The project is divided in following parts:

  • the implementation, testing and semantic analysis
  • integration of online data available to the theoretical model 

The project includes a visualization sub-tasks: a representation of a reference model output parameters of the system, such as a map or 3D virtual environment. 

Other Countries: 
European Regional Development Fund
Funding Source(s): 
Hungary central budget
Key Results: 

One of the results of the project lies in the supply of traffic information, a road public transport provider's traffic control system and navigation software in a market data to forecast expected traffic events (traffic jams, congestion, etc.), pre-estimation of the traffic situation and evaluation of the data for a given service environment.

An important result is also the development of a facility that enables the forecasting model capable of handling exceptional events. Such events may include impassable roads, road accidents occurred, environmental damages or disasters.


COMBIT Számítástechnikai Zrt.

KTI Közlekedéstudományi Intézet Nonprofit Kft.

Breona IT Consulting and Services Ltd.
Róbert Károly krt. 59
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