Streamline your approach with a fully integrated simulation with multi-resolution modelling. It plans everything from highway operations to public transport involving many stages and phases, providing all the information you need in one traffic planning software. No task is too small or too large for PTV Visum. The traffic planning software can also be extended through scripting and user-defined data layers and attributes.
We understand that models and software need to be shared among planners and extended parties, so it is important for us to impose standards. Aside from the standard method, the software also offers unique advanced methods such as the tour-based demand model without having to use a separate traffic planning software. PTV Visum offers all the functionalities you would expect from a traffic planning software such as the traditional four-step travel demand model. PTV Visum can also be used for forecasts and to measure effects of development planning. As a transport planner, you will have all the traffic information in one software that gives you a holistic overview of the traffic situation status quo. Conduct traffic analyses, forecasts and GIS-based data management Model all road users and their interactions Plan public transport services Develop advanced and future-proofed transport strategies and solutions. Support for all your needs is guaranteed. The same run was conducted also using the developed research interface, and both results were close and consistent.įinally, and based on the comprehensive literature review undertaken in this research, in addition to the high accuracy and efficiency proven by the developed real-time modeling tools, the research recommends the implementation of Vehicles Identification Techniques in all countries that have a preliminary ITS infrastructure.Message to the PTV community about Covid The PTV Group is there for you with full commitment in these special times. This research application uses the official transport model of Qatar for performing a specific run for the core CBD area of Qatar as a case study for this thesis.
The research applications are programmed in Microsoft excel and visual basic and thus are compatible with any modeling software. The research modeling work was based on PTV-Vision software, VISUM and VISSIM that are currently used in most of the international research studies. In a previous paper, the present authors introduced through a set of developed interfaces the concept of real-time transportation modeling, and justified the need and importance of Radio Frequency Identification (RFID) Technique in achieving a comprehensive database for strategic planning parameters that can affect passengers’ travel behavior and consequently the transport modal split.
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