Citas bibligráficas
Calloquispe, M., (2019). Análisis comparativo de la capacidad vial y niveles de servicio, usando metodologías determinísticas del HCM y modelos de seguimiento vehicular en VISSIM, caso de estudio: Av. La Cultura de la ciudad del Cusco [Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/3998
Calloquispe, M., Análisis comparativo de la capacidad vial y niveles de servicio, usando metodologías determinísticas del HCM y modelos de seguimiento vehicular en VISSIM, caso de estudio: Av. La Cultura de la ciudad del Cusco []. PE: Universidad Andina del Cusco; 2019. https://hdl.handle.net/20.500.12557/3998
@misc{renati/958349,
title = "Análisis comparativo de la capacidad vial y niveles de servicio, usando metodologías determinísticas del HCM y modelos de seguimiento vehicular en VISSIM, caso de estudio: Av. La Cultura de la ciudad del Cusco",
author = "Calloquispe Arias, Mario Deivis",
publisher = "Universidad Andina del Cusco",
year = "2019"
}
This research aims to compare two methodologies for calculating delays and service levels. The first of a deterministic nature (USING SYNCHRO SOFTWARE) using the formulas and principles of the HCM 2010 road capacity manual method, while the second uses a Vehicle Tracking method created in Germany by the PTV brand, which consists of the microsimulation of a virtual traffic environment and that is used in North and South America, as well as throughout Europe. Results Obtained As results we have that the values of the delays obtained in both cases are similar, the input data being the same for both cases, the complexity of microsimulation allows us to refine tests and modeling behaviors of vehicular traffic with greater precision, given that the Deterministic method is limited to typical geometries of the road capacity manual. The comparative tables show that the hypotheses are found specifically for the majority of intersections, with the difference within 5%, while the total does not exceed a difference of 10% in terms of the value of delays. Conclusions It is concluded that the hypotheses raised are specifically considered due to factors specific to the methodology for calculating delays. However, the difference between methods does not exceed 10%, which gives us enough precision to use both packages to analyze intersections with standardized geometry and traffic light characteristics. While for atypical intersections, with capricious geometries or complex behavior such as the one in whereabouts and other facilities it is recommended to use microsimulation in VISSIM, since it has greater flexibility than the deterministic method.
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