Title of article :
ROAD DATA INFORMATION SYSTEM; BUDAPEST CASE STUDY
Author/Authors :
Almássy, K University of Techincs and Economics - Faculty of Civil Engineering - Budapest, Hungary , Fekete, G University of Techincs and Economics - Faculty of Civil Engineering - Budapest, Hungary
Abstract :
Budapest Közút is developing ROad Data Information System based on mobile laser
scanning since 2013. All public roads (cca. 5000 km) are surveyed by MLS (Riegl
VMX450) in survey grade accuracy and all visible road assets has been digitized and loaded
to a complex 3D GIS environment. Since the first full coverage had been done in 2014 the
whole city has also been updated - being one of the few large infrastructure in the World that
has not one but multiple high accuracy 3D data for the whole network. The high level
accuracy, the full coverage and the already available data updates allows Budapest to use the
3D data for multiple operational applications - from traffic- and road design to planning,
from assets management to traffic safety analyst and municipality activities.
One of the most cutting-edge applications is the road surface analyst over time that
allows the road management company to analyze and optimize different construction
methods and is changes over the years.
One example for road quality analyst is the application of data support for PMS
(Pavement Management System) how keeps this new component the road surface quality
well?
Keywords :
mobile laser scanning (MLS) , pavement management system (PMS) , 3D data , point clouds , optimized pavement maintenance
Journal title :
Astroparticle Physics