Supporting autonomous vehicles by creating HD maps

Maps are constantly developing, also, the newly defined High Definition (HD) maps increase the map content remarkably. They are based on three-dimensional survey, like laser scanning, and then stored in a fully new structured way to be able to support modern-day vehicles. Beyond the traditional lane...

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Main Authors: Arpad Barsi, Vivien Poto, Arpad Somogyi, Tamas Lovas, Viktor Tihanyi, Zsolt Szalay
Format: Article
Language:English
Published: Printing House The Managers of Quality and Production Association 2017-10-01
Series:Production Engineering Archives
Subjects:
Online Access:http://www.qpij.pl/en/attachment/id/766
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spelling doaj-2c4166db0341491f8c63f9024523be4c2020-11-24T20:49:54ZengPrinting House The Managers of Quality and Production AssociationProduction Engineering Archives2353-51562353-77792017-10-0116(2017)4346Supporting autonomous vehicles by creating HD mapsArpad Barsi0Vivien Poto1Arpad Somogyi2Tamas Lovas3Viktor Tihanyi4Zsolt Szalay5Budapest University of Technology and EconomicsBudapest University of Technology and EconomicsBudapest University of Technology and EconomicsBudapest University of Technology and EconomicsBudapest University of Technology and EconomicsBudapest University of Technology and EconomicsMaps are constantly developing, also, the newly defined High Definition (HD) maps increase the map content remarkably. They are based on three-dimensional survey, like laser scanning, and then stored in a fully new structured way to be able to support modern-day vehicles. Beyond the traditional lane based map content, they contain information about the roads’ neighbourhood. The goal of these maps is twofold. Primarily, they store the connections where the vehicles can travel with the description of the road-environment. Secondly, they efficiently support the exact vehicle positioning. The paper demonstrates the first results of a pilot study in the creation of HD map of an urban and a rural environment. The applied data collection technology was the terrestrial laser scanning, where the obtained point cloud was evaluated. The data storage has been solved by an in-house developed information storage model with the ability to help in vehicle control processes.http://www.qpij.pl/en/attachment/id/766High Definition mapvehicle navigationlaser scanningpoint cloud
collection DOAJ
language English
format Article
sources DOAJ
author Arpad Barsi
Vivien Poto
Arpad Somogyi
Tamas Lovas
Viktor Tihanyi
Zsolt Szalay
spellingShingle Arpad Barsi
Vivien Poto
Arpad Somogyi
Tamas Lovas
Viktor Tihanyi
Zsolt Szalay
Supporting autonomous vehicles by creating HD maps
Production Engineering Archives
High Definition map
vehicle navigation
laser scanning
point cloud
author_facet Arpad Barsi
Vivien Poto
Arpad Somogyi
Tamas Lovas
Viktor Tihanyi
Zsolt Szalay
author_sort Arpad Barsi
title Supporting autonomous vehicles by creating HD maps
title_short Supporting autonomous vehicles by creating HD maps
title_full Supporting autonomous vehicles by creating HD maps
title_fullStr Supporting autonomous vehicles by creating HD maps
title_full_unstemmed Supporting autonomous vehicles by creating HD maps
title_sort supporting autonomous vehicles by creating hd maps
publisher Printing House The Managers of Quality and Production Association
series Production Engineering Archives
issn 2353-5156
2353-7779
publishDate 2017-10-01
description Maps are constantly developing, also, the newly defined High Definition (HD) maps increase the map content remarkably. They are based on three-dimensional survey, like laser scanning, and then stored in a fully new structured way to be able to support modern-day vehicles. Beyond the traditional lane based map content, they contain information about the roads’ neighbourhood. The goal of these maps is twofold. Primarily, they store the connections where the vehicles can travel with the description of the road-environment. Secondly, they efficiently support the exact vehicle positioning. The paper demonstrates the first results of a pilot study in the creation of HD map of an urban and a rural environment. The applied data collection technology was the terrestrial laser scanning, where the obtained point cloud was evaluated. The data storage has been solved by an in-house developed information storage model with the ability to help in vehicle control processes.
topic High Definition map
vehicle navigation
laser scanning
point cloud
url http://www.qpij.pl/en/attachment/id/766
work_keys_str_mv AT arpadbarsi supportingautonomousvehiclesbycreatinghdmaps
AT vivienpoto supportingautonomousvehiclesbycreatinghdmaps
AT arpadsomogyi supportingautonomousvehiclesbycreatinghdmaps
AT tamaslovas supportingautonomousvehiclesbycreatinghdmaps
AT viktortihanyi supportingautonomousvehiclesbycreatinghdmaps
AT zsoltszalay supportingautonomousvehiclesbycreatinghdmaps
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