Traffic-land use compatibility and street design impacts of automated driving in Vienna, Austria

EM Bruck, A Soteropoulos - Journal of transport and land use, 2022 - JSTOR
The potential rise of automated vehicles (AVs) may significantly impact future traffic volumes,
in turn affecting urban street designs and adjacent land use. While integrated studies on …

[PDF][PDF] Traffic-land use compatibility and street design impacts of automated driving in Vienna, Austria

EM Bruck, A Soteropoulos - pdfs.semanticscholar.org
The potential rise of automated vehicles (AVs) may significantly impact future traffic volumes,
in turn affecting urban street designs and adjacent land use. While integrated studies on …

Traffic-land use compatibility and street design impacts of automated driving in Vienna, Austria

EM Bruck, A Soteropoulos - Journal of Transport and Land Use, 2022 - trid.trb.org
The potential rise of automated vehicles (AVs) may significantly impact future traffic volumes,
in turn affecting urban street designs and adjacent land use. While integrated studies on …

[PDF][PDF] Traffic-land use compatibility and street design impacts of automated driving in Vienna, Austria

EM Bruck, A Soteropoulos - scholar.archive.org
The potential rise of automated vehicles (AVs) may significantly impact future traffic volumes,
in turn affecting urban street designs and adjacent land use. While integrated studies on …

[引用][C] Traffic-Land use compatibility and street design impacts of automated driving in Vienna, Austria

E Bruck, A Soteropoulos - Journal of Transport and Land Use, 2022 - repositum.tuwien.at
reposiTUm: Traffic-Land use compatibility and street design impacts of automated driving in
Vienna, Austria reposiTUm ABOUT REPOSITUM HELP Login News Browse by Publication Types …

Traffic-land use compatibility and street design impacts of automated driving in Vienna, Austria

E Bruck, A Soteropoulos - Journal of Transport and Land Use, 2022 - jtlu.org
The potential rise of automated vehicles (AVs) may significantly impact future traffic volumes,
in turn affecting urban street designs and adjacent land use. While integrated studies on …

Traffic-land use compatibility and street design impacts of automated driving in Vienna, Austria

E Bruck, A Soteropoulos - Journal of Transport and Land Use, 2022 - jtlu.org
The potential rise of automated vehicles (AVs) may significantly impact future traffic volumes,
in turn affecting urban street designs and adjacent land use. While integrated studies on …

Traffic-land use compatibility and street design impacts of automated driving in Vienna, Austria

E Bruck, A Soteropoulos - Journal of transport and land use, 2022 - safetylit.org
The potential rise of automated vehicles (AVs) may significantly impact future traffic volumes,
in turn affecting urban street designs and adjacent land use. While integrated studies on …

[引用][C] Traffic-Land use compatibility and street design impacts of automated driving in Vienna, Austria

EM Bruck - 2021 - repositum.tuwien.at
reposiTUm: Traffic-Land use compatibility and street design impacts of automated driving in
Vienna, Austria reposiTUm ABOUT REPOSITUM HELP Login News Browse by Publication …

Traffic-land use compatibility and street design impacts of automated driving in Vienna, Austria

E Bruck, A Soteropoulos - Journal of transport and land use, 2022 - safetylit.org
The potential rise of automated vehicles (AVs) may significantly impact future traffic volumes,
in turn affecting urban street designs and adjacent land use. While integrated studies on …