A

Alidu, A.

• Privacy-Preserving Smart-City Data Sharing for Urban Environmental Analytics: A k-Anonymity Case Study, pages 1–8

Aramaki, E.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Arzoumanidis, L.

• Zero-Shot Detection for Automatic Mapping of Illegal Roadside Waste Dumps from Volunteered Street-View Imagery, pages 9–16
• Graph-Based Safe-Routing for Flood-Aware Evacuation in Urban Environments, pages 195–202

As Samee, A. M.

• Zero-Shot Detection for Automatic Mapping of Illegal Roadside Waste Dumps from Volunteered Street-View Imagery, pages 9–16
• Graph-Based Safe-Routing for Flood-Aware Evacuation in Urban Environments, pages 195–202

Atanasova-Evdenova, T.

• A GIS-Based Methodology for Multi-Pollutant Analysis of Sentinel-5P TROPOMI Data with Spatial Intersection Masking, pages 121–128

Athid, R.

• A Digital Twin to Improve the Sustainability of Neighbourhood Scenario Planning, pages 17–24

Açmalı, Ş. S.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

B

Badibanga Kalenda, M.-N.

• Assessing the Impact of Fleet Size on Crowdsourced Mapping Using a Dissimilarity Measure, pages 25–32

Biljecki, F.

• Urban Digital Twins in Practice: A Survey-Based Analysis of Data Integration Levels and Approaches, pages 65–72

Billen, R.

• Urban Digital Twins in Practice: A Survey-Based Analysis of Data Integration Levels and Approaches, pages 65–72

Bonnifait, P.

• Assessing the Impact of Fleet Size on Crowdsourced Mapping Using a Dissimilarity Measure, pages 25–32

C

Claramunt, C.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Cárdenas-León, I.

• From Planning Question to Spatial Database: A Geospatial Data Scheme-Aware Importer for Urban Digital Twins, pages 33–40

D

Darmet, L.

• Towards a Reproducible Workflow for Urban Vegetation Stratification in Lyon Using Aerial Imagery and LiDAR, pages 203–210

Daverona, A. C.

• The use of conceptual modelling in map composition and cartographic analysis: Towards a more intelligent GIS, pages 41–47
• Integrating GIS and Urban Informatics for Urban Air Mobility (UAM) Infrastructure Planning, pages 171–177

Dehbi, Y.

• Zero-Shot Detection for Automatic Mapping of Illegal Roadside Waste Dumps from Volunteered Street-View Imagery, pages 9–16
• Graph-Based Safe-Routing for Flood-Aware Evacuation in Urban Environments, pages 195–202

Doan, Q.-V.

• Future Building Energy Atlas of Sofia City, pages 211–218

Donaubauer, A.

• Enhancing Knowledge Transfer and Reuse of Information Resources through a Specialised Metadata Catalog for Urban Digital Twins, pages 97–104

Duan, Y.

• Efficient Geometric Quality Inspection of Large-Scale Ship Components via Nap-Of-The-Object Photogrammetry, pages 227–234

E

Eleftheriou, O.

• A Workflow for Interactive Visualization of Urban CFD Data in Unreal Engine and via Web Streaming, pages 49–56

F

Fischer, J. K. H.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Flacke, J.

• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112

G

Gazel, N.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Gesquière, G.

• Towards a Reproducible Workflow for Urban Vegetation Stratification in Lyon Using Aerial Imagery and LiDAR, pages 203–210

Gitahi, J.

• Bridging the Physical and Virtual: Automated Thematic Classification of IoT Sensors for Urban Digital Twin Catalogs, pages 113–120

Grouls, R.

• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112

Guo, H.

• Efficient Geometric Quality Inspection of Large-Scale Ship Components via Nap-Of-The-Object Photogrammetry, pages 227–234

Guzmán Lugo, G.

• Critical factors in 3D model reconstruction using the Roofer algorithm: an analysis of geometric and topological consistency in mountainous cities, pages 57–64

H

Hajji, R.

• Urban Digital Twins in Practice: A Survey-Based Analysis of Data Integration Levels and Approaches, pages 65–72

Hikami, T.

• Data-Driven Evaluation and Optimization of Office Layouts Using Beacon-Based Behavioral Monitoring of Workers, pages 145–153

Hristov, E.

• Privacy-Preserving Smart-City Data Sharing for Urban Environmental Analytics: A k-Anonymity Case Study, pages 1–8

ter Huurne, R.

• Computational Formalisation of Constructability: A GIS-Based Spatial Conflict Framework for Low-Voltage Utility Network Design, pages 179–186

I

Ilieva, S.

• Future Building Energy Atlas of Sofia City, pages 211–218

Inoue, T.

• Democratizing High-Resolution Urban Data: A Cost-Effective Greedy Algorithm for POI Retrieval using Google Places API, pages 89–95

J

Jeddoub, I.

• Urban Digital Twins in Practice: A Survey-Based Analysis of Data Integration Levels and Approaches, pages 65–72

Jiang, S.

• LLM-AQRA: Leveraging LLMs for Efficient Urban Air Quality Research, pages 73–80

K

Karaş, İ. R.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Karube, R.

• Future Building Energy Atlas of Sofia City, pages 211–218

Kertesz, A.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Kikuchi, H.

• Democratizing High-Resolution Urban Data: A Cost-Effective Greedy Algorithm for POI Retrieval using Google Places API, pages 89–95

Knezevic, M.

• Enhancing Knowledge Transfer and Reuse of Information Resources through a Specialised Metadata Catalog for Urban Digital Twins, pages 97–104

Koeva, M.

• A Digital Twin to Improve the Sustainability of Neighbourhood Scenario Planning, pages 17–24
• From Planning Question to Spatial Database: A Geospatial Data Scheme-Aware Importer for Urban Digital Twins, pages 33–40
• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112
• A Smart Near-Real-Time Urban Groundwater Digital Twin-Based Information System for Monitoring, Forecasting, and Pump Control, pages 129–136

Kohtake, N.

• Future Urban Heat Risk Assessment in Sydney: Integrating Satellite-Derived UTCI with Population Projections, pages 137–144

Koizumi, H.

• Democratizing High-Resolution Urban Data: A Cost-Effective Greedy Algorithm for POI Retrieval using Google Places API, pages 89–95

Kolbe, T. H.

• Enhancing Knowledge Transfer and Reuse of Information Resources through a Specialised Metadata Catalog for Urban Digital Twins, pages 97–104
• Bridging the Physical and Virtual: Automated Thematic Classification of IoT Sensors for Urban Digital Twin Catalogs, pages 113–120

Kortenschijl, N.

• A Smart Near-Real-Time Urban Groundwater Digital Twin-Based Information System for Monitoring, Forecasting, and Pump Control, pages 129–136

Krämer, U.-B.

• A Digital Twin to Improve the Sustainability of Neighbourhood Scenario Planning, pages 17–24

L

Lehtola, V.

• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112

Lei, B.

• Urban Digital Twins in Practice: A Survey-Based Analysis of Data Integration Levels and Approaches, pages 65–72

León-Sánchez, C.

• Critical factors in 3D model reconstruction using the Roofer algorithm: an analysis of geometric and topological consistency in mountainous cities, pages 57–64

Limnardy, J.

• Bridging the Physical and Virtual: Automated Thematic Classification of IoT Sensors for Urban Digital Twin Catalogs, pages 113–120

Lipiyska, Y.

• A GIS-Based Methodology for Multi-Pollutant Analysis of Sentinel-5P TROPOMI Data with Spatial Intersection Masking, pages 121–128

Lizarazo Salcedo, I.

• Critical factors in 3D model reconstruction using the Roofer algorithm: an analysis of geometric and topological consistency in mountainous cities, pages 57–64

Logg, A.

• A Workflow for Interactive Visualization of Urban CFD Data in Unreal Engine and via Web Streaming, pages 49–56

M

Mansourian, A.

• From Compression to Execution: What Helps Large Language Models Digest Urban Graphs for Spatial QA?, pages 155–162

Marinov, I.

• Assessing the Contribution of UAV and Terrestrial Laser Scanning to the Documentation of Immovable Cultural Heritage, pages 187–194

Mickrenska, C.

• Assessing the Contribution of UAV and Terrestrial Laser Scanning to the Documentation of Immovable Cultural Heritage, pages 187–194

Mittet, M.-A.

• Assessing the Impact of Fleet Size on Crowdsourced Mapping Using a Dissimilarity Measure, pages 25–32

Morales Ortega, L. R.

• A Smart Near-Real-Time Urban Groundwater Digital Twin-Based Information System for Monitoring, Forecasting, and Pump Control, pages 129–136

N

Najdenov, N.

• A GIS-Based Methodology for Multi-Pollutant Analysis of Sentinel-5P TROPOMI Data with Spatial Intersection Masking, pages 121–128

Nakajima, H.

• Democratizing High-Resolution Urban Data: A Cost-Effective Greedy Algorithm for POI Retrieval using Google Places API, pages 89–95

Nakamura, K.

• Future Building Energy Atlas of Sofia City, pages 211–218

Naserentin, V.

• A Workflow for Interactive Visualization of Urban CFD Data in Unreal Engine and via Web Streaming, pages 49–56

Nguyen, H. D. A. S.

• Zero-Shot Detection for Automatic Mapping of Illegal Roadside Waste Dumps from Volunteered Street-View Imagery, pages 9–16
• Graph-Based Safe-Routing for Flood-Aware Evacuation in Urban Environments, pages 195–202

Nijhuis, S.

• Decoding Multidimensional User Experiences and Evaluations in Urban Public Spaces: A Novel Integrated NLP Model Based on Multimodal Online Reviews, pages 219–226

Nishino, A.

• Future Urban Heat Risk Assessment in Sydney: Integrating Satellite-Derived UTCI with Population Projections, pages 137–144

Nourian, P.

• A Digital Twin to Improve the Sustainability of Neighbourhood Scenario Planning, pages 17–24
• From Planning Question to Spatial Database: A Geospatial Data Scheme-Aware Importer for Urban Digital Twins, pages 33–40
• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112

O

Ortakcı, Y.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Osaragi, T.

• Data-Driven Evaluation and Optimization of Office Layouts Using Beacon-Based Behavioral Monitoring of Workers, pages 145–153

Oucheikh, R.

• From Compression to Execution: What Helps Large Language Models Digest Urban Graphs for Spatial QA?, pages 155–162

olde Scholtenhuis, L.

• A Smart Near-Real-Time Urban Groundwater Digital Twin-Based Information System for Monitoring, Forecasting, and Pump Control, pages 129–136
• Computational Formalisation of Constructability: A GIS-Based Spatial Conflict Framework for Low-Voltage Utility Network Design, pages 179–186

van Oosterom, P.

• Decoding Multidimensional User Experiences and Evaluations in Urban Public Spaces: A Novel Integrated NLP Model Based on Multimodal Online Reviews, pages 219–226

P

De Paoli, F.

• Privacy-Preserving Smart-City Data Sharing for Urban Environmental Analytics: A k-Anonymity Case Study, pages 1–8

Pantazis, D. N.

• The use of conceptual modelling in map composition and cartographic analysis: Towards a more intelligent GIS, pages 41–47
• Integrating GIS and Urban Informatics for Urban Air Mobility (UAM) Infrastructure Planning, pages 171–177

Pantusheva, M.

• A Workflow for Interactive Visualization of Urban CFD Data in Unreal Engine and via Web Streaming, pages 49–56

Pavlov, D.

• Future Building Energy Atlas of Sofia City, pages 211–218

Perperidou, D. G. Ch.

• The use of conceptual modelling in map composition and cartographic analysis: Towards a more intelligent GIS, pages 41–47
• A Multi-Domain Urban Informatics Framework for Ambient Air Pollution Population Exposure Inequality Assessment, pages 163–169
• Integrating GIS and Urban Informatics for Urban Air Mobility (UAM) Infrastructure Planning, pages 171–177

Persello, C.

• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112

Peters, R.

• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112

Petrova-Antonova, D.

• Privacy-Preserving Smart-City Data Sharing for Urban Environmental Analytics: A k-Anonymity Case Study, pages 1–8
• A Workflow for Interactive Visualization of Urban CFD Data in Unreal Engine and via Web Streaming, pages 49–56
• LLM-AQRA: Leveraging LLMs for Efficient Urban Air Quality Research, pages 73–80
• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112
• Future Building Energy Atlas of Sofia City, pages 211–218

Pfeffer, K.

• From Planning Question to Spatial Database: A Geospatial Data Scheme-Aware Importer for Urban Digital Twins, pages 33–40
• A Smart Near-Real-Time Urban Groundwater Digital Twin-Based Information System for Monitoring, Forecasting, and Pump Control, pages 129–136

Potamousis, G.

• A Multi-Domain Urban Informatics Framework for Ambient Air Pollution Population Exposure Inequality Assessment, pages 163–169

Q

Quesnot, T.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

R

Roetenberg, L.

• Computational Formalisation of Constructability: A GIS-Based Spatial Conflict Framework for Low-Voltage Utility Network Design, pages 179–186

Roman, D.

• LLM-AQRA: Leveraging LLMs for Efficient Urban Air Quality Research, pages 73–80

S

Samuel, J.

• Towards a Reproducible Workflow for Urban Vegetation Stratification in Lyon Using Aerial Imagery and LiDAR, pages 203–210

Sardoğan, E.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

She, W. J.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Shirinyan, E.

• Privacy-Preserving Smart-City Data Sharing for Urban Environmental Analytics: A k-Anonymity Case Study, pages 1–8

Simeonova, G.

• Assessing the Contribution of UAV and Terrestrial Laser Scanning to the Documentation of Immovable Cultural Heritage, pages 187–194

Siriaraya, P.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Stein, A.

• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112

van der Spek, S.

• Decoding Multidimensional User Experiences and Evaluations in Urban Public Spaces: A Novel Integrated NLP Model Based on Multimodal Online Reviews, pages 219–226

T

Trendafilova, T. K.

• Future Building Energy Atlas of Sofia City, pages 211–218

V

Vartholomaios, A.

• Integrating GIS and Urban Informatics for Urban Air Mobility (UAM) Infrastructure Planning, pages 171–177

Verdugo Fernández, E. M.

• Graph-Based Safe-Routing for Flood-Aware Evacuation in Urban Environments, pages 195–202

Villarroya-Palau, A.

• Towards a Reproducible Workflow for Urban Vegetation Stratification in Lyon Using Aerial Imagery and LiDAR, pages 203–210

Vitanova, L. L.

• Future Building Energy Atlas of Sofia City, pages 211–218

W

Waheed, H.

• LLM-AQRA: Leveraging LLMs for Efficient Urban Air Quality Research, pages 73–80

Wakamiya, S.

• Eco-Aware Route Planning in Okinawa: A Case Study on the Impact of Gradient, pages 81–88

Wang, Z.

• Decoding Multidimensional User Experiences and Evaluations in Urban Public Spaces: A Novel Integrated NLP Model Based on Multimodal Online Reviews, pages 219–226

Y

Yang, Y.

• Decoding Multidimensional User Experiences and Evaluations in Urban Public Spaces: A Novel Integrated NLP Model Based on Multimodal Online Reviews, pages 219–226

Yeh, M. L.-T.

• Efficient Geometric Quality Inspection of Large-Scale Ship Components via Nap-Of-The-Object Photogrammetry, pages 227–234

Yordanov, A.

• A GIS-Based Methodology for Multi-Pollutant Analysis of Sentinel-5P TROPOMI Data with Spatial Intersection Masking, pages 121–128

Z

Zabuska, A.

• Future Building Energy Atlas of Sofia City, pages 211–218

Zlatanova, S.

• AI-Empowered Urban Digital Twins: Integrating Geospatial and Legal Data for Spatial Planning and Governance, pages 105–112
• Future Urban Heat Risk Assessment in Sydney: Integrating Satellite-Derived UTCI with Population Projections, pages 137–144