| Author |
Session |
Start page |
Title |
| A A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Abogharaf, Abdulhakim |
S7.3 |
195 |
A Technique to Improve the Broadcast Performance of WAVE Protocol in Vehicular Networks |
| Abrunhosa, Vinícius |
D1.1 |
211 |
Demo: WiChoose - Practical Network Selection for Wi-Fi Vehicle-to-Infrastructure Communication |
| Aguiar, Ana |
S7.2 |
187 |
Coexistence of ITS-G5 and 5G NR-U in the 5.9 GHz Band |
| D1.1 |
211 |
Demo: WiChoose - Practical Network Selection for Wi-Fi Vehicle-to-Infrastructure Communication |
| D1.25 |
259 |
Demo: Handover Between 5G Public and Non-Public Network Using Multipath Tunnel |
| Ahmed, Musab |
D1.15 |
239 |
Poster: Can Betweenness Centrality Mitigate Greedy Routing's Sparse Network Problem? |
| Ahn, Jong Wha |
D1.2 |
213 |
Poster: Performance Evaluation of Efficient Time Synchronization for in-Vehicle Ethernet Ring Network |
| D1.3 |
215 |
Demo: Development of a Conversion Device for Coexistence of 10Base-T1S and Legacy CAN/LIN Networks |
| Ajmone Marsan, Marco |
S10.3 |
344 |
DNN-Controlled Multi-Technology Platooning |
| Al-sallami, Farah |
S3.3 |
80 |
Physical Layer Security for MISO Vehicle-to-Vehicle Visible Light Communication Systems |
| Al-Shareeda, Sarah |
S8.2 |
273 |
Evaluating Handover Impact on IBC-Authenticated Task Offloading in C-V2X VTENs |
| Almeida, João |
D1.18 |
245 |
Demo: V2X-Based Electronic Fee Collection |
| Almeida, Luis |
D1.26 |
261 |
Poster: Revisiting Vehicle Obstacle Shadowing for Long Homogeneous Platoons in VEINS |
| Almudhaf, Mohammad |
S8.2 |
273 |
Evaluating Handover Impact on IBC-Authenticated Task Offloading in C-V2X VTENs |
| Altintas, Onur |
D1.12 |
233 |
Poster: Replica-Based Collaborative Data Upload by Vehicular Micro Clouds |
| D1.17 |
243 |
Poster: Simulator for Reinforcement Learning-Based Resource Management in Vehicular Edge Computing |
| Alves, Marcelo |
S6.4 |
172 |
Coordinating Multiple Traffic Lights with Fog Computing and V2X Communications for Efficient Traffic Management |
| Amaral, João |
D1.24 |
257 |
Demo: Integrating V2X Communications and Infrastructure Sensing with Autonomous Mobility |
| Anfang, Marc |
D1.9 |
227 |
Poster: Analyzing VAM Sampling Rates for E-Bikes in VANETs |
| Arantes, Samuel |
S6.4 |
172 |
Coordinating Multiple Traffic Lights with Fog Computing and V2X Communications for Efficient Traffic Management |
| Araujo, Marco |
D1.14 |
237 |
Demo: Mobility-Aware 5G Vehicles Handover via Location-Based RTT Prediction |
| Arsalan, Muhammad |
S4.3 |
104 |
V2V-Aided Adaptive FMCW Radar Interference Mitigation |
| Avanzi, Giacomo |
S10.2 |
336 |
Multi-Agent Reinforcement Learning Scheduling to Support Low Latency in Teleoperated Driving |
| B A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Baiocchi, Andrea |
S9.1 |
297 |
On the Trade-off Between AoI Performance and Resource Reuse Efficiency in 5G NR V2X Sidelink |
| Barbosa, Raul |
D1.14 |
237 |
Demo: Mobility-Aware 5G Vehicles Handover via Location-Based RTT Prediction |
| Basaran, Osman |
S5.4 |
140 |
Explainable LSTM-Based Cyclist Intention Prediction at Intersections |
| Becker, Steffen |
S2.2 |
41 |
Transferring Automotive Optimization Methods from Static to Dynamic Function Distributions |
| Bellalta, Boris |
S6.2 |
156 |
Ethical Social Robot Moderators for Traffic Management: Integrating Automated Vehicles and Vulnerable Road Users |
| Ben Fredj, Khalil |
S5.2 |
124 |
Modeling of Mutual Connectionless BLE Discovery in the Context of B2X Communications |
| Bied, Manuel |
S4.4 |
108 |
Towards Multi-Modal Crash Prediction Based on V2X and Visual Information Using a Social Robot |
| D1.13 |
235 |
Poster: Preliminary Study - People's Opinion on Social Robots for Traffic Orchestration |
| Bin Salamah, Yasser |
S8.2 |
273 |
Evaluating Handover Impact on IBC-Authenticated Task Offloading in C-V2X VTENs |
| C A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Cajo, Ricardo |
S9.2 |
305 |
Full-Duplex Resource Reselection Scheme for Mixed Periodic and Aperiodic Traffic in 5G NR-V2X Sidelink |
| Campolo, Claudia |
S4.2 |
100 |
Digital Twin-Assisted Context-Aware Object Detection for Connected and Automated Vehicles |
| D1.11 |
231 |
Poster: Multi-RAT Multi-Protocol OBUs for Vehicle-to-Everything Communications |
| Canhão, Mauro |
D1.22 |
253 |
Demo: Integrating Maneuver Coordination System with Autonomous Cooperative Driving |
| Casademont, Jordi |
S2.3 |
49 |
Real-World Implementation of Maneuver Coordination Service for Unsignalized Intersections |
| Casari, Paolo |
S2.1 |
33 |
On the Impact of Communication and Computing Delays on MEC-Enabled Cooperative Maneuvers |
| D1.6 |
221 |
Poster: Multi-Receiver Physical Layer Security Using Reconfigurable Intelligent Surfaces |
| Castells, Jacint |
S2.3 |
49 |
Real-World Implementation of Maneuver Coordination Service for Unsignalized Intersections |
| Cesana, Matteo |
S4.1 |
96 |
Evaluating Stateful Migration Strategies for MQTT Brokers in Vehicular Edge IoT Networks |
| Cheggour, Selina |
S3.1 |
64 |
Frequency Channel Selectivity in Vehicular CFmMIMO Systems: a Multi-Objective Optimization Approach |
| Cheng, Yue-Chu |
S1.3 |
17 |
Transformer-Based Latency Compensation for Cooperative Perception |
| Chiasserini, Carla Fabiana |
S2.4 |
57 |
A Real-Time Implementation of an Edge-Assisted Collision Warning System for Urban Intersections |
| Clérigo, André |
S5.3 |
132 |
Cooperative Augmented Reality: Displaying Occluded Vehicles Using V2X Communications |
| D1.21 |
251 |
Demo: Integrating AR Headsets with Mobile Object Detection to Extend Road Sensing and VRU Safety |
| Codina, Marc |
S2.3 |
49 |
Real-World Implementation of Maneuver Coordination Service for Unsignalized Intersections |
| Colaco, Valency Oscar |
S8.1 |
265 |
Real-Time Evasion Detection in Tree Ensemble Automotive Intrusion Detection Systems |
| Coleri, Sinem |
S3.3 |
80 |
Physical Layer Security for MISO Vehicle-to-Vehicle Visible Light Communication Systems |
| Cordero, Bruno |
S2.3 |
49 |
Real-World Implementation of Maneuver Coordination Service for Unsignalized Intersections |
| Corujo, Daniel |
D1.14 |
237 |
Demo: Mobility-Aware 5G Vehicles Handover via Location-Based RTT Prediction |
| Costa, Antonio |
S6.4 |
172 |
Coordinating Multiple Traffic Lights with Fog Computing and V2X Communications for Efficient Traffic Management |
| D A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| De Grande, Robson |
S9.3 |
313 |
Holistic Connectivity-Oriented GCN-LSTM for Pro-Active Handover in 5G Vehicular Networks |
| Deutschmann, Jörg |
S9.4 |
321 |
V2X QoS in 5G Non-Terrestrial Networks: a Comparative Analysis of Scheduling Algorithms |
| Dias, Duarte |
S7.1 |
180 |
On the Performance of MultiPath TCP in Multihomed Vehicular Networks |
| Dias, Tiago |
D1.18 |
245 |
Demo: V2X-Based Electronic Fee Collection |
| Dileo, Manuel |
S10.3 |
344 |
DNN-Controlled Multi-Technology Platooning |
| Dividino, Renata |
S9.3 |
313 |
Holistic Connectivity-Oriented GCN-LSTM for Pro-Active Handover in 5G Vehicular Networks |
| Dressler, Falko |
S5.4 |
140 |
Explainable LSTM-Based Cyclist Intention Prediction at Intersections |
| D1.17 |
243 |
Poster: Simulator for Reinforcement Learning-Based Resource Management in Vehicular Edge Computing |
| Duta, Ioan Gabriel |
S2.1 |
33 |
On the Impact of Communication and Computing Delays on MEC-Enabled Cooperative Maneuvers |
| E A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Elghazaly, Gamal |
D1.5 |
219 |
Demo: a Hands-on Teleoperated Driving over 5G |
| D1.27 |
263 |
Poster: a V2X-Enhanced 360-Degree 4D Perception for Occlusion-Free Autonomous Driving |
| Ellinas, Georgios |
S2.4 |
57 |
A Real-Time Implementation of an Edge-Assisted Collision Warning System for Urban Intersections |
| Erb, Benjamin |
D1.20 |
249 |
Demo: Quantifying Trust in a Trust Assessment Framework |
| S8.4 |
289 |
Quantification Methods for Trust in Cooperative Driving |
| F A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Facchi, Christian |
S5.1 |
116 |
VRU Basic Service: a V2X Comprehensive Analysis in a VRU Large-Scale Scenario |
| Farid, Yashar |
D1.12 |
233 |
Poster: Replica-Based Collaborative Data Upload by Vehicular Micro Clouds |
| Ferreira, Joaquim |
D1.18 |
245 |
Demo: V2X-Based Electronic Fee Collection |
| Figueiredo, Andreia |
S7.2 |
187 |
Coexistence of ITS-G5 and 5G NR-U in the 5.9 GHz Band |
| D1.22 |
253 |
Demo: Integrating Maneuver Coordination System with Autonomous Cooperative Driving |
| D1.24 |
257 |
Demo: Integrating V2X Communications and Infrastructure Sensing with Autonomous Mobility |
| Förster, Anna |
S4.5 |
112 |
Smarter Traffic, Safer Roads: Distributed Adaptive Generation Control for CPMs in VANETs |
| Frank, Raphael |
D1.5 |
219 |
Demo: a Hands-on Teleoperated Driving over 5G |
| D1.27 |
263 |
Poster: a V2X-Enhanced 360-Degree 4D Perception for Occlusion-Free Autonomous Driving |
| Fuger, Konrad |
D1.15 |
239 |
Poster: Can Betweenness Centrality Mitigate Greedy Routing's Sparse Network Problem? |
| D1.16 |
241 |
Poster: is C-V2X the Future of Decentralized UAS Traffic Management? |
| G A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Georgieva, Petia |
D1.14 |
237 |
Demo: Mobility-Aware 5G Vehicles Handover via Location-Based RTT Prediction |
| German, Reinhard |
S9.4 |
321 |
V2X QoS in 5G Non-Terrestrial Networks: a Comparative Analysis of Scheduling Algorithms |
| Giordani, Marco |
S10.2 |
336 |
Multi-Agent Reinforcement Learning Scheduling to Support Low Latency in Teleoperated Driving |
| Grümer, Patrick |
S8.3 |
281 |
oCANada: a Generation-Based Fuzzer for ECUs over CAN |
| H A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Haas, Harald |
S3.3 |
80 |
Physical Layer Security for MISO Vehicle-to-Vehicle Visible Light Communication Systems |
| Häckel, Timo |
S3.2 |
72 |
Asynchronous Traffic Shaping and Redundancy: Avoiding Unbounded Latencies in in-Car Networks |
| Hajimoradkhani, Sahar |
S3.4 |
88 |
V2X-Enabled Coordinated OFDM Radar |
| Harjula, Matti |
S10.1 |
328 |
Data Matters: the Case of Predicting Mobile Cellular Traffic |
| Hark, Johann |
S6.1 |
148 |
Extending Teleoperated Driving: Advanced Design for Versatile Environments and Communications |
| Harrer, Fabian |
S4.3 |
104 |
V2V-Aided Adaptive FMCW Radar Interference Mitigation |
| Hawlader, Faisal |
D1.5 |
219 |
Demo: a Hands-on Teleoperated Driving over 5G |
| D1.27 |
263 |
Poster: a V2X-Enhanced 360-Degree 4D Perception for Occlusion-Free Autonomous Driving |
| Heijenk, Geert |
S5.2 |
124 |
Modeling of Mutual Connectionless BLE Discovery in the Context of B2X Communications |
| Hermann, Artur |
D1.20 |
249 |
Demo: Quantifying Trust in a Trust Assessment Framework |
| S8.4 |
289 |
Quantification Methods for Trust in Cooperative Driving |
| Hielscher, Kai-Steffen |
S9.4 |
321 |
V2X QoS in 5G Non-Terrestrial Networks: a Comparative Analysis of Scheduling Algorithms |
| Hofmann, Frank |
S1.4 |
25 |
Analyzing the Performance of a V2X-Enhanced Braking System in Real-World Crash Situations |
| Hörmann, Max |
D1.7 |
223 |
Poster: MBHWS - a Mountainbike-to-Hiker Warning System |
| Horne, Ernesto |
S4.3 |
104 |
V2V-Aided Adaptive FMCW Radar Interference Mitigation |
| Huang, Yanqiu |
S5.2 |
124 |
Modeling of Mutual Connectionless BLE Discovery in the Context of B2X Communications |
| I A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Ilmonen, Pauliina |
S10.1 |
328 |
Data Matters: the Case of Predicting Mobile Cellular Traffic |
| Innamorati, Corrado |
S4.1 |
96 |
Evaluating Stateful Migration Strategies for MQTT Brokers in Vehicular Edge IoT Networks |
| J A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Jabr, Bander |
S8.2 |
273 |
Evaluating Handover Impact on IBC-Authenticated Task Offloading in C-V2X VTENs |
| Jang, Junhyek |
D1.3 |
215 |
Demo: Development of a Conversion Device for Coexistence of 10Base-T1S and Legacy CAN/LIN Networks |
| Jeon, Yonghwa |
D1.10 |
229 |
Poster: Analyzing the Impact of DCC on CACC by Application and MAC Layer Co-Simulation |
| K A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Kardaras, Panagiotis |
S2.4 |
57 |
A Real-Time Implementation of an Edge-Assisted Collision Warning System for Urban Intersections |
| Kargl, Frank |
D1.7 |
223 |
Poster: MBHWS - a Mountainbike-to-Hiker Warning System |
| D1.20 |
249 |
Demo: Quantifying Trust in a Trust Assessment Framework |
| S8.4 |
289 |
Quantification Methods for Trust in Cooperative Driving |
| Kariminezhad, Ali |
S3.4 |
88 |
V2X-Enabled Coordinated OFDM Radar |
| Karunathilake, Thenuka |
S4.5 |
112 |
Smarter Traffic, Safer Roads: Distributed Adaptive Generation Control for CPMs in VANETs |
| Kawai, Akira |
D1.23 |
255 |
Poster: a Proposal to Detect Driving Danger Signs Using Probe Data |
| Knoll, Alois |
S10.4 |
352 |
Integrated Simulation of Federated Learning for Large Scale Intelligent Transportation Systems |
| Kochenborger Duarte, Eduardo |
S6.2 |
156 |
Ethical Social Robot Moderators for Traffic Management: Integrating Automated Vehicles and Vulnerable Road Users |
| Kolios, Panayiotis |
S2.4 |
57 |
A Real-Time Implementation of an Edge-Assisted Collision Warning System for Urban Intersections |
| Korf, Franz |
S3.2 |
72 |
Asynchronous Traffic Shaping and Redundancy: Avoiding Unbounded Latencies in in-Car Networks |
| Kouril, Jorin |
S6.1 |
148 |
Extending Teleoperated Driving: Advanced Design for Versatile Environments and Communications |
| Kuladinithi, Koojana |
D1.15 |
239 |
Poster: Can Betweenness Centrality Mitigate Greedy Routing's Sparse Network Problem? |
| D1.16 |
241 |
Poster: is C-V2X the Future of Decentralized UAS Traffic Management? |
| Kumlu, Deniz |
S4.3 |
104 |
V2V-Aided Adaptive FMCW Radar Interference Mitigation |
| L A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Landsiedel, Martin |
D1.19 |
247 |
Poster: Logical Tree Networks for Multicast in Event-Driven Systems |
| Lee, Chunghan |
D1.12 |
233 |
Poster: Replica-Based Collaborative Data Upload by Vehicular Micro Clouds |
| D1.17 |
243 |
Poster: Simulator for Reinforcement Learning-Based Resource Management in Vehicular Edge Computing |
| Li, Shuo |
S1.1 |
1 |
Accuracy and Relevance: a Value of Information Based Prioritisation of Perceived Objects for the ETSI Collective Perception Service |
| Lin, Hsiang-Jui |
S1.3 |
17 |
Transformer-Based Latency Compensation for Cooperative Perception |
| Llatser, Ignacio |
S1.4 |
25 |
Analyzing the Performance of a V2X-Enhanced Braking System in Real-World Crash Situations |
| Lobo, Silas |
S5.1 |
116 |
VRU Basic Service: a V2X Comprehensive Analysis in a VRU Large-Scale Scenario |
| Longo, Edoardo |
S4.1 |
96 |
Evaluating Stateful Migration Strategies for MQTT Brokers in Vehicular Edge IoT Networks |
| Lopes, Raquel |
D1.25 |
259 |
Demo: Handover Between 5G Public and Non-Public Network Using Multipath Tunnel |
| Loscrí, Valeria |
S3.1 |
64 |
Frequency Channel Selectivity in Vehicular CFmMIMO Systems: a Multi-Objective Optimization Approach |
| Lübeck, Teresa |
S3.2 |
72 |
Asynchronous Traffic Shaping and Redundancy: Avoiding Unbounded Latencies in in-Car Networks |
| Luis, Miguel |
S7.1 |
180 |
On the Performance of MultiPath TCP in Multihomed Vehicular Networks |
| S7.2 |
187 |
Coexistence of ITS-G5 and 5G NR-U in the 5.9 GHz Band |
| D1.22 |
253 |
Demo: Integrating Maneuver Coordination System with Autonomous Cooperative Driving |
| Lyu, Tengfei |
S1.1 |
1 |
Accuracy and Relevance: a Value of Information Based Prioritisation of Perceived Objects for the ETSI Collective Perception Service |
| M A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Mancuso, Vincenzo |
S10.3 |
344 |
DNN-Controlled Multi-Technology Platooning |
| Marias-i-Parella, Jordi |
S2.3 |
49 |
Real-World Implementation of Maneuver Coordination Service for Unsignalized Intersections |
| Marrocco, Simone |
D1.6 |
221 |
Poster: Multi-Receiver Physical Layer Security Using Reconfigurable Intelligent Surfaces |
| Martino, Luigi |
S9.4 |
321 |
V2X QoS in 5G Non-Terrestrial Networks: a Comparative Analysis of Scheduling Algorithms |
| Marx, Marcus |
D1.7 |
223 |
Poster: MBHWS - a Mountainbike-to-Hiker Warning System |
| Mba, Obasi |
D1.12 |
233 |
Poster: Replica-Based Collaborative Data Upload by Vehicular Micro Clouds |
| Md., Noor-A-Rahim |
S1.1 |
1 |
Accuracy and Relevance: a Value of Information Based Prioritisation of Perceived Objects for the ETSI Collective Perception Service |
| Meireles, Rui |
D1.1 |
211 |
Demo: WiChoose - Practical Network Selection for Wi-Fi Vehicle-to-Infrastructure Communication |
| Meißner, Echo |
D1.20 |
249 |
Demo: Quantifying Trust in a Trust Assessment Framework |
| Memedi, Agon |
D1.17 |
243 |
Poster: Simulator for Reinforcement Learning-Based Resource Management in Vehicular Edge Computing |
| Mendes, Bruno |
D1.14 |
237 |
Demo: Mobility-Aware 5G Vehicles Handover via Location-Based RTT Prediction |
| Meyer, Philipp |
S3.2 |
72 |
Asynchronous Traffic Shaping and Redundancy: Avoiding Unbounded Latencies in in-Car Networks |
| Molinaro, Antonella |
S4.2 |
100 |
Digital Twin-Assisted Context-Aware Object Detection for Connected and Automated Vehicles |
| D1.11 |
231 |
Poster: Multi-RAT Multi-Protocol OBUs for Vehicle-to-Everything Communications |
| Mönnich, Jörg |
S1.4 |
25 |
Analyzing the Performance of a V2X-Enhanced Braking System in Real-World Crash Situations |
| Montaño, Manuel |
S9.2 |
305 |
Full-Duplex Resource Reselection Scheme for Mixed Periodic and Aperiodic Traffic in 5G NR-V2X Sidelink |
| Morales, Ludivine |
S4.4 |
108 |
Towards Multi-Modal Crash Prediction Based on V2X and Visual Information Using a Social Robot |
| Mun, Cheol |
D1.10 |
229 |
Poster: Analyzing the Impact of DCC on CACC by Application and MAC Layer Co-Simulation |
| Murshed, Mubashir |
S9.3 |
313 |
Holistic Connectivity-Oriented GCN-LSTM for Pro-Active Handover in 5G Vehicular Networks |
| N A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Nadjm-Tehrani, Simin |
S8.1 |
265 |
Real-Time Evasion Detection in Tree Ensemble Automotive Intrusion Detection Systems |
| Naik, Kshirasagar |
S7.3 |
195 |
A Technique to Improve the Broadcast Performance of WAVE Protocol in Vehicular Networks |
| Neela, Akhil Simha |
S4.5 |
112 |
Smarter Traffic, Safer Roads: Distributed Adaptive Generation Control for CPMs in VANETs |
| Nekvi, Md Rashed |
S6.3 |
164 |
Modeling and Optimizing Platooning Systems for Autonomous Vehicles in CARLA |
| Neumann, Jan-Elric |
S1.2 |
9 |
Uncertainty and Prioritization: Empirical Evaluation of a VoI-Based CPM Generation Pipeline Using Real-World Data |
| Nicolau, Maria João |
S6.4 |
172 |
Coordinating Multiple Traffic Lights with Fog Computing and V2X Communications for Efficient Traffic Management |
| Niimi, Yoshihiro |
D1.23 |
255 |
Poster: a Proposal to Detect Driving Danger Signs Using Probe Data |
| O A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| O'Driscoll, Aisling |
S1.1 |
1 |
Accuracy and Relevance: a Value of Information Based Prioritisation of Perceived Objects for the ETSI Collective Perception Service |
| Oczko, Marie-Christin |
S5.4 |
140 |
Explainable LSTM-Based Cyclist Intention Prediction at Intersections |
| Oguchi, Kentaro |
D1.4 |
217 |
Demo: Connected Unsafe Driving Detection and Management |
| D1.12 |
233 |
Poster: Replica-Based Collaborative Data Upload by Vehicular Micro Clouds |
| Ozguner, Fusun |
S8.2 |
273 |
Evaluating Handover Impact on IBC-Authenticated Task Offloading in C-V2X VTENs |
| P A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Pacheco, Hugo |
S8.3 |
281 |
oCANada: a Generation-Based Fuzzer for ECUs over CAN |
| Park, Pusik |
D1.2 |
213 |
Poster: Performance Evaluation of Efficient Time Synchronization for in-Vehicle Ethernet Ring Network |
| D1.3 |
215 |
Demo: Development of a Conversion Device for Coexistence of 10Base-T1S and Legacy CAN/LIN Networks |
| Parsamehr, Reza |
S8.3 |
281 |
oCANada: a Generation-Based Fuzzer for ECUs over CAN |
| Peixoto, Filipe |
S7.2 |
187 |
Coexistence of ITS-G5 and 5G NR-U in the 5.9 GHz Band |
| Peixoto, Filipe |
D1.25 |
259 |
Demo: Handover Between 5G Public and Non-Public Network Using Multipath Tunnel |
| Pesch, Dirk |
S1.1 |
1 |
Accuracy and Relevance: a Value of Information Based Prioritisation of Perceived Objects for the ETSI Collective Perception Service |
| Pfeifer, Julian |
S6.1 |
148 |
Extending Teleoperated Driving: Advanced Design for Versatile Environments and Communications |
| Piccin, Andrea |
S2.1 |
33 |
On the Impact of Communication and Computing Delays on MEC-Enabled Cooperative Maneuvers |
| Pignaton de Freitas, Edison |
S6.2 |
156 |
Ethical Social Robot Moderators for Traffic Management: Integrating Automated Vehicles and Vulnerable Road Users |
| Pizzimenti, Bruno |
S4.2 |
100 |
Digital Twin-Assisted Context-Aware Object Detection for Connected and Automated Vehicles |
| D1.11 |
231 |
Poster: Multi-RAT Multi-Protocol OBUs for Vehicle-to-Everything Communications |
| Pons, Adrià |
S2.3 |
49 |
Real-World Implementation of Maneuver Coordination Service for Unsignalized Intersections |
| Pu, Xianglin |
S3.3 |
80 |
Physical Layer Security for MISO Vehicle-to-Vehicle Visible Light Communication Systems |
| Puente Lam, Luis |
D1.8 |
225 |
Poster: NLoS Positioning Through Multipath Selection and AoA-Based Localization |
| Q A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Quadri, Christian |
S10.3 |
344 |
DNN-Controlled Multi-Technology Platooning |
| R A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Radusch, Ilja |
S6.1 |
148 |
Extending Teleoperated Driving: Advanced Design for Versatile Environments and Communications |
| Rahman, Taufiq |
S6.3 |
164 |
Modeling and Optimizing Platooning Systems for Autonomous Vehicles in CARLA |
| Rajbhandari, Sujan |
S3.3 |
80 |
Physical Layer Security for MISO Vehicle-to-Vehicle Visible Light Communication Systems |
| Redondi, Alessandro |
S4.1 |
96 |
Evaluating Stateful Migration Strategies for MQTT Brokers in Vehicular Edge IoT Networks |
| Ribeiro, Bruno |
D1.18 |
245 |
Demo: V2X-Based Electronic Fee Collection |
| Rito, Pedro |
S5.3 |
132 |
Cooperative Augmented Reality: Displaying Occluded Vehicles Using V2X Communications |
| S7.1 |
180 |
On the Performance of MultiPath TCP in Multihomed Vehicular Networks |
| S7.2 |
187 |
Coexistence of ITS-G5 and 5G NR-U in the 5.9 GHz Band |
| D1.21 |
251 |
Demo: Integrating AR Headsets with Mobile Object Detection to Extend Road Sensing and VRU Safety |
| D1.22 |
253 |
Demo: Integrating Maneuver Coordination System with Autonomous Cooperative Driving |
| D1.24 |
257 |
Demo: Integrating V2X Communications and Infrastructure Sensing with Autonomous Mobility |
| Rocha, David |
D1.18 |
245 |
Demo: V2X-Based Electronic Fee Collection |
| Rolich, Alexey |
S9.1 |
297 |
On the Trade-off Between AoI Performance and Resource Reuse Efficiency in 5G NR V2X Sidelink |
| Ruhnau, Jan |
S2.2 |
41 |
Transferring Automotive Optimization Methods from Static to Dynamic Function Distributions |
| S A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Sabamoniri, Saeid |
D1.26 |
261 |
Poster: Revisiting Vehicle Obstacle Shadowing for Long Homogeneous Platoons in VEINS |
| Sakioka, Asuya |
D1.23 |
255 |
Poster: a Proposal to Detect Driving Danger Signs Using Probe Data |
| Santos, Pedro |
D1.8 |
225 |
Poster: NLoS Positioning Through Multipath Selection and AoA-Based Localization |
| D1.26 |
261 |
Poster: Revisiting Vehicle Obstacle Shadowing for Long Homogeneous Platoons in VEINS |
| Santos, Thales |
S8.3 |
281 |
oCANada: a Generation-Based Fuzzer for ECUs over CAN |
| Sargento, Susana |
S5.3 |
132 |
Cooperative Augmented Reality: Displaying Occluded Vehicles Using V2X Communications |
| S7.1 |
180 |
On the Performance of MultiPath TCP in Multihomed Vehicular Networks |
| D1.14 |
237 |
Demo: Mobility-Aware 5G Vehicles Handover via Location-Based RTT Prediction |
| D1.21 |
251 |
Demo: Integrating AR Headsets with Mobile Object Detection to Extend Road Sensing and VRU Safety |
| D1.22 |
253 |
Demo: Integrating Maneuver Coordination System with Autonomous Cooperative Driving |
| D1.24 |
257 |
Demo: Integrating V2X Communications and Infrastructure Sensing with Autonomous Mobility |
| Schahn, Christopher |
S6.1 |
148 |
Extending Teleoperated Driving: Advanced Design for Versatile Environments and Communications |
| Schäufele, Bernd |
S6.1 |
148 |
Extending Teleoperated Driving: Advanced Design for Versatile Environments and Communications |
| Scherl, Michael |
S1.4 |
25 |
Analyzing the Performance of a V2X-Enhanced Braking System in Real-World Crash Situations |
| Schiegg, Florian Alexander |
S1.1 |
1 |
Accuracy and Relevance: a Value of Information Based Prioritisation of Perceived Objects for the ETSI Collective Perception Service |
| S1.2 |
9 |
Uncertainty and Prioritization: Empirical Evaluation of a VoI-Based CPM Generation Pipeline Using Real-World Data |
| Schmidt, Aimee |
S6.3 |
164 |
Modeling and Optimizing Platooning Systems for Autonomous Vehicles in CARLA |
| Schmidt, Thomas |
S3.2 |
72 |
Asynchronous Traffic Shaping and Redundancy: Avoiding Unbounded Latencies in in-Car Networks |
| Schrapel, Maximilian |
S5.3 |
132 |
Cooperative Augmented Reality: Displaying Occluded Vehicles Using V2X Communications |
| D1.9 |
227 |
Poster: Analyzing VAM Sampling Rates for E-Bikes in VANETs |
| D1.13 |
235 |
Poster: Preliminary Study - People's Opinion on Social Robots for Traffic Orchestration |
| Segata, Michele |
S2.1 |
33 |
On the Impact of Communication and Computing Delays on MEC-Enabled Cooperative Maneuvers |
| D1.6 |
221 |
Poster: Multi-Receiver Physical Layer Security Using Reconfigurable Intelligent Surfaces |
| D1.7 |
223 |
Poster: MBHWS - a Mountainbike-to-Hiker Warning System |
| Shastri, Anish |
S2.1 |
33 |
On the Impact of Communication and Computing Delays on MEC-Enabled Cooperative Maneuvers |
| Shih, Chi-Sheng |
S1.3 |
17 |
Transformer-Based Latency Compensation for Cooperative Perception |
| Shin, Daekyo |
D1.2 |
213 |
Poster: Performance Evaluation of Efficient Time Synchronization for in-Vehicle Ethernet Ring Network |
| D1.3 |
215 |
Demo: Development of a Conversion Device for Coexistence of 10Base-T1S and Legacy CAN/LIN Networks |
| Silva, Gonçalo |
S5.3 |
132 |
Cooperative Augmented Reality: Displaying Occluded Vehicles Using V2X Communications |
| D1.21 |
251 |
Demo: Integrating AR Headsets with Mobile Object Detection to Extend Road Sensing and VRU Safety |
| Silva, Leonardo |
S5.1 |
116 |
VRU Basic Service: a V2X Comprehensive Analysis in a VRU Large-Scale Scenario |
| Singh, Gurtaj |
S4.2 |
100 |
Digital Twin-Assisted Context-Aware Object Detection for Connected and Automated Vehicles |
| Sisbot, Emrah |
D1.4 |
217 |
Demo: Connected Unsafe Driving Detection and Management |
| D1.12 |
233 |
Poster: Replica-Based Collaborative Data Upload by Vehicular Micro Clouds |
| Sommer, Christoph |
S10.4 |
352 |
Integrated Simulation of Federated Learning for Large Scale Intelligent Transportation Systems |
| Srinivasan, Vignesh |
S8.2 |
273 |
Evaluating Handover Impact on IBC-Authenticated Task Offloading in C-V2X VTENs |
| T A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Tangirala, Nagacharan Teja |
S10.4 |
352 |
Integrated Simulation of Federated Learning for Large Scale Intelligent Transportation Systems |
| Teixeira, Afonso |
D1.14 |
237 |
Demo: Mobility-Aware 5G Vehicles Handover via Location-Based RTT Prediction |
| Testouri, Mehdi |
D1.5 |
219 |
Demo: a Hands-on Teleoperated Driving over 5G |
| Timm-Giel, Andreas |
D1.15 |
239 |
Poster: Can Betweenness Centrality Mitigate Greedy Routing's Sparse Network Problem? |
| D1.16 |
241 |
Poster: is C-V2X the Future of Decentralized UAS Traffic Management? |
| Torrinhas, João |
S7.1 |
180 |
On the Performance of MultiPath TCP in Multihomed Vehicular Networks |
| Trkulja, Nataša |
D1.20 |
249 |
Demo: Quantifying Trust in a Trust Assessment Framework |
| S8.4 |
289 |
Quantification Methods for Trust in Cooperative Driving |
| Turcanu, Ion |
S9.1 |
297 |
On the Trade-off Between AoI Performance and Resource Reuse Efficiency in 5G NR V2X Sidelink |
| U A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Ucar, Seyhan |
D1.4 |
217 |
Demo: Connected Unsafe Driving Detection and Management |
| D1.12 |
233 |
Poster: Replica-Based Collaborative Data Upload by Vehicular Micro Clouds |
| D1.17 |
243 |
Poster: Simulator for Reinforcement Learning-Based Resource Management in Vehicular Edge Computing |
| Udugama, Asanga |
S4.5 |
112 |
Smarter Traffic, Safer Roads: Distributed Adaptive Generation Control for CPMs in VANETs |
| V A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Vázquez-Gallego, Francisco |
S2.3 |
49 |
Real-World Implementation of Maneuver Coordination Service for Unsignalized Intersections |
| Vesselinova, Natalia |
S10.1 |
328 |
Data Matters: the Case of Predicting Mobile Cellular Traffic |
| Vinel, Alexey |
S4.4 |
108 |
Towards Multi-Modal Crash Prediction Based on V2X and Visual Information Using a Social Robot |
| S5.3 |
132 |
Cooperative Augmented Reality: Displaying Occluded Vehicles Using V2X Communications |
| S6.2 |
156 |
Ethical Social Robot Moderators for Traffic Management: Integrating Automated Vehicles and Vulnerable Road Users |
| D1.9 |
227 |
Poster: Analyzing VAM Sampling Rates for E-Bikes in VANETs |
| D1.13 |
235 |
Poster: Preliminary Study - People's Opinion on Social Robots for Traffic Orchestration |
| S9.1 |
297 |
On the Trade-off Between AoI Performance and Resource Reuse Efficiency in 5G NR V2X Sidelink |
| Vitale, Christian |
S2.4 |
57 |
A Real-Time Implementation of an Edge-Assisted Collision Warning System for Urban Intersections |
| W A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Wachter, Patrick |
S8.4 |
289 |
Quantification Methods for Trust in Cooperative Driving |
| Wildschütte, Florian |
S1.4 |
25 |
Analyzing the Performance of a V2X-Enhanced Braking System in Real-World Crash Situations |
| Willig, Andreas |
S7.4 |
203 |
A Sensitivity Analysis of the DCP/Vardis Protocol for Coordinating Drone Swarms |
| Wolff, Vincent |
S1.2 |
9 |
Uncertainty and Prioritization: Empirical Evaluation of a VoI-Based CPM Generation Pipeline Using Real-World Data |
| X A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Xhoxhi, Edmir |
S1.2 |
9 |
Uncertainty and Prioritization: Empirical Evaluation of a VoI-Based CPM Generation Pipeline Using Real-World Data |
| Y A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Yildiz, Mert |
S9.1 |
297 |
On the Trade-off Between AoI Performance and Resource Reuse Efficiency in 5G NR V2X Sidelink |
| Yu, Seungjae |
D1.10 |
229 |
Poster: Analyzing the Impact of DCC on CACC by Application and MAC Layer Co-Simulation |
| Z A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Zappalà, Domenico |
S4.2 |
100 |
Digital Twin-Assisted Context-Aware Object Detection for Connected and Automated Vehicles |
| D1.11 |
231 |
Poster: Multi-RAT Multi-Protocol OBUs for Vehicle-to-Everything Communications |
| Zhao, Hangquan |
D1.4 |
217 |
Demo: Connected Unsafe Driving Detection and Management |
| Zimmermann, Jan |
S1.4 |
25 |
Analyzing the Performance of a V2X-Enhanced Braking System in Real-World Crash Situations |
| Zorzi, Michele |
S10.2 |
336 |
Multi-Agent Reinforcement Learning Scheduling to Support Low Latency in Teleoperated Driving |
| Zucchelli, Michele |
D1.7 |
223 |
Poster: MBHWS - a Mountainbike-to-Hiker Warning System |