Abstract is missing.
- Requirements for Wireless Technology on Rolling StockUwe Kucharzyk. 1-10 [doi]
- An Experimental Study of Multi-radio Platform Coexistence in the 5 GHz Band for Railway ApplicationsJorge Higuera, Elli Kartsakli, Carlos Collado, José M. González-Arbesú, Luis Alonso, José Luis Valenzuela, Andres Laya, Enrique Flores, Isabel Navarro, Raquel Martínez, Jesús González, José Hierro, Adrian Vlad. 11-22 [doi]
- Train Tracking and Shadowing Estimation Based on Received Signal StrengthHadi Noureddine, Damien Castelain, Ramesh Pyndiah. 23-33 [doi]
- Delivering Broadband Internet Access for High Speed Trains Passengers Using an Innovative Network Mobility SolutionBernadette Villeforceix. 34-44 [doi]
- Measurement and Analysis of the Direct Train to Train Propagation Channel in the 70 cm UHF-BandAndreas Lehner, Cristina Rico Garcia, Thomas Strang, Oliver Heirich. 45-57 [doi]
- WiMax'ble Pervasive Cloud - Empowering Next Generation Intelligent Railway InfrastructureSubrahmanya Venkata Radha Krishna Rao, Vivek Diwanji. 58-68 [doi]
- The MIH (Media Independent Handover) Contribution to Mobility Management in a Heterogeneous Railway Communication Context: A IEEE802.11/802.16 Case StudyMarina Aguado, Jasone Astorga, Jon Matías, Maider Huarte. 69-82 [doi]
- Multiple Description Coding and Scalable Video Coding Combined with Multiple Input Multiple Output Techniques: Two Strategies to Enhance Train to Wayside Video Transmissions in TunnelsImade Fahd Eddine Fatani, Yann Cocheril, Crépin Nsiala, Marion Berbineau, François-Xavier Coudoux, Marie Zwingelstein-Colin, Patrick Corlay. 83-94 [doi]
- VANET Architectures and Protocol Stacks: A SurveySajjad Akbar Mohammad, Asim Rasheed, Amir Qayyum. 95-105 [doi]
- Behavior Specification of a Red-Light Violation Warning Application - An Approach for Specifying Reactive Vehicle-2-X Communication ApplicationsSebastian Röglinger, Christian Facchi. 106-118 [doi]
- Wireless Protocol Design for a Cooperative Pedestrian Protection SystemDirk Lill, Manuel Schappacher, Shahidul Islam, Axel Sikora. 119-130 [doi]
- A Vehicular Mobility Model Based on Real Traffic Counting DataYoann Pigné, Grégoire Danoy, Pascal Bouvry. 131-142 [doi]
- Driver-Centric VANET SimulationPedro Gomes, Cristina Olaverri-Monreal, Michel Ferreira, Luís Damas. 143-154 [doi]
- Simulative Evaluation of the Potential of Car2X-Communication in Terms of EfficiencyBenno Schweiger, Philipp Ehnert, Johann H. Schlichter. 155-164 [doi]
- Performance Study of an In-Car Switched Ethernet Network without PrioritizationHyung Taek Lim, Kay Weckemann, Daniel Herrscher. 165-175 [doi]
- Degradation of Communication Range in VANETs Caused by Interference 2.0 - Real-World ExperimentRobert K. Schmidt, Bernhard Kloiber, Florian Schüttler, Thomas Strang. 176-188 [doi]
- Real-World Measurements of Non-Line-Of-Sight Reception Quality for 5.9GHz IEEE 802.11p at IntersectionsThomas Mangel, Matthias Michl, Oliver Klemp, Hannes Hartenstein. 189-202 [doi]
- Interoperability Testing Suite for C2X Communication ComponentsFabian de Ponte Müller, Juan María Reveriego Sierra, Bernhard Kloiber, Matthias Röckl, Thomas Strang. 203-215 [doi]
- Towards Standardization of In-Car SensorsZubair Nabi, Atif Alvi, Rashid Mehmood. 216-223 [doi]
- Secure Automotive On-Board Protocols: A Case of Over-the-Air Firmware UpdatesMuhammad Sabir Idrees, Hendrik Schweppe, Yves Roudier, Marko Wolf, Dirk Scheuermann, Olaf Henniger. 224-238 [doi]