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The Sixth International Conference on Advances in Vehicular Systems, Technologies and Applications VEHICULAR 2017 |
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ISSN: 2327-2058 |
conference contact: mp@iaria.org |
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All tracks/topics are open to both research and industry contributions.
Special tracks:
CITS: Cooperative Intelligent Transportation Systems
Chair and Coordinator: Project Assist. Prof. Dr. Manabu Tsukada, University of Tokyo, Japan tsukada@hongo.wide.ad.jpACV: Autonomous and Connected Vehicles
Chair and Coordinator: Dr. Abdelhamid Mammeri, Senior Research Scientist, University of Ottawa, Canada amammeri@uottawa.ca
Tracks:
Hot topics in vehicular systems
Advanced vehicle safety systems; Driver assistance systems; Sensing, vision and perception; Human factors in urban traffic; Driver reactions and predictions; Driver tracking systems; Predict red-light running violations; Rear-view pedestrian detection; Urban truck energy-efficient driving systems; A priori map data; Multi-lane vehicular traffic models; Traffic signs-based fog density models; Social interaction and signaling; Collision avoidance systems; Driving in crowded scenes; Delay estimation; Advances in motorway traffic control; Traffic signal adaptive routing; Long-term trajectory predictions; Visual warnings and accident prevention; Head-up display; Speed harmonization; Vehicle-to-vehicle (V2V) communications; Unmanned ground vehicle paths; Free space detection; Autonomous vehicle in urban environments; Road side sensors; Automated vehicle operation; Motion planning; Navigation tracking; Urban traffic hotspots detection; Pedestrian walking activity recognition and prediction; Pedestrian and bicyclists safety; Evacuation dynamics; Sparse and noisy smartphone location data; Energy management for plug-in hybrid electric vehicles; Heavy-duty vehicles; Freeway traffic management; Adaptive video-streaming dissemination; Streaming content from a vehicular cloud; Wireless degrading communication sensing; Secure information transfer in V2V communication; Coordination of terrestrial vehicles and drones; Carsharing and charging stations; Real-time learning for incident prediction; Carpooling; Bottlenecks in massive crowd flow networks; Pollution models; Driving and urban planning
Fundamentals on communication and networking
Intelligent vehicular networking;
Vehicular communications;
Vehicular mobile ad hoc networks;
Vehicle-to-infrastructure communications;
Roadside-to-vehicle and vehicle-to-vehicle communication;
Vehicle-to-vehicle communication;
Cellular and satellite communications for vehicular systems;
Cross-layer design and optimization for vehicular networks;
Future vehicular systems;
Vehicular applications
Protocols and mechanisms
Routing protocols for vehicle-to-vehicle communications;
MAC layer technologies;
Physical layer and RF level technologies;
Algorithms, protocols and systems for data dissemination;
Channel modeling;
Modulation and coding;
Multi-channel organization and operation;
Antenna technologies;
In-vehicle sensor networks
Vehicular data
Mining vehicular data; Vehicular data acquisition; Vehicular data analysis; Vehicular data dissemination; Vehicular datasets; Floating car data (FCD); Business models for vehicular data; Ownership of vehicular data; Vehicular data services; Vehicular data centers
Unmanned vehicles
Terrestrial unmanned vehicles; Unmanned aerial vehicles; Underwater unmanned vehicles; Unmanned sea surface vehicles; Collision control; Traffic surveillance challenges; Path planning and estimation; Communication between unmanned vehicles; Integration of unmanned aerial vehicles in civil airspace; Unmanned vehicular clusters; Designing unmanned vehicular-based systems; Safety of unmanned vehicles; Legal aspects of unmanned vehicular systems; Testbeds and pilot experiments.
Security
Embedded security; Automotive security; Secure automotive communication (on-board and off-board like V2X); Safety and security co-engineering; Tuning protection; Component protection; Vehicular integrity protection; Secure (over-the-air) update; Separation techniques for vehicular networks; Protection of the vehicular safety
functionality; Immobilizers; Data privacy (of connected vehicles)
Evaluation
System evaluation methodologies;
Performance characterization and analysis;
Mobility analysis and vehicle traffic analysis;
Safety and non-safety applications;
Security issues and countermeasures;
Privacy issues;
Reliable and fast handover;
Green vehicular communications and networking;
Power control and scalability issues
Vehicle powering
Renewable energy and vehicles; Green cars; Biofuels; Electrical vehicles; Solar powering cars; Hybrid electric vehicles; Long-term car batteries; Hydrogen fuel cell vehicles; Residential charging stations; Dual-source energy storage
Management and tracking
Networks and systems management;
High-speed mobility management;
Radio resource, QoS support, and interference management;
Channel management;
Incident detection;
Vehicle tracking
Subliminal characteristics
Driver-centric interfaces;
Modalities for subliminal interfaces (visual, auditory, tactile/haptic, olfactory);
Perception of subliminal information;
Characteristics of subliminally delivered information;
Unobtrusive techniques for driver’s state detection;
Mitigation or regulation interfaces
Experiments and challenges
Simulation frameworks and real-world testbeds; Standardization in safe autonomous systems;
Implementation of mobile IP and migration of IPv6;
Testbed experiments and measurements;
Business models and policies
