Internet of Vehicles. Technologies and Services for Smart Cities

<p>Vehicular Communications: Standards and Challenges.- Helmet-Mounted Display System of Motorcyclist with Collision Detecting and Navigation.- Metaheuristic Algorithm of Multi-passengers Routing Path for Ride-sharing Vehicle.- A rush-hour vehicles scheduling strategy in online car-sharing system based on urban trajectory data analysis.- Accurate Traffic Flow Estimation in Urban Roads with Considering the Traffic Signals.- Performance Analysis and Modeling of Central Navigation Cloud.- Optimal Power Allocation for Multi-Group Multicast under Sensing-Based Spectrum Sharing Cognitive Radio Networks.- A New Routing Protocol Based on OLSR Designed for UANET Maritime Research and Rescue.- Multi-Task Oriented Participant Recruitment for Vehicular Crowdsensing.- Driving Fatigue Detecting Method Based on Temperature Insensitive ECG Parameters.- Communication Quality in Anticipatory Vehicle Swarms: A Simulation-Based Model.- A Cyber-Physical Systems Approach to Optimizing Internet of Vehicles Architecture with Rapidly Evolving Technology.- Research on Finding Base Stations Related to a Specific Region.- Intelligent Computing for Vehicle Form Design: A Case Study of Sand Making Machine.- An Ad-Hoc Mesh Network for Flight-deck Interval Management of Airplanes.- TLS for Cooperative ITS Services.- Distributed Simulation Platform for Autonomous Driving.- Toward Fog-Based Event-Driven Services for Internet of Vehicles: Design and Evaluation.- Theoretical Proving of Optimal Communication Radius Against Traffic Congestion in Simplified.</p>