Intelligent Technology for Future Transportation

Intelligent Technology for Future Transportation

First International Symposium, ITFT 2024, Helsinki, Finland, October 19-21, 2024, Proceedings

Razminia, Abolhassan; Nguyen, Dinh Hoa

Springer International Publishing AG

03/2025

428

Mole

Inglês

9783031841477

15 a 20 dias

Descrição não disponível.
.- Intelligent Vehicle Technology and Applications.



.- The Comparative Analysis of Car-Pooling Algorithms for Ride-Sharing Systems.



.- Acceptance of Automated Vehicles in Logistics and Beyond: A Survey-Based Investigation.



.- Modeling Autonomous Delivery Robots under framework of Automated Driving System using Dynamic Transport Assignment: A state-of-the-art.



.- Virtual Variable Baseline Stereo Vision Algorithm.



.- A Conceptual Framework to Operational Design Domain (ODD)-based Scenario Generation for Technical Evaluation Obstacle Detection in Automated Shuttle Bus.



.- Precise Driver's Drowsiness Detection Using a Combination of Proven Methods with a single layer Neural Network.



.- FusionSis: Analysis and Evaluation Framework for Fusion Safety State of Connected and Automated Vehicles under Cyber Attacks.



.- Deep Learning-based Monocular Depth Estimation Method for Forklift Collision Avoidance.



.- Enhancing Multi-User Experience: Optimizing Explanation Timing through Game Theory.



.- User-intimate and Trustworthy Ontology-based Requirement Engineering Methodology: A Case study on Connected and Autonomous Electrical Vehicles.



.- Intelligent Transportation Management and Traffic Flow Analysis.



.- AI and Leadership in Startup Innovation and Disruption: The Case of Mobility as a Service (MaaS).



.- Research on traffic analysis zones division model for new roads based on complex network theory.



.- Forecasting Vehicle Mobility on Various Segments of the Urban Transport Network in the Fuzzy Paradigm.



.- The emerging ICT for exposure reduction in urban mobility: transport models for risk cycle.



.- Concept of a Virtual Test Field for Inland Waterway Transport.



.- Critical Characterization of Three-Phase Traffic Flow in Severe Condition.



.- Design and Implementation of Traffic Congestion Relief Strategies Based on Multi-Objective Optimization Algorithms.



.- Wide-area Ship Movement Prediction using Random Forests.



.- Characteristics of heterogeneous traffic flow involving different intelligent level autonomous vehicles.



.- Exploring the potential application of Ramp Metering systems to improve the performances of Roundabout Corridors.



.- The Research on customer demand of Asia-Europe liner shipping companies based on Kano model.



.- The Death and Life of Free-Floating Car Sharing in China: Case Study of Chengdu and Changchun.



.- Intelligent Transportation Infrastructure and Sustainable Transportation.



.- Research on Coordinated Control of Multiple Energy Storage Systems Considering No-load Voltage Differences.



.- Intelligent Transportation Systems: Enabling Sustainable Transportation and Efficient Traffic Management-A Review.



.- A Green Intelligent Transport Model for Urban Mobility.



.- RPC coordinated control strategy with battery and flywheel energy storage.



.- Experimental Virtual-reality Assessment of a Cycling Environment Using a One-boundary Drift-diffusion Model.



.- Reinforcement Learning based Smart Charging for Electric Vehicle Fleet.



.- Materials recycling and transportation infrastructure.



.- Dynamic Characteristics Analysis of High-Speed Trains Considering Wheel Polygonal Wear Under Track Irregularity Excitation.



.- Modeling Interdependencies in Intelligent Traffic Systems and Sustainable Urban Development Using Graph Neural Networks.



.- Towards a Green Future: Case Analysis and Technological Prospects for Sustainable Transportation Decarbonization.
Intelligent Transportation Systems (ITS);Autonomous Vehicles;Smart Cities;Vehicle-to-Everything (V2X) Communication;Mobility as a Service (MaaS);Artificial Intelligence in Transportation;Connected Vehicles;Traffic Management Systems;Sustainable Transportation;Urban Mobility Innovation