Call for Paper

The submission Web page for TRANSSLOGISTICA2024 is https://easychair.org/conferences/?conf=translogistica2024.

Workshop 1: Railway Transport Economics and Management

We are welcoming all the works associated with but not limited to the following issues:

— Simulation and optimization for Railway Operations Management
— Demand and supply for transport
— Costs structure and economies of scale, density and scope properties
— Transport policy, regulation and competition
— Railway economics and financial
— Railway cost structures
— Costs and comparative advantage
— Costing railway services and traffic
— Railway pricing and problems with common costs and joint costs
— Financial contribution analysis,
— Commercial management
— Railways structure and governance
— Administering the railways, the roles of government
— Buying services from railways
— Setting the regulatory framework
— Creating commercial railway structures
— railway infrastructure and intelligent railway transport
— digital rail
— safety and natural hazard management
— dispatching, signalling, train control, automatic train operation
— estimation of traffic demand and capacity
— transport economic modelling for railways
— application of big data technologies in railway transport

Workshop 2: Waterborne Transport Research

— management system in the field of river transport;
— rules for registering ships, rules for transporting goods on river transport, rules for navigation on inland waterways, rules for the technical use of river transport;
— prevention of pollution of inland navigation waters;
— labor protection rules for workers of river ports and river transport;
— state investment policy in the field of river transport;
— optimization of the use of inland waterways;
— transport security in the field of river transport;
— development of regulatory and legal documents establishing technical requirements that ensure the protection of human life on the water, safe transportation of goods, safe navigation of watercraft and conditions for their use;
— classification of ships and floating craft, ship certificates confirming ownership of ships and floating craft, classification of certificates confirming their suitability for operation by technical condition;
— preventing pollution of inland waterways with oil, sewage and garbage;
— development of environmental and sanitary standards related to the field of river transport;
— technical control during the construction, repair and re-equipment of ships;
— methods of testing the knowledge of crew members of ships and watercraft based on current standards, guidelines and programs;
— organizing the passage of communication lines, gas pipelines, drinking water and other pipelines through ports, marinas, shores, navigable water structures and fairways
— improving the environmental performance of marine engines
— lowering lifecycle costs
— innovating in inland waterways

Workshop 3: Aviation and Airport Management

Presentation of scientific research results on the following topics is welcomed:

— trust management of airports on the basis of public-private partnership, reduction in aviation fuel prices;
— increasing air transit potential;
— economic measures to increase aviation revenues through the introduction of parking lots, development of hotels, Duty Free services, catering, as well as attracting cargo flights, based on the regional potential of airports;
— investigation of aviation accidents and incidents

Workshop 4: Road Freight, Heavy-duty vehicles (HDVs)

— Modern freight strategy and new business models
— battery-electric trucks
— Technology and Finance to accelerate decarbonisation
— interoperable charging networks
— innovative energy management approaches for large-scale charging hubs
— Vehicle cost and finance
— regulators’ approaches to emission standards, carbon pricing
— Truck Finance and Investment
— financial models for evaluating the cost-effectiveness of electric fleets
— An AI to Fleet Decarbonisation
— IoT in Road Freight
— Business Models for Freight and Logistics Services
— trucking as a service (TaaS) within SME’s
— charging as a service (CaaS) and the importance of interoperability
— fleet as a service (FaaS) for businesses managing fleets
— Public-Private Partnerships in Charging Infrastructure
— Smart Charging Solutions
— Cutting-Edge Transport Charging Technologies
— charging and refuelling solutions including apps and payment options
— charging interoperability, including network-to-charging, station-network, V2G, dynamic charging
— — regulatory frameworks for low emission trucks
— regulators’ approaches to emission standards and carbon pricing
— planning policy and targeted interventions in road freight decarbonisation
· uptake policy of ZEVs, low carbon fuels and efficiency measures

Workshop 5:   Development of Road Infrastructure

Presentation of scientific research results on the following topics is welcomed:

— development of regulatory documents in the field of development and improvement of road construction;
— development of existing transport corridors and creation of new transport corridors;
— safety of transportation along mountainous sections of strategic highways;
— development of an effective system of management, financing and expenditure of funds in the road sector;
— planning repair work to ensure the restoration of worn-out road surfaces and other road structures;
— improving road safety,
— reducing the negative impact of the transport and road complex on the environment;
— improving and expanding the highway network, based on the needs of the economy and population, as well as solving strategic problems of the state;
— strengthening the material and technical base of the road industry to achieve its goals;
— improvement of the regulatory, legal and technical base of the road sector;
— legal regulation of road construction development;
— planning the construction of roads bypassing populated areas in order to eliminate transit flows in these areas;
— development of a network of expressways to integrate them into the European and Asian international highway system, providing access to important transport hubs, seaports and terminals;
— improvement of highways in recreational areas of highly urbanized areas;
— automated traffic control systems using information and telecommunication technologies;
— landscaping of highways;
— formation of road routes that ensure maximum efficiency of interregional and international road transport;
— economic justification for the construction of new toll tunnels and highways, including on the basis of public-private partnerships;
— increasing the defensive value of highways;
— increasing the level of safety and reliability of road traffic;
— legal support for the implementation of automated traffic control systems;
— rules for operating roads to ensure comfortable and safe traffic,
— modernization of the material and technical base of the road construction industry;
— management of enterprises in the road construction industry;
— planning and creation of repair and production facilities for the maintenance and repair of road construction equipment.

Workshop 6: Transport Economics and Policy

We are welcoming all the works associated with but not limited to the following issues:

— Investment Policy
— Transportation as an Economic Indicator
— Transportation Services Index as an Economic Indicator
— Demand for Transportation Services: Transportation Services Index
— For-hire Freight and Passenger Transportation Modal Data
— Freight Transportation’s Relationship to the Economy
— Contribution of Transportation to the Economy
— Final Demand Attributed to Transportation Relative to Other Goods and Services
— Contribution of Transportation Services to the Economy and the Transportation Satellite Accounts
— Transportation Used to Produce Goods and Services
— Value of Transportation Infrastructure and Other Assets
— Transportation Capital Stock
— Government Transportation Revenues and Expenditures
— The Role of Incentives in the Mobility-as-a-Service Value Chain
— Innovative and applied methods in transport planning
— Developing models for policy and decision-making;
— Global trends impacting transport
— Data security and legal issues
— Micro Economics of Transportation
— Transportation and Economics Development
— Organizational Structure and Legal Aspects of Transport

Workshop 7:   Traffic Safety Risk Evaluation, Prevention, Control

— Behavioral modeling in Intelligent Transport Systems (ITS)
— Cyber-physical-social systems for ITS
— Driver and traveler support systems
— Human factors and HMI
— Management of incidents and evacuation
— Naturalistic driving datasets and data analytics
— Security, privacy and safety systems
— Sensors, detectors and actuators in ITS
— Vehicle localization and autonomous navigation
— Vision and environment perception, detection of vulnerable road users and animals
— Traffic Safety Analysis and Prevention via Multiple Data Sources and Artificial Intelligence Techniques
— Methods and Technologies for Next-Generation Public Transport Planning and Operations
— Safety, Behavior, and Sustainability under the Mixed Traffic Flow Environment
— Empirical Research on Pedestrians’ Behavior and Crowd Dynamics
— Complex Network Analysis of Transportation Systems
-Technologies for Privacy Preserving, Modelling, Dimensioning, and Communications in Internet of Vehicles (IoVs)
— Collaboration and Sustainability in Emergency Transport Resource Configuration
— Surrogate Safety Measures in Traffic Safety Analysis
— Traffic Efficiency and Safety in Mixed Traffic Flow Environments
— Methodologies for the Analysis and Prevention of Aviation Safety Occurrences
— Role of the Private Sector in Road Safety

Workshop 8: Intelligent Transport Systems and Smart Mobility

We are welcoming all the works associated with but not limited to the following issues:

— Mobility-as-a-Servic (MaaS)
— Connected and Automated Vehicles​ (AVs)
— intelligent robotic vehicles;
— AI and deep learning in ITS
— Artificial transportation systems
— Computer Vision Techniques in Intelligent Transportation Systems
— Data Analysis for Self-Driving Vehicles in Intelligent Transportation Systems
— Smart and Resilient Transportation Infrastructure Systems
— Computational Intelligence Systems for Vehicular Ad Hoc Networks
— advanced driver assistance systems;
— advanced communication technologies (V2V, V2I, V2X…) and automated transportation systems
— vehicular safety, active and passive;
— vehicle environment perception, driver state and intent recognition;
— wireless communications technologies (floating car data, sensing and computational technologies);
— eco-driving and energy efficiency vehicles;
— intelligent transport systems and its impact on traffic flows;
— cooperative vehicle-infrastructure systems;
— traffic collision avoidance and proximity detection technology;
— pedestrian protection;
— assistive mobility systems;
— image, radar, LIDAR signal processing;
— urban traffic modeling and analysis

Workshop 9: Sustainable Transport and Fuels

We are welcoming all the works associated with but not limited to the following issues:

— Energy efficiency and emission reduction
— Clean fuels (biodiesel, biogas/CNG, electric and hybrid Vehicles, LPG, hydrogen vehicle)
— Energy efficiency in transportation;
— Energy-saving and health-promotion traffic facilities;
— Energy efficiency of municipal transportation facilities;
— Energy and public utilities in transportation (including heat, electricity, gas and water supply);
— Energy price management and efficient pricing;
— Sustainable transport (public transport, ports and marine; railway transport engineering, air transport operations
— Batteries and energy storage, hydrogen storage;
— Compressed air engines;
— Internal combustion engines;
— Fuel cells;
— Fuel efficiency;
— Hybrids and hydraulic hybrids;
— Connected and Automated Vehicles​
— Sustainable Land use and transport interactions;
— Environmental-economic modelling;
— Shared mobility for transport and its environmental impact;
— Big data aided vehicular network for transport and environmental;
— Impact of extreme weather events and climate change on roadway transportation systems;
— Sustainable mobility in alternative transport systems;
— BIM for infrastructures: from planning and design to the maintenance phase
— Vehicle Scrappage Policy

Workshop 10: Freight and Logistics

We are welcoming all the works associated with but not limited to the following issues:

— Big Data for transport and logistics
— freight policy development,
— city logistics,
— logistics and multimodal transport
— trans-national networks,
— air cargo transport,
— ports and maritime policy,
— global supply chain management, technology/application for supply chain,
— e-business and e-commerce,
— smart contract and asset management,
— production and delivery synchronization,
— facility planning and management;
— electronic documents for freight transport
— performance management and human factors;
— applications of artificial intelligence (robotics, truck platooning, and virtual agents)
— LEAN and six-sigma;
— modelling and simulation;
— maintenance and reliability;
— strategic alliances,
— freight and environment, sustainability and green systems