Tartalomjegyzék

• INNOVATIVE PASSENGER TRANSPORTATION SYSTEMS
• Copyright page
• Foreword
• chevron_right1. The basics of passenger transportation systems
  • 1.1. The rudiments of system theory
  • 1.2. The characterization of passenger transportation systems
  • 1.3. Demand and supply in passenger transportation systems
  • 1.4. Using telematics
  • 1.5. Quality assessment in passenger transportation systems
• chevron_right2. Travel modes
  • 2.1. The basic process of individual and public transportation modes
  • 2.2. The basic process of transitional (novel) transportation modes
  • 2.3. The information management of individual and public transportation modes
  • 2.4. The information management of transitional (novel) transportation modes
  • 2.5. Mobility palette – comparative analyses
  • 2.6. Travel chains
• chevron_right3. Models of transportation information systems
  • 3.1. The modelling methods of transportation information systems
  • chevron_right3.2. The structural model
    • 3.2.1. Modelling the elements
    • 3.2.2. Modelling the connections between elements
  • chevron_right3.3. The functional model
    • 3.3.1. The adaptivity of the system
    • 3.3.2. Organisational structure
    • 3.3.3. The structure of activities
    • 3.3.4. The functions of management levels and the characteristics of information handling
  • 3.4. The informatics structure of passenger transportation
• chevron_right4. The evolution of passenger transportation systems
  • 4.1. Historical background
  • chevron_right4.2. The development of infocommunication and vehicle technology
    • 4.2.1. Intelligent vehicles
    • 4.2.2. Cooperative systems
  • chevron_right4.3. Altering the mobility system into an integrated information system
    • 4.3.1. Traveller informatics related to vehicles
    • 4.3.2. The collection of fees
  • 4.4. Mobility as a service
  • 4.5. The impacts of alteration
• chevron_right5. The electromobility system
  • 5.1. Technology overview: The classification of energy sources and vehicles
  • 5.2. The model of an electromobility system
  • 5.3. Electromobility services
  • chevron_right5.4. The charging infrastructure
    • 5.4.1. The inter-city charging station deployment method
    • 5.4.2. The intra-city charging station deployment method
  • 5.5. Charging management on smart grids
  • 5.6. The Total Cost of Ownership
  • 5.7. Integrated information systems and services
• chevron_right6. Passenger transportation systems based on autonomous vehicles
  • 6.1. Technology overview: Automation levels
  • 6.2. A model of transportation system based on AVs
  • 6.3. Mobility services based on AVs
  • 6.4. Planning
  • 6.5. Operation
  • 6.6. Impacts
• chevron_right7. Modelling the behaviour of smart travellers
  • 7.1. Influencing travel behaviour
  • 7.2. Traveller decisions
  • 7.3. Infocommunication technology
  • 7.4. Applications supporting mobility decisions
  • 7.5. Alteration in human abilities
  • 7.6. The value of information
• References

Kiadó: Akadémiai Kiadó

Online megjelenés éve: 2019

ISBN: 978 963 059 941 2

Transportation systems are complex and dynamic systems which are influenced by the advancement of economy, society, environment and technology. The application of novel solutions in vehicle and information technologies and the need for sustainability result in significant changes that alter travellers’ behaviours, too. In this book, the concepts, correspondences, technologies, fields of application and further development directions related to passenger transportation systems, travel modes and operation are examined. Since the passenger transportation system is transforming more and more into a special automated information system, the book deals with the modelling methods of complex information systems and the application of models related to transportation. We present, evaluate and compare novel travel modes and solutions and give a realistic scenario for the upcoming changes and opportunities. This book is the result of our continuous research. Primarily, we synthesize the long-standing knowledge that is the basic requirement of a master course (MSc). Hence, we use a high level of abstraction. We consider it important that MSc students realize the logical correspondences focusing on systems and processes, building on the knowledge they acquired previously, during their BSc courses. Thus, the graduates can take a significant part in the operational management, as well as the planning, research, development and innovation of complex systems.

Key words: innovation, informatics, system, infocommunication, passenger transportation, structural model, functional model, dynamism, integration, multimodality, travel chains, mobility service, shared mobility, electromobility, autonomous vehicles, smart traveller

Hivatkozás: https://mersz.hu/csiszar-csonka-foldes-innovative-passenger-transportation-systems//