Sustainable Transportation and Smart Logistics

<p>Part I: Basic Concepts in Transportation</p> <p>1. Sustainable Transportation: Concepts and Current Practices</p> <p>2. Introduction to the Technology, Applications, and Costs of Land Transport</p> <p>3. Environmental Sustainability in Ports</p> <p>4. A Review of Sustainability in Aviation: a Multidimensional Perspective</p> <p>5. Intermodal Transport: Importance, Structure, and Planning Approaches</p> <p>Part II: An Approximation to Sustainable Transporation and Smart Logistics </p> <p>6. Economic Measurement of Environmental Costs for Transportation Activity</p> <p>7. Green Network Design Problems</p> <p>8. Sustainable Logistics with Cargo Bikes: Methods and Applications</p> <p>9. Environmental Sustainability of Transportation Terminals</p> <p>Part III: Decision-Making in Sustainable Transportation and Smart Logistics</p> <p>10. Decision-Making Using Exact Optimization Methods in Sustainable Transportation</p> <p>11. Decision-Making Using Metaheuristic Optimization Methods in Sustainable Transportation</p> <p>12. Decision-Making Using Simulation Methods in Sustainable Transportation</p> <p>Part IV: Current and Future Trends in Sustainable Transportation and Smart Logistics</p> <p>13. Current and Future Dynamic Passenger Transport Services: modelling, Simulation, and Fleet Optimization in a Sustainable Transport System</p> <p>14. Sustainable Road Traffic by Using Evolutionary Algorithms</p> <p>15. Crowd-Based City Logistics</p> <p>16. Future Trends in Sustainable Transportation</p> <p>Part V: Applications and Case Studies</p> <p>17. Enabling Smart city Provenance-Based Applications to Improve Urban Mobility in Brazilian Cities</p> <p>18. The Trade-Off between the Three Columns of Sustainability: A Case Study from the Home Service Industry</p>