Transformations in wireless connectivity and location-aware technologies hold the promise of bringing a sea-change in the way transportation information is generated and used in the future. Sensors in the transportation system, when integrated with those in other sectors (for example, energy, utility and health) have the potential to foster novel new ways of improving livability and sustainability. The end-result of these developments has been somewhat contradictory. Although automation in the transportation environment has become increasingly widespread, the level of involvement and active participation by people, in terms of co-creation and contribution of information, has also increased. As a result, the following two major trends have been observed: (1) increases in Machine-to- Machine (M2M) communications; and (2) increases in the variety and volume of User-Generated Content. In this transportation paradigm, the pervasive use of Information and Communication Technologies will serve as the foundation for mobility intelligence towards an “ubiquitous information-centered mobility environment”. However, many technical and operational questions, as well as social, management and legal challenges present themselves in the transformation to this vision. The book presents a non-technical review of research and initiatives and a discussion of such opportunities and challenges.

5th International Conference on Location Based Services and TeleCartography, 2008, Salzburg

This book presents collective works published in the recent Special Issue (SI) entitled " Intelligent Transportation Systems (ITS)". These works address problems of mobility, environmental pollution, and road safety, as well as their related applications. The presented problems are complex and involve a large number of research areas and many advanced technologies, such as communication, sensing, and control, which are used for managing a large amount of information. The applications vary and include fleet management, driving behavior, traffic control, trajectory planning, connected vehicles, and energy consumption efficiency. Recent advances in communication technologies are becoming fundamental for the development of new advances in fleet management, traffic control, and connected vehicles. This works collected in this Special Issue propose solution methodologies to address such challenges, analyze the proposed methodologies, and evaluate their performance. This book brings together a collection of multidisciplinary works applied to ITS applications in a coherent manner.

Public Transport provides an accessible introductory text to the field of public transport systems, covering bus, coach, rail, metro, domestic air and taxi modes. The market structure is set out, together with data collection methods. The technology of bus and rail systems is introduced with particular reference to peak capacity and energy consumption. An analysis of cost structures and costing methods leads into a review of pricing concepts and their application. In addition to issues related to urban systems, specific chapters cover rural public transport and the long-distance sector. A concluding chapter examines long-run policy issues, such as likely population changes and scope for substitution of travel. The primary context taken is that of the British Isles, drawing extensively on data such as the National Travel Survey in England. However, the principles and findings are also broadly applicable to countries of similar per capita income and population density. This sixth edition introduces a new chapter on data collection and survey methods for public transport systems in addition to a general update of the text to reflect the latest statistical evidence, research findings and policy changes. Public Transport is an essential textbook for both students in transport and those in related fields. This is an invaluable resource for transport planners in local authorities and consultancies.