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Traffic engineering. --- Traffic engineering

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Traffic engineering --- Traffic engineering.

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L'accroissement des mobilités de passagers et des circulations marchandes constitue, à partir de la seconde moitié du xviiie siècle, un véritable défi pour les forces de l'ordre chargées de leur contrôle. Cet ouvrage entend saisir les dynamiques historiques de ce contrôle en Europe et aux États-Unis, par une analyse des acteurs, des pratiques et des lieux où il s'exerce de New York à Naples, d'Anvers à Marseille. Cette régulation des trafics présente des configurations différentes selon les modes de transport (voiture à cheval ou automobile, chemin de fer, navigation à voile ou à vapeur), les échelles d'observation et les types de mobilités. Résolument inscrite dans les évolutions récentes de ce champ de recherche, la démarche est ici empirique, attentive à la façon dont les institutions évoluent sans cesse à travers leur action. Ce faisant, cette étude entend montrer en quoi les dynamiques territoriales propres aux mobilités contribuent depuis le xviiie siècle à former, modeler, reconfigurer les pratiques de leur discipline et de leur régulation.

Traffic engineering.

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This book focuses on aspects related to new perspectives and challenges in traffic and transportation engineering supporting energy saving in smart cities. Transportation, like other spheres of human activity, is constantly changing due to economic development. People are constantly improving the ways of moving using various energy sources, expanding infrastructures, and adapting cities to increasing traffic volumes. Many of the contents presented in this book are characterized by a multidisciplinary approach to a global problem. Topics of interest include, but are not limited to, the following: road traffic measurements; data analysis; road traffic (micro-, meso-, macro-) modeling; simulation models; road and intersection capacity; optimization, route choice; human factor in road traffic and transportation engineering; road safety; pedestrian and bicycle traffic and infrastructure; public transportation solutions; parking issues; contemporary problems of road traffic engineering and sustainable transportation; intelligent transportation systems (ITS); traffic control and management; smart grid services; electric mobility; environmental impacts of transportation systems; life cycle analysis (LCA) of alternative energy vectors for road vehicles; transportation systems and process modeling; sustainable transportation development; life cycle impact; fuel consumption; and emissions.

Traffic engineering.

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Traffic engineering