Urban Freight Analytics examines the key concepts associated with development and application of decision support tools for evaluating and implementing city logistics solutions. New analytical methods are required for effectively planning and operating emerging technologies including the Internet of Things (IoT), Information and Communication Technologies (ICT) and Intelligent Transport Systems (ITS). The book provides a comprehensive study of modelling and evaluation approaches of urban freight transport. It includes case studies from Japan, the US, Europe, and Australia that illustrate the experiences of cities that have already implemented city logistics, including analytical methods that address the complex issues associated with adopting advanced technologies such as autonomous vehicles and drones in urban freight transport. Also considered are future directions in urban freight analytics, including hyperconnected city logistics based on the Physical Internet (PI), digital twins, gamification, and emerging technologies such as connected and autonomous vehicles in urban areas. An integrated modelling platform is described that considers multiple stakeholders or agents, including emerging organisations such as PI companies and entities such as crowd-shippers as well as traditional stakeholders such as shippers, receivers, carriers, administrators, and residents. Presents procedures for evaluating city logistics technologies and policy measures Provides an overview of advanced modelling approaches, including agent-based model and machine learning Highlights the essential features of optimisation and simulation models applied to city logistics Discusses how models incorporating more uncertainty and dynamic data can be used to improve the sustainability and resilience of urban freight systems The book is ideal for graduate students in civil and environmental engineering and logistics management, urban planners, transport engineers, and logistics specialists.

City Logistics: Mapping The Future examines the key concepts of city logistics along with the associated implementation issues, methodologies, and policy measures. Chronicling the growth of city logistics as a discipline and how planning and policy have improved practice over the last ten years, it details the technologies, policies, and plans that can reduce traffic congestion, environmental impact, and the cost of logistics activities in urban freight transportation systems. The book provides a comprehensive study of the modelling, planning, and evaluation of urban freight transport. It includes case studies from the US, UK, Netherlands, Japan, South Africa, and Australia that illustrate the experiences of cities that have already implemented city logistics, including the methods used to solve the complex issues relating to urban freight transport. Presents procedures for evaluating city logistics policy measures Provides an overview of intelligent transport systems in city logistics Highlights the essential features of joint delivery systems and off-hour delivery programs Supplies an overview of access restrictions and regulations related to city logistics in urban areas Expert contributors from major cities around the world discuss regional developments, share success stories and personal experiences, and highlight emerging trends in urban logistics. Coverage includes mathematical modeling, public policy planning and implementation, logistics in urban planning designs, and urban distribution centers. The book examines the impact of recent advancements in technology on city logistics, including information and communication technologies, intelligent transport systems, and GPS. It also considers future directions in city logistics, including humanitarian logistics, alternative transport modes in co-modality, last kilometer deliveries, partnerships between public and private sectors, alternative fuel vehicles, and emerging technologies such as 3D printing.

Although society has become increasingly dependent on the timely operation of logistics systems, we still face many problems regarding efficiency, the environment, energy consumption, and safety in urban transport and logistics under normal cases and in disasters. As such, understanding how to address these challenges has become essential for creating better urban planning and policy implementation.
Presenting the best practices of leading experts from around the world, Urban Transportation and Logistics: Health, Safety, and Security Concerns provides cutting-edge concepts and a vision for urban transport and logistics relating to human security. Its comprehensive coverage supplies the foundation for examining transport and logistics systems in urban areas from the viewpoint of safety and security considerations on human life. Topics covered include:

• Hazardous material transport
• Healthy transport
• Road safety
• Network design for freight transport and supply chain
• Transport and logistics in Asian cities
• Vehicle routing and scheduling with uncertainty
• Urban transport and logistics in natural disasters
• Future perspectives on urban freight transport

The book addresses Information and Communication Technologies (ICT) and Intelligent Transport System (ITS) applications within urban logistics. It considers supply chains, road safety in hazardous material transport, and logistics and transport design in mixed traffic areas. It also introduces the notion of the megalopolis and the need for improved planning relative to human usage, freight transportation, and city logistic planning.
This book provides numerous examples and case studies of real-world scenarios from around the world, making it useful for both practitioners and researchers involved in urban transport and logistics planning."

Urban freight transport has become an essential issue in urban planning. There are many challenges and problems relating to increasing levels of traffic congestion, negative environmental impacts and energy consumption. To cope with these complicated problems, new city logistics schemes are required that are aimed at increasing the efficiency of urban freight transport systems as well as reducing traffic congestion and impacts on the environment. Recent developments in ICT (Information and Communication Technology) and ITS (Intelligent Transport Systems) help tackle these difficult problems. As well, the corporate social responsibility of shippers and freight carriers promotes public-private partnerships in urban freight transport planning.
This book, Recent Advances in City Logistics, is an outcome of the Fourth International Conference on City Logistics (City Logistics IV held in Langkawi in 2005) organised by the Institute for City Logistics (www.citylogistics.org). It includes recent developments in the modelling, evaluation and planning of city logistics schemes. Since city logistics measures have already been implemented in several cities, a review of the performance of these innovative schemes is presented. As well, an overview of the data collection for modelling, evaluating and benchmarking city logistics schemes and intermodal freight transport for city logistics is given. Recent developments and applications of ITS (Intelligent Transport Systems) in city logistics are covered.
*Outlines developments in modelling, evaluation, and planning of city logistics schemes
*Reviews performance of existing innovations
*Overview of data collection techniques

This book presents fundamental concepts and general approaches to City Logistics. City Logistics is the process of totally optimising urban logistics activities by considering the social, environmental, economic, financial and energy impacts of urban freight movement. City Logistics initiatives are required to solve urban freight transport problems including high levels of traffic congestion, negative environmental impacts, high energy consumption and a shortage of labour.
The focus of this work is on modelling City Logistics. Modelling is of crucial importance, since estimates of the impacts generated by City Logistics measures are required for evaluating them. It highlights the formulation of mathematical models of vehicle routing and scheduling with Intelligent Transport Systems (ITS), optimal terminal locations and impact estimation by City Logistics measures. Heuristics techniques such as genetic algorithms, simulated annealing and tabu search are also given to identify approximate optimal solution of these combinatorial optimisation problems.
ITS provides powerful tools for efficiently managing and operating vehicle fleets. Sophisticated logistics systems can now be developed by integrating Global Positioning Systems (GPS) and Geographical Information Systems (GIS) in conjunction with application software. In this context, the book presents a theoretical and practical treatment of modelling City Logistics based on ITS.