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[null,"1.","Record Nr.",null,"UNINA9911004730003321"]
[null,null,"Autore",null,"Avery Paul A"]
[null,null,"Titolo",null,"Disruptive Emerging Transportation Technologies"]
[null,null,"Pubbl/distr/stampa",null,", : American Society of Civil Engineers, , 2022"]
[{"$nulls":4},"©2022"]
[null,null,"ISBN",null,"1-5231-4475-0"]
[{"$nulls":4},"0-7844-8390-6"]
[null,null,"Edizione",null,"[1st ed.]"]
[null,null,"Descrizione fisica",null,"1 online resource (345 pages)"]
[null,null,"Disciplina",null,"629.04"]
[null,null,"Soggetti",null,"Transportation - Technological innovations"]
[{"$nulls":4},"Traffic engineering - Technological innovations"]
[{"$nulls":4},"Industry 4.0"]
[null,null,"Lingua di pubblicazione",null,"Inglese"]
[null,null,"Formato",null,"Materiale a stampa"]
[null,null,null,"Livello bibliografico","Monografia"]
[null,null,"Nota di contenuto",null,"Intro -- Book_5160_C000 -- Half Title -- Title Page -- Copyright Page -- Contents -- List of Chapter Authors -- Preface -- Acknowledgments -- Book_5160_C001 -- Chapter 1 :  Emerging Technologies Impacting the Future of Transportation -- 1.1    Transportation Artificial Intelligence and Machine Learning -- 1.1.1    Introduction to Artificial Intelligence and Machine Learning Techniques for Transportation Application -- 1.1.2    Introduction to Transportation Systems Management and Operation -- 1.1.3     Use Cases for Artificial Intelligence and Machine Learning in Transportation -- 1.1.3.1   Traffic Control -- 1.1.3.2   Decentralized Congestion Mitigation -- 1.1.3.3   Smart Work Zone Management -- 1.1.3.4   Wrong-Way Driver Detection and Mitigation -- 1.1.3.5   Cybersecurity Threat Detection and Mitigation -- 1.1.4   Conclusions of Section 1.1 -- 1.2    Edge Computing, Fog Computing, and Cloud Computing Technologies -- 1.2.1   The Demand on the Existing Transportation Infrastructure -- 1.2.2   Cloud Computing as an Alternative Solution -- 1.2.3   Demand of Edge Computing -- 1.2.4   Overview of Edge Computing Technologies -- 1.2.5   Cloudlet -- 1.2.6   Mobile Edge Computing -- 1.2.7   \"Fog\" Computing -- 1.2.8    Development of Edge Computing and Associated Technologies -- 1.2.8.1   Edge Computing and Cloud Computing -- 1.2.8.2   Edge Computing and Internet of Things -- 1.2.8.3   Edge Computing and 5G -- 1.2.9   Transportation Scenarios of Applying Edge Computing -- 1.2.10   Building Decentralized ITS "]
[{"$nulls":4},"Infrastructure -- 1.2.11    Impact of Edge Computing on Connected and Automated Vehicle Roadside Infrastructure Migration -- 1.2.12   Summary of Section 1.2 -- 1.3    Fifth-Generation Innovative Communications Technology -- 1.3.1   Review of 5G Data Services -- 1.3.2    Impact of 5G Data Services on Smart Transportation Infrastructure Enhancement."]
[{"$nulls":4},"1.3.2.1   Enhanced Mobile Broadband Service Impact -- 1.3.2.2   Massive Machine-Type Communications Service Impact -- 1.3.2.3   Ultrareliable and Low-Latency Communications Service Impact -- 1.3.3    Impacts of 5G Data Services on Connected and Automated Vehicle Migration -- 1.3.4   Impact of Continuous Evolution on 5G Standards -- 1.3.5   Testing and Demonstration of 5G Cellular V2X -- 1.3.6   Challenges in the United States with 5G Cellular V2X -- 1.3.7   Summary of Section 1.3 -- 1.4    Design and Development of Virtual Reality-Based Driving Simulation -- 1.4.1   Virtual Reality -- 1.4.2   Simulation of the Real World -- 1.4.3   Interactivity and Interface -- 1.4.4   Hardware -- 1.4.5   Software and Scenario Creation -- 1.4.5.1   Planning Stage -- 1.4.5.2   VR Creation Stage -- 1.4.5.3   Data Collection and Analysis -- 1.4.6    Demonstrated Study of Urban Mobility in Driving Simulation -- 1.4.7   Conclusion and Challenges to Section 1.4 -- 1.5    Applied Internet of Things Technologies in Transportation -- 1.5.1   Overviewing of Internet of Things Technologies -- 1.5.2   IoTs Communication Technologies and Protocols -- 1.5.3    Standardization Migration of Internet of Things Technologies -- 1.5.3.1   Internet of Things Sensors -- 1.5.3.2    Internet of Things Supporting Cloud Services and Application Layer Protocols -- 1.5.3.3   Internet of Things Application Domains -- 1.5.3.4   Linking Internet of Things with Other Technologies -- 1.5.3.5   Impact of 5G Migration -- 1.5.3.6   Impact of Edge Computing -- 1.5.4   Transportation Scenarios of Applying Internet of Things -- 1.5.4.1    Transportation Infrastructure Monitoring and Asset Management by Internet of Things -- 1.5.4.2   Bridge Monitoring by Internet of Things -- 1.5.4.3   Smart City and ITS Applications with Internet of Things."]
[{"$nulls":4},"1.5.4.4   Connected and Automated Vehicles and Internet of Things -- 1.5.5   Conclusion of Section 1.5 -- References -- Book_5160_C002 -- Chapter 2 :  Surface Transportation Automation -- 2.1    Concepts of Vehicles in Compliance with Society of Automobile Engineers Automation Levels -- 2.1.1   Society of Automobile Engineers Automation Levels -- 2.1.2   Connected Vehicle -- 2.1.3   Autonomous Vehicle -- 2.1.4   Cooperative Vehicles with Automation -- 2.1.5   Autonomous Shuttle -- 2.1.5.1   Operation Design Domain -- 2.1.5.2   Deployment of Autonomous Vehicles/Shuttles -- 2.1.5.3   Autonomous Shuttle as Micro Transit -- 2.2   Key Supportive Systems of Connected Vehicles -- 2.2.1   Safety Systems -- 2.2.2   Mobility Systems -- 2.2.3   Environment Systems -- 2.3   Key Design Elements of Autonomous Vehicles -- 2.3.1   Perception -- 2.3.2   Navigation -- 2.3.3   Localization -- 2.3.4   Command and Control -- 2.3.5   Health Monitoring -- 2.3.6   Behavior Architecture -- 2.3.7   World Model -- 2.3.8   Advantages of Lower Levels of Automated Driving -- 2.3.8.1   Collision Avoidance and Emergency Braking -- 2.3.8.2   Steering and Lane Keeping -- 2.3.8.3   Bus Platooning -- 2.3.8.4   Managed Lanes for Automated Shuttles -- 2.4     Distributed Ledger Technologies for Connected and Autonomous Vehicle Systems -- 2.4.1   An Introduction to Distributed Ledger Technology -- 2.4.2   Use of Distributed Ledger Technology in Transportation -- 2.5    Application of Transportation Automation Technologies -- 2.5.1   Connected and Automated Vehicle Applications -- 2.5.2   Mobility Smart Contracts -- 2.5.3   Cooperative Driving Automation -- 2.5.4   Security Considerations -- 2.6    Driving "]
[{"$nulls":4},"Automation Definition and Autonomous Vehicle Laws -- 2.7   Summary -- References -- Book_5160_C003 -- Chapter 3 :  Autonomous Vehicle Testing -- 3.1   Introduction."]
[{"$nulls":4},"3.2   Autonomous Vehicle Technology Testing -- 3.3   Mechanical Testing -- 3.3.1   Safety Systems -- 3.3.2   Engine and Drivetrain -- 3.4   Software and Cyber Security Data Testing -- 3.4.1   Driving Model -- 3.4.2   Sensor Interfaces -- 3.4.3   Cybersecurity -- 3.4.4   Cyber Data Testing -- 3.4.5   System of Software Systems Testing -- 3.5   Combined System Testing -- 3.6   Complete Vehicle Testing -- 3.7   System of Systems Testing -- 3.8   Version Testing -- 3.9   Simulated versus Real-World Testing -- 3.10   Analysis Frameworks -- 3.11   Software Simulation -- 3.11.1   Design Simulation -- 3.11.2   Software in the Loop Simulation -- 3.11.3   Hardware in the Loop Simulation -- 3.11.4   Driving Simulator -- 3.11.5   Environment Simulation -- 3.11.6   Virtual Reality-Based Simulation -- 3.12   DOT-Approved AV Proving Grounds -- 3.13   Testing Facilities -- 3.13.1   MCity (Michigan) -- 3.13.2   Transportation Research Center (Ohio) -- 3.13.3   Area X.O (Ottawa, Canada) -- 3.13.4   GoMentum Station (California) -- 3.13.5   Automated Driving Systems for Rural America (Iowa) -- 3.14   Upcoming Testing Facilities -- 3.14.1   SunTrax (Florida) -- 3.14.2   Curiosity Lab (Georgia) -- 3.15   Current Deployments -- 3.16   Impact of Policies on AV Testing -- 3.17   Critical AV Testing Issues for Future Deployment -- 3.18   Summary -- References -- Book_5160_C004 -- Chapter 4 :  Emerging Delivery and Mobility Services -- 4.1   Automated Delivery and Logistics -- 4.1.1   Background -- 4.1.2   Benefits of Automation of Delivery and Logistics -- 4.1.3   Automated Delivery and Logistic Applications -- 4.1.3.1   Last-Mile Transportation -- 4.1.3.2   Automated Freight Ports -- 4.1.3.3   Automated Warehouse Management -- 4.1.3.4   Automated Fleet Management -- 4.1.3.5   Automated Reverse Logistics -- 4.1.4   Technology in Automated Delivery and Logistics."]
[{"$nulls":4},"4.1.4.1   Technologies Used in Freight Delivery -- 4.1.4.2   Technology Used in Warehouse Management -- 4.1.4.3   Future Technologies in Automated Delivery and Logistics -- 4.1.5   Policy Considerations -- 4.1.6   Future Research Directions -- 4.2   Mobility as a Service -- 4.2.1   Role of Mobility as a Service in the Context of Smart Cities -- 4.2.2   Implementation Features of Mobility as a Service -- 4.2.2.1   Core Characteristics of Mobility as a Service -- 4.2.2.2   Mobility as a Service Integration -- 4.2.2.3   Key Elements of Mobility as a Service Ecosystem -- 4.2.3   Review of Mobility as a Service Initiatives around the World -- 4.2.4   Application of Technologies in Mobility as a Service -- 4.2.5   Potential Research Areas -- 4.2.5.1   Research Needs for Understanding Customers -- 4.2.5.2   Research Needs for Business Models -- 4.2.5.3   Research Needs for Policy Implications -- 4.3   Mobility on Demand -- 4.3.1   Importance of Mobility on Demand Services -- 4.3.1.1   Mobility Needs -- 4.3.1.2   Travel Behaviors -- 4.3.1.3   Existing Transportation Services -- 4.3.2    Implementation Features of Different Mobility on Demand Business Models for Passenger and Goods Movement -- 4.3.2.1   Business-to-Consumer -- 4.3.2.2   Business-to-Government -- 4.3.2.3   Business to Business -- 4.3.2.4   Peer-to-Peer Mobility Marketplace -- 4.3.2.5   Peer-to-Peer Delivery Marketplace -- 4.3.3   Technologies Enabling Mobility on Demand Services -- 4.3.4    Contribution of Mobility on Demand in Shared Mobility Ecosystem -- 4.3.5   Future Research Direction -- 4.4   Summary -- References -- Book_5160_C005 -- Chapter 5 :  Shared Sustainable Mobility -- 5.1   Shared Vehicle Services -- 5.1.1   Background -- 5.1.2   Shared Vehicle Services and Transformed Mobility Patterns -- 5.1.2.1   Ride-Sharing Service Models -- 5.1.2.2   "]
[{"$nulls":4},"Ride-Sharing Policy Considerations."]
[{"$nulls":4},"5.1.2.3   Carsharing Service Models."]
[null,null,null,"Sommario/riassunto","This book provides a forward-looking overview of the relevant 4IR technologies and their potential impacts on future disruptive emerging transportation."]