Advances in smart cities : smarter people, governance and solutions - Advances in smart cities : smarter people, governance and solutions -

Understanding Smart Cities: Inputs for Research and Practice Introduction Smart People Smart Economy Smart Mobility Smart Living Smart Governance Smart Environment Connecting the Perspectives: A Unified View Concluding Discussion References How Do Smart Cities Influence Governance? A Descriptive Literature Review Introduction Smart City and Its Role in Governance Research Methodology Results of Classification Benefits Sustainability Quality of Life Environment Urban Development Transport and Logistics Infrastructure Entertainment Tourism Leisure and Recreation Public Participation Social Media Crowdsourcing Challenges Political Issues Human Issues Social Issues Cultural Issues Communication Issues Behavioral Issues Security Issues Crime and Disaster Issues Privacy Issues Authenticity Issues Technological Issues Hardware and Software Incompatibility Lack of Know-How Discussion and Conclusion Future Directions References Smart People for Smart Cities: A Behavioral Framework for Personality and Roles Introduction Overview of Smart Cities Smart Economy Smart Mobility Smart Environment Smart Living Smart Governance Smart People Literature Review Research Methodology Findings and Discussion Conclusion References Self-Sustainable Integrated Township: A Resource- Based Planning to Improve the Quality of Urban Life Introduction Concept of Integrated Township Principles of Integrated Township Planning Approach to Sustainable Development Literature Review Case Study of Magarpatta City Case Study of Bhartiya City Integrated Township Diverse State Integrated Township Policies Concept Development and Methodology Zoning in the Proposed Township Residential Area Commercial Area Mixed-Use Development Area Public and Semi-Public Buildings Recreational Areas Roads Supporting Infrastructure Sustainable Water Management Decentralized Wastewater Treatment System Integrated Solid Waste Management System Solar Energy Generation Transportation Facilities Township Modeling Layout Plan and 3-D Model Mobility Plan Sustainability Indicators Environmental Indicators Social Indicators Economic Indicators Conclusion Acknowledgment References Adoption and Acceptance of Mandatory Electronic Public Services by Citizens in the Developing World: Three Case Studies from India Introduction Literature Review Smart City Electronic Government and Electronic Transaction Barriers and Challenges to E-Government Adoption Adoption Models of Information Systems and E-Governance Understanding the Stages of E-Government Growth Research Methodology Study of Systems Ministry of Finance (Income Tax Department)Different Studies on E-Government Initiatives in Taxation Organizations What Is E-Filing and E-Filing Systems?Compliance Functionality for Citizens: Mandatory through E-Filing Portal Only Filing of Income Tax Return Return Information Mismatch Other Statutory Documents Mandatory to be Filed through E-Filing Portal Only Other Mandatory E-Services by Government of India Passport Seva Project by the Ministry of External Affairs Internal Users Indian Police Call Center Indian Missions and Posts/Immigration Checkpoints MCA21 Project by the MCA Discussion and Conclusion References Role of Manufacturing Sector to Develop Smart Economy: A Competitiveness Study between India and China Introduction Industrial Policies in India Manufacturing Sector: Comparison of India and China Methodology Applied Conclusions References Concept of Smart Village in India: A Proposed Ecosystem and Framework Introduction Literature Review Definition of Smart Village Broad, General Definition Definition Driven by Data and Its Usage Definition Focusing Citizens Ecosystem of a Smart Village Issues and Challenges of Smart Villages in India Budget Constraints Smart Technology Lack of Knowledge Different Managements Energy Management Designing a Smart Village Investment Scenario Growth Strategies Governance Model of Smart Villages Technique to Measure Smart Village Performance Conclusion References Smart City: An Integrated Approach Using System Dynamics Introduction Literature Review Methodology Causal Loop Diagram Stock and Flow Diagram Assumptions Results and Analysis Recommendations and Conclusions Limitations and Scope of Future Work References Smart City Technologies: An Oversell Product of Global Technology Companies or the Ultimate Solution to the Challenges Persisting in Urban India Introduction Concept of Smart City Big Data in a Smart City Internet of Things and Smart City What Makes a Smart City Successful?How Relevant Are Smart Cities in the Indian Urban Context?Will Copying Ideas from Developed Countries Work?How Much Easier Will Land Acquisition Be for Smart Cities?Who Is Going to Control the Smart City?Smart City Must Not Be Just an IT Solution End Users as an Obstacle to Energy Efficiencies and Sustainability An Oversimplified Idea Legitimacy of Smart City Safeguarding Slum Dwellers Where Will the Natural (Organic) Growth Be?Conclusion References A Cloud-Based Mobile Application for Cashless Payments to Enhance Transportation Mobility in India Introduction Literature Review Existing Models Rise in Mobile Phone Internet Users in India Proposed Cloud-Based Model Merits Limitations Conclusion and Future Scope References Financial Viability of Energy Conservation Using Natural Light in an Institutional Building in India Introduction Methodology Results and Discussions Optimizing Daylight Level Orientation Visual Light Transmittance of the Window Glazing Window-to-Wall Ratio Window-to-Wall Ratio Combined with VLT Suggested Passive Techniques for Daylight Optimization Light Shelves Light Pipe with Multiple Reflectors Reducing Lighting Power Density of Artificial Lighting Techno-Economic Evaluation Initial Capital Cost Benefit-to-Cost Ratio CO 2 Emissions Reduction Conclusions References Management of Multidimensional Risk for Digital Services in Smart Cities Introduction Overview of Smart Cities Definitions of Smart Cities Smart City Dimensions Smart People Smart Economy Smart Mobility Smart Environment Smart Living Smart Governance Smart City Governance Public Utilities and Information-Based Services What Are Digital Services?Service versus Digital Service What Are the Different Categorizations/Classifications of Digital Services?Categorization of Digital Services in Published Literature Technology-Free Consumer Contact Technology-Assisted Consumer Contact Technology-Facilitated Consumer Contact Technology-Mediated Consumer Contact Technology-Generated Consumer Contact What Is Risk?Perceived Risk Dimensions of Perceived Risk Multifaceted Risk Mapping for Different Categories of Digital Services Multifaceted Risk Mapping for Technology-Assisted Consumer Contact Multifaceted Risk Mapping for Technology-Facilitated Consumer Contact Multifaceted Risk Mapping for Technology-Mediated Consumer Contact Multifaceted Risk Mapping for Technology-Generated Consumer Contact Multifaceted Risk Mapping for Technology-Free Consumer Contact Conclusion Future Research References M-Commerce in Smart Cities: Changing Mindsets of Individuals, Organizations, and Society Introduction Research Methodology Mobile Commerce: An Overview M- Commerce Impact: Individual Perspective Access to Information Fast Purchase Opportunity M -Commerce Impact: Business/Workplace Perspective Ubiquity Dissemination M- Commerce Impact: Society Perspective Importance of M-Commerce in Smart Cities Broad Characteristics of Smart Cities Barriers to Local and Global Mobile Commerce Adoption SWOT Analysis of Mobile Commerce (Figure 13.5)Results and Discussion Conclusion References The Shift toward a Sustainable Urban Mobility through Decision Support Systems Introduction DSSs for Top-Down Planning and Management A Simulation-Based DSS for Electric Urban Mobility First Tier: Diffusion of Electric Vehicles in the Target Market Second Tier: Micro Simulation of Realistic Urban Mobility in the Target Urban Scenario Third Tier: Impact of EVs on the Energy Distribution Network in the Target Scenario A DSS to Improve the Performance of Car-Sharing Schemes DSSs for Smart Citizens TrafficO2: A DSS for Sustainable and Environmentally Friendly Trips Based on a Serious Game Conclusions References Low-Carbon Logistics Network for Smart Cities: A Conceptual Framework Introduction Literature Review of Smart City Logistics Networks Review of Indicators of Smart Cities Review of City Logistics Models for Smart Cities Review of Technology-Enabled Logistics Networks for Smart Cities Problem Description Low-Carbon Logistics Networks for Smart Cities Case Study Case Study 1 Case Study 2 Conclusion and Future Scope of Work References