Smart Cities for Sustainability : Approaches and Solutions / edited by Mohammed El Amine Abdelli [and four others].

Format:

Book

Contributor:

Abdelli, Mohammed El Amine, editor.

Series:

Advanced series in mathematical physics ; Volume 32.

Advanced Series in Management Series ; Volume 32

Language:

English

Subjects (All):

Regional planning.

Urban economics.

City planning.

Physical Description:

1 online resource (257 pages)

Edition:

First edition.

Place of Publication:

Leeds, England : Emerald Publishing Limited, [2024]

Summary:

As decision-makers apply digitalization in global cities to achieve their SDG goals, contributors from around the world here shed light on forthcoming developments in Smart Cities, and set out how to plan for increasingly rapid changes,.

Contents:

Front Cover

Smart Cities for Sustainability

ADVANCED SERIES IN MANAGEMENT

SMART CITIES FOR SUSTAINABILITY: APPROACHES AND SOLUTIONS

Copyright

CONTENTS

1. Smart Cities and Technologies

Post-Pandemic Urban Planning and Use of Information Technologies in Smart Cities

Abstract

1. Introduction

2. Definition of Smart City

3. Characteristics of Smart City

4. Information Technologies at the Foundation of Smart Cities

4.1 Big Data and Data Mining

4.2 Internet of Things (IoT)

4.3 Cloud Computing Technology

4.4 Artificial Intelligence (AI)

4.5 Industry 4.0

5. Smart City Applications in the World

6. Conclusion

References

Smart Destinations and Eco-friendly Practices

2. Smart Destinations and the Characteristics of Smart Destinations

3. Smart Tourism and Eco-Friendly Practices

3.1 Information Communication Technologies

3.1.1 Traffic Control Systems

3.1.2 Air Quality Monitoring Systems

3.1.3 Noise Monitoring Systems

3.1.4 Energy Monitoring Systems

3.1.5 Waste Management Systems

3.1.6 Smart Parking Systems

3.1.7 Smart Lighting Systems

3.2 Green Energy

3.3 Green Infrastructure

3.4 Green Applications

3.5 Low Carbon

4. The Future of Smart Destinations

5. Problems and Solutions

An Alternative Model of Living: Smart Eco-cities

2. Eco-city

3. Smart City

4. Components of the Smart City

4.1 Smart Governance

4.2 Smart Economy

4.3 Smart Mobility

4.4 Smart Environment

4.5 Smart People

4.6 Smart Living

5. Smart Eco-City

5.1 Smart Eco-City Project Examples

5.2 Munich, Germany

5.3 Amsterdam, Netherlands

5.4 Bristol, UK

5.5 London, UK

5.6 Milton Keynes, UK

5.7 Chengdu, China

5.8 Kunming, China

5.9 Shanghai, China.

5.10 Tianjin, China

5.11 Lyon, France

6. Conclusion and Implications

Urban Transport Solutions for a Sustainable and Smart Mobility Future: Macro-Environmental Analysis

2. Concept of Smart City

3. An Overview

3.1 Global Energy Situation

3.2 Transport Sector General Situation

4. Sustainable and Smart Mobility

4.1 Definition

4.2 Novel Transportation Technologies

4.2.1 Electric Technology

4.2.2 Autonomous Vehicle

4.3 Intelligent Transportation Systems

5. Challenges and Opportunities: PESTEL Analysis

5.1 Political and Legal Factors

5.2 Economic Factors

5.3 Social Factors

5.4 Technical Factors

5.5 Environmental Factors

Evaluation of Smart City Projects in Eco-Gastronomy Dimension: The Example of Turkey

1.1 Sustainability

1.2 Definition, Importance, and Features of Smart City

1.3 Sustainable Cities-Eco Cities and Eco-Gastronomy

1.4 Examples of Smart Cities in the World and in Turkey

1.5 Smart City Examples in the World

1.5.1 Copenhagen Waste Management Program

1.6 Smart City Examples in Turkey

1.7 Gaziantep - Gaziantep Ecological Village Project

1.8 Gaziantep - Another Gluten Free Cafe Online Sale

1.9 Gaziantep - Smart Plant Factory in the City

1.10 Izmir - Izmir Agriculture Mobile Application

1.11 www.konyapedia.com

1.12 E-Pattern

1.13 Farmer Information System

1.14 Konya - Smart Tourism Guide Application

2. Conclusion and Evaluation

Blue-Green Smart U-Cities via Clean Technologies: Toward High Sustainable and Low Greenhouse Gas Emissions Urban Areas

2. Literature Review

2.1 Sustainability

2.2 Urbanization Challenges

2.2.1 Environmental Problems.

2.2.2 Challenges Threaten Livability and Quality of Life

2.3 Restrictions

2.3 Ubiquitous City

2.4 Blue-Green City

3. Greenhouse Gas Emissions as Significant Threats for Sustainable Threats

4. Toward Sustainable Cities With Livability and High Quality of Life

5. Blue-Green Ubiquitous Cities as a Key Toward Livable and Sustainable Urban Settings With High Quality of Life and Less G ...

6. Case Study

6.1 Denmark

6.2 Finland

7. Discussion

8. Challenges and Solutions

9. Conclusion

DRMM and Comprehensive Global Blue-Green Clean Sustainable Urban Mobility Risk Mitigation Plan for Mapping Future Smart Cit ...

2.1 Risk Management

2.1.1 Risk Management Classification

2.2 Risk Analysis and Mitigation

2.3 Risk Management in Mobility

2.3.1 Risk Management in Mobility Sector

2.3.2 Global Developments Affecting the Transportation System

2.3.3 Challenges and Solutions Concerned on Risks of the Road Transport System of the Global Countries

2.3.4 Global Transport of Dangerous Goods

2.4 Risk Management Patterns

2.5 Doost Risk Mitigation Method (DRMM)

2.6 Mobility

2.6.1 Blue-Green Sustainable Mobility

2.6.2 Smart Blue-Green Mobility

2.7 Comprehensive Blue-Green Sustainable Strategic Urban Plan

2.8 Livable Urban Setting

2.9 The 5th Wave/Tomorrow Age Theory or Theory of Comprehensive Everything

2.9.1 Main Points

2.9.2 What

2.9.3 Where

2.9.4 Why (Aims)

2.9.5 Why

2.9.6 How

2.9.7 Background

2.9.8 Impacts

2.9.9 Results

2.9.10 Conclusions in Business Economy, Especially SMEs

3. Methodology

3.1 How Mobility Risk Management Provide Comprehensive Blue-Green Sustainable Urban Plan to Move to Blue-Green Sustainable ...

3.2 How to Measure the Risk With Doost Risk Mitigation Method (DRMM).

3.3 How to Calculate Risk Through the DRMM Method

3.4 How to Do Improvement Projects like Share, Control, and Mitigation

4. Case Study

4.1 Germany

4.2 Iran

5. Results and Discussion

5.1 Risk Management in Mobility

5.2 Blue-Green Smart Sustainable Mobility

5.3 Comprehensive Blue-Green Sustainable Strategic Urban Plan

5.4 Modern Livable Urban Setting

5.5 Challenges and Solutions

REFERENCES

2. Digitalization and Sustainability

Eco-City Tourism in Smart Cities for Sustainability

2. The Concept of Sustainability and Sustainable Tourism

3. Smart Cities and Smart Tourism Destinations

3.1 Smart Cities

3.2 Smart Tourism Destinations

4. Smart Eco-city Tourism

4.1 Sustainable City Tourism

4.2 Eco-city Tourism

4.3 Smart Eco-city Tourism

5. Conclusion

Smart Tourism Destinations and Digitalization of Cultural Heritage for Sustainability

2. Smart City and Smart Tourism Concepts

3. Smart Tourism Destinations

4. The Significance of Sustainability in Smart Tourism Destinations

5. Cultural Heritage Tourism and Digitalization - Advantages and Challenges

6. Digitalization of Cultural Heritage for Sustainability of Tourism

6.1 Archeology and Digitalization of Cultural Heritage Tourism

6.2 Acknowledgment of Digitalization for Sustainable Cultural Heritage Tourism Management

7. Conclusion

Recent Developments in the Evaluation OF Renewable Energy Resources in Tourism Businesses: A Bibliometric Analysis

2. Conceptual Framework

3. Method

3.1 Research Model

3.2 Data Collection Process

3.3 Findings of the Research

4. Conclusion

References.

Urban 6.0 and Utopia Concepts via Sustainable, Clean, Inclusive, Innovative, and U-Mobility Through the Theory of Comprehen ...

2. Literature Review/Background

2.1 Mobility

2.2 Sustainability and Sustainable Development

2.3 Livability and Quality of Life

2.4 Smart and Sustainable Infrastructure

2.5 Technologies

2.5.1 Technologies Based on Internet and Information

2.5.2 High Technologies

2.6 Smartness, Digitalization, and Ubiquitous (U)

2.7 The 5th Wave/Tomorrow Age Theory or Theory of Comprehensive Everything

2.8 i-Sustainability Plus Theory for Technological Society and innovative Ecosystem

2.9 Urban 6.0 and Utopia

4. Case Studies

4.1 South Korea/Seoul

4.2 The Netherlands/Amsterdam

5. Interviews and Questionnaire

5.1 Questionnaire

5.2 Interviews

6. Results and Discussion

6.1 Results

6.2 Discussion

Mapping Future Urban Plan - Toward Blue-Green Smart City and Mobility Through the 5th Wave, i-Sustainability Plus, and DCT ...

2.2 Digitalization, Smart Life, and Smart Cities

2.3 Urban Planning

2.4 Environmental Challenges

2.5 The 5th Wave/Tomorrow Age Theory or Theory of Comprehensive Everything

2.6 i-Sustainability Plus Theory

2.7 Doost Cultural (DCT) Theory

2.8 Ubiquitous Life and Ubiquitous Cities (U-Cities)

3. Case Study

3.1 Seoul

3.2 Songdo

4. Discussion

5. Challenges

5.1 Cultural Norms

5.2 Security Issues

5.3 U-City Disadvantages

5.4 U-City as New Idea for Sustainable Development

INDEX.

Notes:

Includes bibliographical references and index.

Description based on print version record.

ISBN:

1-80455-902-4

OCLC:

1412621503