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Table of Contents
Intro
Foreword
John Hoffman
Zhang Ping
Rahim Tafazolli
Wen Ku
Jiang Wei
Acknowledgments
Abstract
Contents
Abbreviations
List of Figures
List of Tables
1 5G Drives New Developments in Global Digital Transformation
1.1 Communication Technologies Lead Continuous Social Progress
1.2 The World Is Embracing a New Wave of Digital Transformation
1.3 Digital Transformation Brings Big Opportunities
1.3.1 Digital Transformation: New Missions
1.3.2 Digital Transformation: New Expectations
1.3.3 Digital Transformation: New Trends
1.4 5G Unlocks the Potential of Industry Transformation
2 5G Development Around the Globe
2.1 5G Development in China
2.1.1 5G Commercial Adoption in China
2.1.2 5G Promotion Policies in China
2.1.3 5G Application in China
2.2 5G Development in South Korea
2.2.1 5G Commercial Adoption in South Korea
2.2.2 5G Promotion Policies in South Korea
2.2.3 5G Application in South Korea
2.3 5G Development in the United States
2.3.1 5G Commercial Adoption in the United States
2.3.2 5G Promotion Policies in the United States
2.3.3 5G Application in the United States
2.4 5G Development in European Countries
2.4.1 5G Commercial Adoption in European Countries
2.4.2 5G Promotion Policies in European Countries
2.4.3 5G Application in European Countries
2.5 5G Development in Japan
2.5.1 5G Commercial Adoption in Japan
2.5.2 5G Promotion Policies in Japan
2.5.3 5G Application in Japan
References
3 Challenges, Phases, and Trends of 5GtoB Large-Scale Replication
3.1 Key Challenges of 5GtoB Large-Scale Replication
3.1.1 Challenges with 5G Network Construction
3.1.2 Insufficient Convergence of 5G Technologies into Industry Applications
3.1.3 Insufficient Industry Supply Capabilities
3.1.4 Lack of Standards for 5GtoB Applications
3.1.5 5G Industry Ecosystems Need Strengthening
3.2 Phases and Trends of 5GtoB Large-Scale Replication
3.2.1 Foundations
3.2.2 Phases and Key Factors
3.2.3 Trends
3.2.4 Significance and Values
4 Principles of Scaled 5GtoB Promotion
4.1 Strategies and Approaches to Scaled 5GtoB Promotion
4.1.1 Scaled Promotion Strategies
4.1.2 Approaches to Scaled Promotion
4.2 Standardized Capability Building for Scaled 5GtoB Replication
4.2.1 Solution Standardization
4.2.2 Ecosystem Standardization
4.2.3 Industry Specification Standardization
5 5G+ Smart Manufacturing
5.1 Overview
5.1.1 Driving Force for Manufacturing Industry Development
5.1.2 Architecture and Features
5.1.3 Manufacturing Industry Chain
5.2 Digitalization Trends and Challenges
5.2.1 Innovation Subjects Lack Cohesiveness
5.2.2 A Diminishing Demographic Dividend Pushes Costs up
5.2.3 Smart Manufacturing Lacks a Reliable Talent Pipeline
Foreword
John Hoffman
Zhang Ping
Rahim Tafazolli
Wen Ku
Jiang Wei
Acknowledgments
Abstract
Contents
Abbreviations
List of Figures
List of Tables
1 5G Drives New Developments in Global Digital Transformation
1.1 Communication Technologies Lead Continuous Social Progress
1.2 The World Is Embracing a New Wave of Digital Transformation
1.3 Digital Transformation Brings Big Opportunities
1.3.1 Digital Transformation: New Missions
1.3.2 Digital Transformation: New Expectations
1.3.3 Digital Transformation: New Trends
1.4 5G Unlocks the Potential of Industry Transformation
2 5G Development Around the Globe
2.1 5G Development in China
2.1.1 5G Commercial Adoption in China
2.1.2 5G Promotion Policies in China
2.1.3 5G Application in China
2.2 5G Development in South Korea
2.2.1 5G Commercial Adoption in South Korea
2.2.2 5G Promotion Policies in South Korea
2.2.3 5G Application in South Korea
2.3 5G Development in the United States
2.3.1 5G Commercial Adoption in the United States
2.3.2 5G Promotion Policies in the United States
2.3.3 5G Application in the United States
2.4 5G Development in European Countries
2.4.1 5G Commercial Adoption in European Countries
2.4.2 5G Promotion Policies in European Countries
2.4.3 5G Application in European Countries
2.5 5G Development in Japan
2.5.1 5G Commercial Adoption in Japan
2.5.2 5G Promotion Policies in Japan
2.5.3 5G Application in Japan
References
3 Challenges, Phases, and Trends of 5GtoB Large-Scale Replication
3.1 Key Challenges of 5GtoB Large-Scale Replication
3.1.1 Challenges with 5G Network Construction
3.1.2 Insufficient Convergence of 5G Technologies into Industry Applications
3.1.3 Insufficient Industry Supply Capabilities
3.1.4 Lack of Standards for 5GtoB Applications
3.1.5 5G Industry Ecosystems Need Strengthening
3.2 Phases and Trends of 5GtoB Large-Scale Replication
3.2.1 Foundations
3.2.2 Phases and Key Factors
3.2.3 Trends
3.2.4 Significance and Values
4 Principles of Scaled 5GtoB Promotion
4.1 Strategies and Approaches to Scaled 5GtoB Promotion
4.1.1 Scaled Promotion Strategies
4.1.2 Approaches to Scaled Promotion
4.2 Standardized Capability Building for Scaled 5GtoB Replication
4.2.1 Solution Standardization
4.2.2 Ecosystem Standardization
4.2.3 Industry Specification Standardization
5 5G+ Smart Manufacturing
5.1 Overview
5.1.1 Driving Force for Manufacturing Industry Development
5.1.2 Architecture and Features
5.1.3 Manufacturing Industry Chain
5.2 Digitalization Trends and Challenges
5.2.1 Innovation Subjects Lack Cohesiveness
5.2.2 A Diminishing Demographic Dividend Pushes Costs up
5.2.3 Smart Manufacturing Lacks a Reliable Talent Pipeline