Co-governed Sovereignty Network: Legal Basis and Its Prototype & Applications with MIN Architecture

Foreword I: From IP to MIN by Prof. Weimin Zheng
Foreword II: From MINs to Cog-MIN by Prof. S.-Y. R. Li
Preface
Acknowledgements
Contents
About the Authors
1 Sovereignty and Network Sovereignty
	1.1 Historical Background
		1.1.1 Origin of Traditional Sovereignty
		1.1.2 Traditional Sovereignty
		1.1.3 Mission of Sovereignty
	1.2 Adaptability of Sovereignty in Cyberspace
		1.2.1 Composition of Cyberspace
		1.2.2 Network Sovereignty in the New Era
	1.3 Exploration of Network Sovereignty
		1.3.1 Theoretical Contend
		1.3.2 Exploration and Practice
	1.4 Overview of Network Sovereignty
		1.4.1 Legal Connotation of Network Sovereignty
		1.4.2 Layers of Network Sovereignty
		1.4.3 Role of Network Sovereignty in Each Stage
	1.5 Necessity of Advocating Network Sovereignty
		1.5.1 Necessity of Dividing Information Sovereignty
		1.5.2 Necessity of Network Territory
		1.5.3 Necessity of Making Rules Under the Law
	References
2 Interpretation of Network Sovereignty
	2.1 International Community and Network Sovereignty
	2.2 International Comments on Network Sovereignty
		2.2.1 Age of Cyber Warfare
		2.2.2 Governance of Network Sovereignty
		2.2.3 Strategic Layout of Some States
	2.3 Safeguarding Network Sovereignty
		2.3.1 Strengthen the Awareness of National Network Sovereignty
		2.3.2 Opposing the Theory of Negating Sovereignty in Cyberspace
		2.3.3 Peace and Stability in Cyberspace
		2.3.4 Expanding the Network Sovereignty Concept
	2.4 Current Situation of the Sovereignty of Broadcasting TV Network
	2.5 The 4th Power: United States Presidential Election in 2020 and Network Sovereignty
		2.5.1 United States Presidential Election and the Storming of the United States Capitol
		2.5.2 Social Media Platforms Banned Trump’s Accounts
		2.5.3 Regulating the Power of Social Media Platform
	References
3 Architecture of Sovereignty Network
	3.1 Sovereignty Network
		3.1.1 Definition of Sovereignty Network
		3.1.2 Functional Requirements for Sovereignty Network
	3.2 Existing Technologies
		3.2.1 IPv9
		3.2.2 New IP
	3.3 Architecture of Sovereignty Network
		3.3.1 Framework
		3.3.2 Multi-identifier System
		3.3.3 Multi-identifier Router
		3.3.4 Security Situation Awareness System
	3.4 Processes in Sovereignty Network
		3.4.1 Registration Process
		3.4.2 Publishing Content by Ordinary Users
		3.4.3 Publishing Content by Broadcast Network Staffs
		3.4.4 Obtaining Content by Ordinary Users
		3.4.5 Obtaining Content by Broadcast Network Staffs
		3.4.6 Assessing to Sovereignty Data by Extranet Users
		3.4.7 Signature Algorithm in MIN
	3.5 Assessing the Security of Sovereignty Network
		3.5.1 Anti-attacking Analysis
		3.5.2 Security Mechanisms
	3.6 Protocol Architecture of Sovereignty Network
	References
4 Key Technologies of Sovereignty Network
	4.1 Identity Centric Network
		4.1.1 MIN Based on Identity Centric Network
		4.1.2 Data Transmission Scheme
		4.1.3 Process of User Access
	4.2 Large-Scale Multilateral Managed Consortium Blockchain Technology
		4.2.1 PoV Consensus Algorithm
		4.2.2 PoV Consensus Process
		4.2.3 PoV Hierarchical Signature Mechanism
	4.3 Routing Scheme for Billions of Multiple Identifiers
		4.3.1 Border Gateway Protocol
		4.3.2 Hyperbolic Identifier and Routing Scheme
		4.3.3 Hash Table with Prefix Tree Algorithm (HPT)
	4.4 Identity Authentication Scheme Based on Real Identity and Biometric
		4.4.1 Introduction of User Biological Characteristics
		4.4.2 Introduction of Each Module
		4.4.3 Application Scenarios
	4.5 Privacy Protection and Network Management
		4.5.1 Electronic Visas of Sovereignty Network
		4.5.2 Asymmetric Encryptions
		4.5.3 Privacy Preserving Policy
	4.6 Security Situation Awareness System
		4.6.1 Innovative Points
		4.6.2 Technical Terms
		4.6.3 Application Scenarios
		4.6.4 System Architecture
	4.7 Security Analysis
		4.7.1 Security Mechanisms
		4.7.2 Security Mechanism of Network Architecture
		4.7.3 Security Mechanism of Network Links
		4.7.4 Security Mechanism of Core Components
		4.7.5 Security Gain Brought by Sovereignty Network
		4.7.6 Conclusion
	4.8 Transmission Control
		4.8.1 MIT Design
		4.8.2 Active Congestion Detection
		4.8.3 Explicit Congestion Notification
		4.8.4 Hop-by-Hop Rate Shaping
		4.8.5 Client Rate Adjustment
	4.9 Addressing Model for Space-Terrestrial Integrated Networks
		4.9.1 Hyperbolic Routing Algorithm in Terrestrial Networks
		4.9.2 Delay-Based Distributed Self-adaptive Routing Algorithm in Satellite Networks
	4.10 Identifier Extension Technology
		4.10.1 Basic Formats for Network Packet
		4.10.2 Identifiers Binding in MIS
		4.10.3 Identifier Extension Mechanism
		4.10.4 Procedure of the Packet Processing
	References
5 Prototype of Sovereignty Network and Application of Private Network Based on MIN
	5.1 Experiments of the Prototype System
		5.1.1 User Registration and Resource Publishing
		5.1.2 Accessing to IP Internal Network Resource
		5.1.3 Accessing to External IP Resources
		5.1.4 Certification Between Sovereignty Networks
		5.1.5 Data Filtering Function of EMIR
		5.1.6 E-Mail Transmission in Sovereignty Network
		5.1.7 Voting Through Blockchain
	5.2 MIN-Security Reliable Private Network
		5.2.1 MIN-SRPN
		5.2.2 Water Utilities System Based on MIN-SRPN
		5.2.3 The Human Resources Digital Intelligent Service Platform Based MIN
	5.3 MIN Adopted in the Industrial Internet
		5.3.1 National Industrial Internet Identifier Resolution System with MIN
		5.3.2 National Industrial Internet with MIN
		5.3.3 Inter-translation of Multiple Network Identifiers
		5.3.4 Identifier Resolution in Automotive Industrial Internet
	5.4 Multinational Interconnected Public Network with Co-governing and Sovereignty Autonomy
		5.4.1 Network Topology
		5.4.2 Network Communications
		5.4.3 An Example of the Multinational Interconnected Public Network
		5.4.4 The United Nations of Cyberspace
	5.5 Current Work Basis and Future Expansion: Space-Terrestrial Multi-identifier Network
		5.5.1 Current Work Basis
		5.5.2 Routing Strategy and Mobility Management Scheme in ST-MIN
		5.5.3 5G Business
		5.5.4 Switching Scheme Between Satellite and Gateway Station Based on 6G
		5.5.5 Experiment and Evaluation of ST-MIN
	References