Blockchain, Artificial Intelligence, and the Internet of Things: Possibilities and Opportunities

by Abhishek Kumar, Ashutosh Kumar Dubey, Pethuru Raj, Pramod Singh Rathore

Length: 223 pages
Edition: 1
Language: English
Publisher: Springer
Publication Date: 2021-11-23
ISBN-10: 3030776360
ISBN-13: 9783030776367
Sales Rank: #0 (See Top 100 Books)

This book provides basic concepts and deep knowledge about various security mechanisms that can be implemented in IoT through Blockchain technology. This book aids readers in gaining insight and knowledge about providing security and solutions to different challenges in IoT using Blockchain technology. This book primarily focuses on challenges to addressing the integration of the IoT with Blockchain with respect to potential benefits for IoT. This book gives descriptive analysis of Blockchain integrated with IoT applications and platforms for the development of IoT solutions along with possible topologies to that integration. Several application examples are included in a variety of industries.

Preface
Contents
A Comprehensive Survey on Blockchain and Cryptocurrency Technologies: Approaches, Challenges, and Opportunities
	1 Introduction
	2 Challenges in the Existing Land Registry System
		2.1 The Increasing Number of Fraud Cases
		2.2 The Involvement of Middlemen and Brokers
		2.3 Human Error/Intervention
		2.4 Time Delays
	3 Literature-Related Land Registration System
		3.1 Blockchain for Recordkeeping
		3.2 Blockchain in Land Registry Systems
	4 Proposed Model for Using Blockchain for Land Registration
	5 Blockchain in Healthcare Industry
		5.1 Usage of Blockchain in Monitoring Health Through Wireless Devices in Remotely Access Area
		5.2 Usage of Blockchain to Create a Tamper-Resistant Database
	6 Risks and Vulnerabilities in the Blockchain and Cryptocurrency
	7 Conclusion
	References
Intelligent Traffic Management with Prioritized Scheduling System
	1 Field of Invention
	2 Background of the Invention
	3 Summary of the Invention
		3.1 Traffic Density Calculation
		3.2 Intelligent Navigation System (INS)
		3.3 Traffic Violation
		3.4 Control Interface
		3.5 STC (Smart Traffic Controller)
		3.6 Emergency Vehicle Prioritization
	4 Object of the Invention
	5 Working
	6 The Detection Concept
		6.1 Level
		6.2 Level
		6.3 Level
		6.4 Level
	7 Conclusion
	8 Insights of the Invention
	9 Future Direction/Long-Term Focus
	References
Data Mining-Based Metrics for the Systematic Evaluation of Software Project Management Methodologies
	1 Introduction
	2 Literature Review
	3 Metrics for Project Scope Management
		3.1 Degree of Business Compressibility (GCN)
		3.2 Degree of Scope Completeness (GCA)
	4 Case Study
		4.1 Demographic Sample
		4.2 Behavior of Metrics
	5 Discussion of Results
	6 Conclusions and Future Work
	References
Blockchain Technology Applications for Next Generation
	1 Introduction
	2 Summary of Blockchain Innovations
	3 Application of Blockchain Technologies to Sharing Knowledge
		3.1 Key Categories
	4 Finance
		4.1 With Confidence Crowdfunding
		4.2 Cash Move Abroad
		4.3 Enable Fast Loans and Lend Money
		4.4 Effective Foreign Exchange Postprocessing
		4.5 Stock Market in Blockchain
		4.6 Increasing Central Bank High Uptime
		4.7 Reduce Fraud in Insurance
		4.8 Digital Wills for Transition
		4.9 Capital Price Forecast
	5 Power
		5.1 Lower Home Electricity Bills
		5.2 Solar Electricity Trading with Neighbors
	6 Healthcare
		6.1 Secure Medical Records
		6.2 Check for Fake Medicine
	7 Real Estate
		7.1 Registry of Land Ownership
	8 Tourism
		8.1 Give Tourist Coupons and Promotions
		8.2 Fill Up Empty Hotel Rooms
	9 Social
		9.1 Collect Friends’ Points
		9.2 Manage User Reputations
	10 Marketplace
		10.1 Advertising Inventory for Buy and Sale
		10.2 Know All About the Things You’re Purchasing
		10.3 Get Rid of Commercials by Banner
		10.4 Zero Costs for the Platform
	11 Identity
		11.1 Tell the World About the Identity You Possess
	12 Mathematics
		12.1 Solving Difficult Questions in Mathematics
	13 Transport
		13.1 Location Data
		13.2 Parking Space Rent Out
		13.3 Support Car Drivers to Pay Parking Fines
		13.4 Hire a Ride
		13.5 Paddle Riding in Real Time
		13.6 Car Sharing from Peer to Peer
		13.7 Going to Space
		13.8 Charge Lower for Electric Car Charging
		13.9 Reducing Paperwork for the Shipping Industry
	14 Entertainment
		14.1 Watch a Single Football Match: Pay Per Use
	15 Rights Protection
		15.1 Security of Logo for Wine
		15.2 Preserve Fine Arts Developed by Talented Artists
		15.3 Protect the Luxury Footwear
		15.4 Offer a Digital Identity to Your Valuables
	16 Government
		16.1 Smart City
		16.2 Give Untampered Votes in Elections
	17 Charity
		17.1 Donate Funds to Help the Unfortunate
	18 Automation
		18.1 Remotely Automated Robots
		18.2 Host Your Site Without Any Central Server
		18.3 Your Hard Disk Space Rental
		18.4 Tools to Build Apps for Blockchain
		18.5 Get the Ink Cartridge Printer to Order
	19 Human Resource
		19.1 Recruit New Fresh Grades with Trust
		19.2 Hire Staff for the Experience
		19.3 Get Quick Assistance from Nearby Certified Employees
	20 Digital Content
		20.1 Image Ownership Protection
		20.2 Pay Musicians on Time
		20.3 Pay Digital Content Creators
		20.4 Ease Payments for Music Companies
	21 Retails, F&B
		21.1 Loyalty Incentives for Trading
		21.2 Give a Gift Card to Your Friend
		21.3 Discover the Lamb Meat’s Origin
		21.4 Buying a Pie
	22 Business
		22.1 Accurately Bill for Consultation
		22.2 Protect Your Patents
	23 Education
		23.1 Create Wise Legal Contracts
		23.2 Pay Degree Course for Pay
	24 Conclusion
	References
An Approach to Ensure High-Availability Deployment of IoT Devices
	1 Introduction
	2 Related Work
	3 High-Availability Architecture
		3.1 Network Reliability
		3.2 Multicast—Link Aggregation Group
		3.3 Security
	4 Proposed Methodology
		4.1 Initial Deployment
		4.2 Ensuring HA During Failover
	5 Experimental Results
	6 Conclusion
	References
Blockchain-Based IoT Architecture for Software-Defined Networking
	1 Introduction
	2 Related Works
	3 Proposed Blockchain-Based IoT Architecture
		3.1 Transfer of Files Between IoT Devices in SDN Cluster
		3.2 SDN Cloud Storage
			A. Perception Layer
			B. Infrastructure Layer/IoT Networks
			C. SDN-Based Security on Cloud
			D. Blockchain Networking Approach
			E. Cloud Storage Management and Services
	4 Performance Comparison
		4.1 Assessment of the BISDN Routing Protocol
		4.2 Comparison of Simulator and Empirical Results
	5 Conclusion
	References
Blockchain Technology Use Cases in Healthcare Management: State-of-the-Art Framework and Performance Evaluation
	1 Introduction
	2 Related Work
	3 Challenges in Healthcare
		3.1 Knowledge Confidentiality
		3.2 Prescription Referential Integrity
		3.3 Patient Illness Interpolation
		3.4 Big Data
	4 Blockchain Predictive Model for Healthcare Management
	5 Distributed Ledger for Public HealthCare
		5.1 Narcotic Medicine Monitoring
		5.2 Data Distribution with Telehealth to Improve Outmoded Attention in Developing Countries
		5.3 Cancer Controlling Ideas
		5.4 Cancer Registration Sharing
		5.5 Digital Patient Uniqueness
		5.6 Health Records
		5.7 Health Right Decision
	6 COVID-19 Healthcare Use Cases in Blockchain
		6.1 Reference Monitoring
		6.2 Medical Record Exchanging
		6.3 Benefactor Accreditation
	7 Blockchain: Ethical Concerns
		7.1 Smart Agreements
		7.2 The Protection of Data
	8 Blockchain Healthcare Benefits
	9 System Framework
	10 Experimental Environment
	11 Performance Evaluation
	12 Conclusion
	References
Secure Vehicular Communication Using Blockchain Technology
	1 Introduction
	2 Fundamentals of VANET
	3 Trust Model for VANET
	4 Blockchain and VANET
		4.1 Major Features of Blockchain
	5 Proposed Blockchain-Based VANET Communication
		5.1 Blockchain-Based VANET Architecture
	6 Experimental Simulation and Analysis
	7 Research and Challenges in Ledger-Based VANET Communication
	8 Conclusion
	References
Blockchain Technology in Healthcare
	1 Introduction
		1.1 Interoperability
		1.2 Security
		1.3 Integrity
		1.4 Low Cost
		1.5 Universal Access
	2 Blockchain in Healthcare Today
		2.1 What Has Blockchain Changed in Healthcare?
		2.2 The Most Innovative Blockchain Projects in Healthcare
		2.3 The Need for Blockchain in Healthcare
	3 How Blockchain Is Changing the Future of Healthcare
		3.1 Connectivity
		3.2 Ledger Technology
		3.3 Precision with Pseudonymity
		3.4 Secure Data Encryption
		3.5 Security
		3.6 Unified Clinical Systems
		3.7 Transformational Law for Keeping Health Data
	4 Benefits of Blockchain in Healthcare
	5 Patient Database for Healthcare Sector
		5.1 Blockchain Opportunities for Health Data
		5.2 Incorporation of Blockchain Technology in Healthcare Sector
			Drug Tracking
			Consistency
	6 Implementation of Blockchain Technology
		6.1 Distributed Network
		6.2 Step-by-Step Recording
		6.3 Global and Worldwide Access of Information
		6.4 Permissioned Blockchains
		6.5 Permissionless Blockchains
			Examples of Implementation of Blockchain Technology
				Drug Traceability
				Medical Prosecutions and Data Security
	7 Challenges of Blockchain in HealthCare
	8 Advantages of Blockchain
	9 Conclusion
	References
Blockchain-Based IoT Architecture
	1 Introduction
	2 Blockchain
		2.1 Blockchain and Internet of Things
	3 IoT-Based Security Architecture on Blockchain
		3.1 Blockchain Network
		3.2 Border Router
	4 Internet of Things for the Blockchain Architecture (Fig. 7)
	5 Centralized IoT Architecture
	6 Centralized Architecture
	7 IoT Architecture Represented by Four Building Blocks
	8 IoT Architecture Can Be Represented By Four Building Blocks
		8.1 Decentralizing IoT Networks
		8.2 Approach of a Blockchain Technology
		8.3 The Blockchain and the IoT
	9 What Are the Challenges? (Fig. 11)
		9.1 The Optimal Platform for the IoT
	10 Conclusion
	References
Index