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Details
Table of Contents
Intro
Preface
Contents
Part I Ubiquitous Applications
The Pivotal Role of Internet of Things and Ubiquitous Computing in Healthcare
1 Explosive Growth of Internet of Things and Ubiquitous Computing
2 Integrating Ubiquitous Computing and IoT-Driven Sensors with Rehabilitation Systems
3 Research Gap in Integrating Ubiquitous Computing and Intelligent Healthcare
4 Benefits of Cloud Computing in Healthcare
5 IoT and Ubiquitous Computing Is Expected to Drive Growth in Intelligent Healthcare Information
6 Conclusion
References
Easy to Read (E2R) and Access for All (A4A): A Step to Determine the Understandability and Accessibility of Websites
1 Introduction
2 Objectives
3 Literature Review
3.1 Online Travel Agency
3.2 Accessible Tourism
3.3 Web Accessibility
3.4 Web Readability
4 Methodology
4.1 Data Collection Method
4.2 Web Content Accessibility Guideline (WCAG)
4.3 Tools and Techniques Used
5 Result Analysis and Discussion
5.1 Access for All Result
5.2 Easy to Read Result
5.3 Ranking Relevance and Correlations
5.4 Statistical Analysis of Corporations
6 Suggestions and Implications
7 Conclusion
References
How Artificial Intelligence Can Undermine Security: An Overview of the Intellectual Property Rights and Legal Problems Involved
1 Introduction
2 Applications of Artificial Intelligence
3 Overview of the Threats Associated with Artificial Intelligence [11, 12]
4 Implications of Using Artificial Intelligence
5 Solutions
5.1 Supporting Evolving Cloud Architecture
5.2 Protect Integrated Medical Devices
5.2.1 Reporting and Feedback Loops
5.2.2 Risk Management
5.2.3 Regulation
5.2.4 Resilience Activities and Contingency Planning
5.3 Enable the Secure Use of Shared Machines and Workstations
5.4 Control Identity Management and Databases
5.5 Remote User Authentication
5.6 Remote Device Authentication
5.7 AI-Based Solutions
5.8 Using Biometric Logins
5.9 Detecting Threats and Malicious Activities
5.10 Learning with Natural Language Processing
5.11 Securing Conditional Access
6 Case Study
7 Future Prospects
8 Conclusions
References
Design of a Low-Cost Sensor-Based IOT System for Smart Irrigation
1 Introduction
2 Literature Review
3 Design of a Smart Irrigation System
4 Hardware Arrangement of a Smart Irrigation Control System
4.1 NodeMCU Microcontroller Board
4.2 Arduino Pro Mini Microcontroller Board
5 Detailed Overview of Sensors and Other Components
5.1 Raindrop Sensor
5.2 Soil Moisture Detection Sensor
5.3 DS18B20 Digital Temperature Sensor
5.4 Five-Volt Relay Board
5.5 Twelve-Volt 60 RPM Direct Current Motor
5.6 L293D Motor Driver Board
5.7 Mini Submersible Water Pump
5.8 SD Card Module
5.9 Power Supply
6 Mechanical Components of the Crop Simulator
Preface
Contents
Part I Ubiquitous Applications
The Pivotal Role of Internet of Things and Ubiquitous Computing in Healthcare
1 Explosive Growth of Internet of Things and Ubiquitous Computing
2 Integrating Ubiquitous Computing and IoT-Driven Sensors with Rehabilitation Systems
3 Research Gap in Integrating Ubiquitous Computing and Intelligent Healthcare
4 Benefits of Cloud Computing in Healthcare
5 IoT and Ubiquitous Computing Is Expected to Drive Growth in Intelligent Healthcare Information
6 Conclusion
References
Easy to Read (E2R) and Access for All (A4A): A Step to Determine the Understandability and Accessibility of Websites
1 Introduction
2 Objectives
3 Literature Review
3.1 Online Travel Agency
3.2 Accessible Tourism
3.3 Web Accessibility
3.4 Web Readability
4 Methodology
4.1 Data Collection Method
4.2 Web Content Accessibility Guideline (WCAG)
4.3 Tools and Techniques Used
5 Result Analysis and Discussion
5.1 Access for All Result
5.2 Easy to Read Result
5.3 Ranking Relevance and Correlations
5.4 Statistical Analysis of Corporations
6 Suggestions and Implications
7 Conclusion
References
How Artificial Intelligence Can Undermine Security: An Overview of the Intellectual Property Rights and Legal Problems Involved
1 Introduction
2 Applications of Artificial Intelligence
3 Overview of the Threats Associated with Artificial Intelligence [11, 12]
4 Implications of Using Artificial Intelligence
5 Solutions
5.1 Supporting Evolving Cloud Architecture
5.2 Protect Integrated Medical Devices
5.2.1 Reporting and Feedback Loops
5.2.2 Risk Management
5.2.3 Regulation
5.2.4 Resilience Activities and Contingency Planning
5.3 Enable the Secure Use of Shared Machines and Workstations
5.4 Control Identity Management and Databases
5.5 Remote User Authentication
5.6 Remote Device Authentication
5.7 AI-Based Solutions
5.8 Using Biometric Logins
5.9 Detecting Threats and Malicious Activities
5.10 Learning with Natural Language Processing
5.11 Securing Conditional Access
6 Case Study
7 Future Prospects
8 Conclusions
References
Design of a Low-Cost Sensor-Based IOT System for Smart Irrigation
1 Introduction
2 Literature Review
3 Design of a Smart Irrigation System
4 Hardware Arrangement of a Smart Irrigation Control System
4.1 NodeMCU Microcontroller Board
4.2 Arduino Pro Mini Microcontroller Board
5 Detailed Overview of Sensors and Other Components
5.1 Raindrop Sensor
5.2 Soil Moisture Detection Sensor
5.3 DS18B20 Digital Temperature Sensor
5.4 Five-Volt Relay Board
5.5 Twelve-Volt 60 RPM Direct Current Motor
5.6 L293D Motor Driver Board
5.7 Mini Submersible Water Pump
5.8 SD Card Module
5.9 Power Supply
6 Mechanical Components of the Crop Simulator