
Cloud Computing Infrastructure for Enabling Future Technology Advancement
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Content
- Intro
- Contents
- Preface
- Acknowledgments
- Acronyms
- Chapter 1
- A Novel Authentication Technique for Cloud Data Storage Security
- Abstract
- Introduction
- Role of Cloud Computing in Secure Data Transactions
- Proposed Model for Authentication Mechanism
- Literature Review
- Frame Work for Secure Cloud Data Storage
- Registration Process
- Design Perspective of Orthogonal Key Generation and Orthogonal Encryption Algorithm
- Design of Cloud Storage Allocation
- Design Aspect of Orthogonal Hand Shaking Authentication Algorithm (OHSAA)
- Design Aspect of Key Distribution and Orthogonal Decryption Algorithm (ODA)
- Design Objectives for Secure Data Storage and Transactions
- Cloud Data Storage Security Challenges
- Design Issues of Secure Cloud Data Storage
- Amazon Web Services (AWS)
- Verizon Cloud (VC)
- Digital Ocean Cloud (DOC)
- Algorithm for OHAT Key Generation and Encryption
- Orthogonal Key Generation Algorithm
- Orthogonal Encryption Algorithm
- Protocol Stack in OHAT - Key Generation and Encryption
- Performance Evaluation of OHAT - Key Generation and Encryption
- Performance Evaluation of OHAT with Existing Cloud Data Security Algorithms
- OHAT - Authentication Decryption and Cloud Data Storage
- Authentication and Authorization
- Orthogonal Handshaking Authentication Algorithm (OHAA)
- Orthogonal Block Allocation Table (OBAT)
- Orthogonal Decryption Algorithm (ODA)
- Performance Evaluation of OHAT - ODA
- Performance Evaluation of OHAT - Authentication and Decryption with Existing Cloud Storage Algorithms
- Result and Discussion
- Performance Evaluation Parameters
- Performance Evaluation of Key Generation with Cloud Service Providers
- Performance Evaluation of Encryption with Cloud Service Providers
- Performance Evaluation of Authentication with Cloud Service Providers
- Performance Analysis of Decryption with Cloud Service Providers
- Throughput Analysis
- Conclusion
- References
- Chapter 2
- Privacy Preservation in Cloud Platform Using Fully Homomorphic Encryption Techniques
- Abstract
- Introduction
- Security and Privacy Issues in Cloud
- Some Key Considerations to Be Aware of in Privacy Concern
- Security Problems in the Cloud
- Secrecy Preserving Schemes
- Homomorphic Encryption
- A Job That Pacifies...
- Exponential
- Factors
- Fourier Transform
- Proposed Approach
- Results and Discussion
- Homomorphism Properties
- Homomorphism Addition of Plaintexts
- Homomorphism Multiplication of Plaintexts
- Self-Multiplication Complexity
- Conclusion
- References
- Chapter 3
- Improving the Scalability of Blockchain Powered IoT Networks Using Improved Fuzzy Stellar Consensus Protocol
- Abstract
- Introduction
- Literature Review
- Proposed Fuzzy Stellar Consensus Protocol (FSCP) Model for Improved Scalability
- Result and Comparative Analysis
- Conclusion and Future Scope
- References
- Chapter 4
- Cloud Computing Infrastructure for Education System Development
- Abstract
- Introduction
- Literature Review
- Software as a Service Created Applications for Education System
- Teaching
- Lecture Halls
- Instructors
- Materials for Study
- Video PPTs
- Preparation for Class
- Student Records
- Student Participation
- Activities in the Classroom
- Teacher Profiles
- Interaction with Parents
- Cloud Based - Learning Process
- Security Patterns for Education System
- Security Requirements
- Confidentiality
- Authentication and Authorization
- Honesty
- Data Accuracy
- Assaults on Network Properties
- Google Cloud Based Isolated Area Teaching System
- Challenges for Education System
- Platforms for Smart Education Systems
- Networking Issues
- Challenges Facing Educational Organizations
- Miscellaneous Technical Issues
- Accessibility
- Dependability is a Term Used to Portray an Individual's Ability
- Management Education Is an Issue in Management Organizations
- Budget-Friendly
- Conclusion
- References
- Chapter 5
- Effective Cloud Computing Features - AWS
- Abstract
- Introduction: How Cloud Computing Effects Productivity
- Advantages of Cloud Computing
- Challenges in Cloud Databases
- Available Database as a Service in Cloud
- Limitations in Cloud
- Impractical for Big Data Analytics
- Benefits of Using IoT in Cloud Computing
- AWS IoT 1-Click
- Benefits of AWS IoT 1- Click
- AWS IoT Analytics
- Benefits of AWS IoT Analytics
- AWS IoT Button
- AWS IoT Core
- Mirror Device State
- Build Alexa Built-in Devices Cost-Effectively at Scale
- Connect and Manage Lorawan Devices
- Benefits
- AWS IoT Device Defender
- Working AWS IoT Device Defender Can Send Alerts to the AWS IoT Console, Amazon Cloudwatch
- Why Is IoT Security Important?
- What Are the Challenges with IoT Security
- AWS IoT Device Defender Helps You Manage IoT Security
- When to Use AWS IoT Device Defender for IoT Security
- Continuous Compliance and Adoption of Security Best Practices
- Attack Surface Evaluation
- Threat Impact Analysis
- AWS IoT Device Management
- How AWS IoT Device Management Works
- Benefits of Using AWS IoT Device Management
- AWS IoT Events
- Benefits
- AWS IoT Greengrass
- AWS IoT SiteWise
- Use Cases
- AWS IoT Things Graph
- Benefits
- AWS Partner Device Catalog
- Explore, Build, and Go to Market
- Why Choose AWS Qualified Devices
- FreeRTOS
- Benefits
- Conclusion
- References
- Chapter 6
- Generation of Power from Waste Using Thermo-Electric Generators
- Abstract
- Introduction
- Problem Statement
- Motivation
- Objective
- Result and Discussion
- Working of Thermoelectric Materials
- Conclusion
- References
- Chapter 7
- Analysis and Visualization of Cloud Data in Agriculture Using Supervised Learning
- Abstract
- Introduction
- Origin of Agricultural Data
- Meaning of Cloud Data in the Field of Agriculture
- Analysis and Visualization of Cloud Data
- Analysis Techniques of Cloud Data
- Predictive Analysis
- Recommendation System
- Data Mining
- An Analytical Technique for Time Series Cloud Data
- Implementing Analysis in Agriculture
- Challenges of Cloud Data in Agriculture
- Future Scope of Work in Agriculture
- Conclusion
- References
- Chapter 8
- Recent Challenges and Future Research Scope in Smart Healthcare Using a Blockchain-Based Iot Environment: A Systematic Analysis
- Abstract
- Introduction
- Background Technology
- Internet of Things (IoT) for Healthcare
- Blockchain Technology
- Literature Survey
- Conclusion
- References
- Chapter 9
- Basics of Trellis Coded Modulation (TCM) Encoding for the IoT Key Enabler
- Abstract
- Introduction
- Types of Error Correction Coding and Decoding Techniques
- Traditional Types of Modulation
- Trellis Coded Modulation
- Advantages of Multi-Level Modulation
- Basics of Trellis Code
- Trellis Code Suggested by Ungerboeck
- Multidimensional Phase TCM
- Signal Set Partitioning
- Mapping Equations
- Effect of Phase Rotation on Multi-Dimensional -PSK
- The General Encoding System
- Differential Encoder
- Convolutional Coder
- Constellation Mapper and Modulator
- Conclusion
- References
- Chapter 10
- A Neural Network-Based Workload Prediction Mock-Up for Data Centers
- Abstract
- Introduction
- Literature Survey
- Proposed System
- LSTM Algorithm
- Implementation and Results
- Conclusion and Future Scope
- References
- Chapter 11
- A Technique for Properly Secured Sharing of Health Records in the Cloud
- Abstract
- Introduction
- Literature Survey
- i. Data Security and Privacy Care in Edge Computing Paradigm
- ii. Cloud-Based Secure Exchange of Electronic Health Records
- iii. A Strategy for Incremental Proxy Re-Encryption in a Mobile Cloud Computing Environment
- iv. Edge-of-Things Privacy-Preserving Multi-Channel Communication
- Problem Definition
- Proposed Solution
- Implementation and Result
- Conclusion and Future Enhancement
- References
- About the Editors
- List of Contributors
- Index
- Blank Page
- Blank Page
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