Design and Implementation of Edge Computing Systems for Internet of Things (IoT) Applications

• Table of Contents:

Chapter ONE

INTRODUCTION

•  
• 1.1Evolution of Edge Computing in IoT  
• 1.2Significance of Edge Computing in IoT Applications  
• 1.3Challenges and Opportunities in Edge Computing  
• 1.4Research Objectives and Scope

Chapter TWO

LITERATURE REVIEW

• Edge Computing Architectures  
• 2.1Fog Computing and Cloudlet Architectures  
• 2.2Edge Device Heterogeneity and Resource Management  
• 2.3Edge-Cloud Collaboration and Data Offloading  
• 2.4Security and Privacy in Edge Computing  
• 2.5Edge Analytics and Machine Learning  
• 2.6Edge-to-Cloud Communication Protocols  
• 2.7Energy-Efficient Edge Computing

Chapter THREE

SYSTEM DESIGN AND IMPLEMENTATION

• IoT Device Integration with Edge Systems  
• 3.1Sensor Data Acquisition and Preprocessing  
• 3.2Edge Gateway Design and Implementation  
• 3.3Real-time Data Processing at the Edge  
• 3.4Edge-Enabled Actuation and Control  
• 3.5Edge Device Management and Orchestration  
• 3.6Edge Security and Trust Management  
• 3.7Edge-Driven Adaptive IoT Applications

Chapter FOUR

SYSTEM TESTING AND EVALUATION

• Edge Computing for IoT Applications  
• 4.1Smart Cities and Urban IoT Systems  
• 4.2Industrial IoT and Edge Automation  
• 4.3Healthcare and Wearable IoT Devices  
• 4.4Edge Computing in Smart Agriculture  
• 4.5Edge-Enabled Intelligent Transportation Systems  
• 4.6Edge-Assisted Augmented Reality and Virtual Reality  
• 4.7Edge Computing for Environmental Monitoring

Chapter FIVE

SUMMARY, CONCLUSION AND RECOMMENDATIONS

• Performance Evaluation and Optimization  
• 5.1Edge Computing Resource Utilization Metrics  
• 5.2Quality of Service and Latency Optimization  
• 5.3Edge System Reliability and Fault Tolerance  
• 5.4Energy Efficiency and Sustainability  
• 5.5Security and Privacy Assurance  
• 5.6Scalability and Flexibility of Edge Systems  
• 5.7Future Trends and Challenges in Edge Computing for IoT  
• 5.8Conclusion