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Full Description
This book discusses intelligent computing through the Internet of Things (IoT) and Big-Data in vehicular environments in a single volume. It covers important topics, such as topology-based routing protocols, heterogeneous wireless networks, security risks, software-defined vehicular ad-hoc networks, vehicular delay tolerant networks, and energy harvesting for WSNs using rectenna.
FEATURES
Covers applications of IoT in Vehicular Ad-hoc Networks (VANETs)
Discusses use of machine learning and other computing techniques for enhancing performance of networks
Explains game theory-based vertical handoffs in heterogeneous wireless networks
Examines monitoring and surveillance of vehicles through the vehicular sensor network
Investigates theoretical approaches on software-defined VANET
The book is aimed at graduate students and academic researchers in the fields of electrical engineering, electronics and communication engineering, computer science, and engineering.
Contents
1. Cloud-Based Underwater Ad-hoc Communication: Advances, Challenges and Future Scopes. 2. A Hybrid Cryptography Technique with Blockchain for Data Integrity and Confidentiality in Cloud Computing. 3. Fog Computing Environment in Flying Ad-hoc Networks: Concept, Framework, Challenges and Applications. 4. Wi-Fi Computing Network Empowers Wi-Fi Electrical Power Network. 5. Big-Data Analytics for Vehicular Edge Networks. 6. Impact of Various Parameters on Gauss Markov Mobility Model to Support QoS in MANET. 7. Heterogeneous Ad hoc Network Management: An Overview. 8. Deployment of the Biometrics-as-a-Service (BaaS)Design for the Internet of Biometric Things (IoBT) on the AWS Cloud. 9. A Comprehensive Survey of Geographical Routing and its Impact on Mobility Models in Multi-hop Wireless Networks. 10. Energy-aware Secure Routing in Wireless Sensor Network. 11. Deploying Trust-based E-Healthcare System using Blockchain-IoT in Wireless Networks. 12. Low-Cost Robust Service Overloading Fusion Model for Cloud Environments. 13. Load Balancing Based on Estimated Finish Time of Services. 14. Blockchain-enabled Smart Contract Optimization for Healthcare Monitoring Systems. 15. Interference mitigation using Cognitive Femtocell from 5G perspective.
