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Smart Innovation of Web of Things

Emergence of the Web of Things: A Survey Introduction Methodology WoT Architecture SOA-Based Architecture WoT Technologies Radio-Frequency Identification (RFID)Near-Field Communication (NFC)Bluetooth Wireless Fidelity (Wi-Fi)Long-Term Evolution Advanced (LTE-A)Wireless Sensor Networks (WSNs)Cloud Computing ZigBee Big Data Analytics WoT Protocols Internet Protocols Application Protocols Constrained Application Protocol (CoAP)Extensible Messaging and Presence Protocol (XMPP)Advanced Message Queueing Protocol (AMQP)Data Distributed Service (DDS)WoT Applications Home Automation Automotive Cities Industry Healthcare and Lifestyle Vulnerabilities, Attacks and Countermeasures Physical Attacks Network Attacks Software Attacks Security Requirements Authentication and Confidentiality Privacy in WoT Trust in WoT Relation of WoT and M2M Conclusion References WoT-Enabled Delay-Tolerant Networks Introduction Contemporaneous Work and History of the Web of Things and Delay-Tolerant Networks (DTNs)Routing Protocols in DTNs Routing Considerations Routing Protocol Classification Forwarding and Flooding-Based DTN Routing Epidemic-Based Routing Protocols Probability-Based Routing Routing Protocols Based on Geography Social Concept-Based Routing Challenges in WoT-Based DTNs Routing Challenges Custody and Congestion-Related Issues Security Impediments WoT-Enabled DTN-Based Applications Delay-Tolerant Networks for Satellite Communications Delay-Tolerant Networks for Remote Communications Vehicular Delay-Tolerant Networks (VDTNs)Delay-Tolerant Networks for Underwater Communications Military Applications Conclusion References Deep Learning-Based Decision-Making with WoT for Smart City Development Introduction WoT-Based Decision-Making for Smart City Development Value Conflicts and Analysis of Constructive Technology Assessment (CTA)Decision-Planning Using WoT in Urban Ecosystems with Deep Learning RESTful Services Using WoT Conclusion References Predicting Epilepsy Seizures Using Machine Learning and IoT Introduction Literature Survey Proposed Approach EEG Dataset Preprocessing Decomposition Feature Extraction Linear Predictive Coding (LPC)Kurtosis Mean Classification K-Nearest Neighbor (KNN)Auto-Correlation Principal Component Analysis (PCA)Seizure Prediction Results and Discussion Conclusion Acknowledgments References Cognitive Radio Networks Introduction Cognitive Radio CR Transceiver System Spectrum Hole Concept Network Architecture Primary Network Cognitive Radio Network Features of CR Cognitive Cycle Spectrum Sensing Non-Cooperative Sensing Matched Filter Detection Energy Detection Cyclostationary-Based Detection Cooperative Sensing Centralized Cooperative Sensing Distributed Cooperative Sensing Relay-Assisted Cooperative Sensing Spectrum Sensing Issues Spectrum Decision Spectrum Decision Parameters Spectrum Decision Issues Spectrum Sharing Spectrum Sharing Techniques Spectrum Sharing Issues Spectrum Mobility Spectrum Handover Strategies Spectrum Mobility Issues Applications of CRNs Conclusion Bibliography Extended Paradigms for Botnets with WoT Applications: A Review Botnet Introduction Botnet Components Desired Properties of a Bot (Host)Botnet Life Cycle Infection Mechanism Botnet Evasion Techniques Botnet Defense Prevention Treatment Response Source Algorithms Botnet Applications with WoT Botnet Size Measurement Conclusion and Future Work References WoT-Enabled Smart Cities Introduction Definition Components of Smart Cities Iterative Approach to Implementing a Smart City Implementing a Smart City Platform Monitoring and Basic Analytics Deep Analytics Smart Control Interacting with Citizens via Client Applications Integrating Several Solutions Major Use Case of a Smart City IoT-Enabled Smart Infrastructure IoT-Enabled Smart Buildings Challenges for Smart Buildings Solutions for Smart Buildings Case Study for Smart Buildings IoT-Enabled Home Automation Security System IoT-Enabled Waste Management System IoT-Enabled Healthcare IoT-Based Smart Environment Monitoring System IoT-Enabled Smart Energy Management System IoT-Enabled Intelligent Agriculture System Conclusion Bibliography WoT-Enabled Retail Management Introduction Retail Management Advantages of WoT-Enabled Retail Management Latest Trends in WoT-Enabled Retail Management Infrastructure of WoT-Enabled Retail Management Beacons Eddystone Supply Chain Management Applying WoT Web of Things in the Retail Industry Applications of WoT-Enabled Retail Management Security Issues in WoT-Enabled Retail Management Challenges Raised in WoT-Enabled Retail Management Conclusion and Future Scope References WoT-Enabled Banking Sector Modernization Introduction Benefits of WoT in the Banking Sector WoT-Enabled Product Planning and Customized Marketing WoT-Enabled Proactive and Prediction-Based Banking WoT-Enabled Credit Credibility WoT-Enabled Bank Data Management WoT-Enabled Credit Card Facilities WoT-Enabled Banking-Related Information Dissemination to Customers WoT-Enabled Personalized Customer Services WoT-Enabled Customer Smart Interaction Real Applications of WoT in the Banking Sector Banking on Wearable Devices Chatbots Alfa-Bank-Sense ATMs on the Move Blockchain and WoT-Based Banking Voice-Assisted Banking The Challenges Associated with WoT-Enabled Banking Services Data Privacy and Security Standards and Protocols System Complexity Higher Unemployment Rate Conclusion References The Revolutionary Future Impact of the Web of Things in the Retail Industry: Toward Intelligent Retail Introduction Retail Management Digital Technology Customer Experience in Retail A New Age of Retail Management Motivation Literature Review Technology and the Retail Business Challenges in Retail Management Retailers Need to Contribute More for the Workforce A Siloed Showcasing Framework Makes It Costly and Inconvenient to Get Message Across Keeping Up Customer Loyalty Clients Moving to Multichannel Purchasing Encounters WoT Applications in Retail Automated Checkout Personalized Discounts Smart Shelves In-Store Layout Optimization Optimizing Supply Chain Management Challenges in Retail Management for Implementing WoT Technology Infrastructure Security and Privacy Issues Data Management Conclusion References AndroSet: An Automated Tool to Create Datasets for Android Malware Detection and Functioning with WoT Introduction to Android Components of AndroidManifest Use of Android in WoT Utility of Android in WoT Need for Android to Work with WoT Steps to Work with Android in WoT Proposed Tool for Android Security Results Conclusion References

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