Smart and Secure Internet of Healthcare Things
portes grátis
Smart and Secure Internet of Healthcare Things
Alazab, Mamoun; Singh, Jagdeep; Do, Dinh-Thuan; Gupta, Nitin; Chakraborty, Chinmay
Taylor & Francis Ltd
10/2024
232
Mole
9781032145501
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Healthcare Solutions using Wearable Devices
2. IoT based Disease Prediction
3. An Introduction to IoT based Posture Detection and Underlying Sensor Technology
4. Application of Machine Intelligence in IoT Enabled HealthCare Monitoring Systems: A Case Study Based Approach
5. Application of Machine Learning in IOHT
6. Medical IoT: Opportunities, Issues in Security and Privacy
7. Security Concerns and Forensic Aspects of IoHT
8. Recent Security Issues and Countermeasures on IOHT
9. Future Wireless Communication Systems to Enable IoMT Services and Applications
10. An Energy Efficient Data Routing and Aggregation Protocol for WBANs
11. Case Studies on Implementation of Smart Healthcare Across Global Smart Cities
2. IoT based Disease Prediction
3. An Introduction to IoT based Posture Detection and Underlying Sensor Technology
4. Application of Machine Intelligence in IoT Enabled HealthCare Monitoring Systems: A Case Study Based Approach
5. Application of Machine Learning in IOHT
6. Medical IoT: Opportunities, Issues in Security and Privacy
7. Security Concerns and Forensic Aspects of IoHT
8. Recent Security Issues and Countermeasures on IOHT
9. Future Wireless Communication Systems to Enable IoMT Services and Applications
10. An Energy Efficient Data Routing and Aggregation Protocol for WBANs
11. Case Studies on Implementation of Smart Healthcare Across Global Smart Cities
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Security, Privacy;Wearables;Machine Learning;Sensor;5G/6G;Multimedia Processing;IoT Device;Sensor Node;Sink Node;Arduino UNO;WBANs;DoS;Smart Healthcare;Medical IoT;LPWAN;Aggregator Node;Packet Delivery Ratio;Network Lifetime;Smart Cities;Wearable Devices;Disease Prediction;Data Set;Packets Aggregated;Imu Data;Apache HBase;Fall Detection;IoT Sensor;Non-Mydriatic Fundus Camera;Data Packets;TOPSIS Methodology;Wireless Communication Systems
1. Healthcare Solutions using Wearable Devices
2. IoT based Disease Prediction
3. An Introduction to IoT based Posture Detection and Underlying Sensor Technology
4. Application of Machine Intelligence in IoT Enabled HealthCare Monitoring Systems: A Case Study Based Approach
5. Application of Machine Learning in IOHT
6. Medical IoT: Opportunities, Issues in Security and Privacy
7. Security Concerns and Forensic Aspects of IoHT
8. Recent Security Issues and Countermeasures on IOHT
9. Future Wireless Communication Systems to Enable IoMT Services and Applications
10. An Energy Efficient Data Routing and Aggregation Protocol for WBANs
11. Case Studies on Implementation of Smart Healthcare Across Global Smart Cities
2. IoT based Disease Prediction
3. An Introduction to IoT based Posture Detection and Underlying Sensor Technology
4. Application of Machine Intelligence in IoT Enabled HealthCare Monitoring Systems: A Case Study Based Approach
5. Application of Machine Learning in IOHT
6. Medical IoT: Opportunities, Issues in Security and Privacy
7. Security Concerns and Forensic Aspects of IoHT
8. Recent Security Issues and Countermeasures on IOHT
9. Future Wireless Communication Systems to Enable IoMT Services and Applications
10. An Energy Efficient Data Routing and Aggregation Protocol for WBANs
11. Case Studies on Implementation of Smart Healthcare Across Global Smart Cities
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Security, Privacy;Wearables;Machine Learning;Sensor;5G/6G;Multimedia Processing;IoT Device;Sensor Node;Sink Node;Arduino UNO;WBANs;DoS;Smart Healthcare;Medical IoT;LPWAN;Aggregator Node;Packet Delivery Ratio;Network Lifetime;Smart Cities;Wearable Devices;Disease Prediction;Data Set;Packets Aggregated;Imu Data;Apache HBase;Fall Detection;IoT Sensor;Non-Mydriatic Fundus Camera;Data Packets;TOPSIS Methodology;Wireless Communication Systems
