Healthcare Systems and Health Informatics
portes grátis
Healthcare Systems and Health Informatics
Using Internet of Things
Dagur, Arvind; Goyal, Lalit Mohan; Mehra, Pawan Singh; Dwivedi, Anshu Kumar
Taylor & Francis Ltd
10/2024
249
Mole
9780367703950
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Unit 1: Introduction to IoT-Based Healthcare Devices 1. Internet of Things: A Smart Technology for Healthcare Industries 2. IoT Devices for Measuring Pulse Rates and ECG Signals Unit 2: IoT-Based Systems for Healthcare Sector: AI and Smart Computing 3. Machine Learning and Deep Learning in IoT-Based Healthcare Support Systems 4. An IoT-Based Smart Environment for Sustainable Healthcare Management Systems 5. Predictive Model for Brain Tumour Detection Based on IoT MRI Scan 6. A Comparative Analysis of Parametric and Non-Parametric Video Object Segmentation Methods for IoT and Other Applications Areas 7. IoMT-Based Computational Approach for Semantic Segmentation of Brain Tumour MRI Images Unit 3: IoT-Based Systems for Healthcare Industries: Opportunities and Challenges 8. Internet of Medical Things: Smart Healthcare Monitoring Systems and Their Potential Implementations 9. How Artificial Intelligence and IoT Are Facing Covid-19: An Overview 10. IoT-Based Healthcare Monitoring Practices during Covid-19: Prospects and Approaches 11. Impact of IoT-Based Urban Agriculture on Healthcare: Smart Farms for Homes 12. Identification of Heavy Drinking by Using IoT Devices and Artificial Intelligence Unit 4: Security and Privacy in IoT-Based Systems for Healthcare Sector 13. Cyber Security for Handling Threats in Healthcare Devices 14. Security Challenges and Solutions for Healthcare in the Internet of Things
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Intelligent Systems;Remote Monitoring;Smart City;IoT;Data Analytics;Information Security;Health Informatics;IoT Device;IoT Technology;IoT Architecture;Brain Tumour;IoT Application;LSTM;RGB;MQTT;IAQ Monitoring;Fog Computing;LAN;AQI;Raspberry Pi;ADC Module;AC;Healthcare Information Systems;Pulse Sensor;Urban Agriculture;Motion Segmentation;Object Segmentation;Patient's Id;Mri Input;Diffused Low Grade Gliomas
Unit 1: Introduction to IoT-Based Healthcare Devices 1. Internet of Things: A Smart Technology for Healthcare Industries 2. IoT Devices for Measuring Pulse Rates and ECG Signals Unit 2: IoT-Based Systems for Healthcare Sector: AI and Smart Computing 3. Machine Learning and Deep Learning in IoT-Based Healthcare Support Systems 4. An IoT-Based Smart Environment for Sustainable Healthcare Management Systems 5. Predictive Model for Brain Tumour Detection Based on IoT MRI Scan 6. A Comparative Analysis of Parametric and Non-Parametric Video Object Segmentation Methods for IoT and Other Applications Areas 7. IoMT-Based Computational Approach for Semantic Segmentation of Brain Tumour MRI Images Unit 3: IoT-Based Systems for Healthcare Industries: Opportunities and Challenges 8. Internet of Medical Things: Smart Healthcare Monitoring Systems and Their Potential Implementations 9. How Artificial Intelligence and IoT Are Facing Covid-19: An Overview 10. IoT-Based Healthcare Monitoring Practices during Covid-19: Prospects and Approaches 11. Impact of IoT-Based Urban Agriculture on Healthcare: Smart Farms for Homes 12. Identification of Heavy Drinking by Using IoT Devices and Artificial Intelligence Unit 4: Security and Privacy in IoT-Based Systems for Healthcare Sector 13. Cyber Security for Handling Threats in Healthcare Devices 14. Security Challenges and Solutions for Healthcare in the Internet of Things
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Intelligent Systems;Remote Monitoring;Smart City;IoT;Data Analytics;Information Security;Health Informatics;IoT Device;IoT Technology;IoT Architecture;Brain Tumour;IoT Application;LSTM;RGB;MQTT;IAQ Monitoring;Fog Computing;LAN;AQI;Raspberry Pi;ADC Module;AC;Healthcare Information Systems;Pulse Sensor;Urban Agriculture;Motion Segmentation;Object Segmentation;Patient's Id;Mri Input;Diffused Low Grade Gliomas
