Recent Advancement of IoT Devices in Pollution Control and Health Applications covers current developments in Internet of Things (IoT)-based pollution control, solid waste management, transportation, and healthcare systems. Because of its effects on physical and biological entities of the environment, the issue of environmental pollution and action has become a global concern. This guide highlights how environmental and health data from connected devices can be stored, analyzed, and eventually used—from developing indices for the state of environmental pollution, to diagnosing and treating patients and the role of IoT-based technology for pollution control.
1. Recent Advancement of IoT Devices in Pollution Control and Health Applications - p. i 2. Cover - p. i 3. Title Page - p. iii 4. Copyright Page - p. iv 5. Table of Contents - p. iv 6. List of contributors - p. ix 7. Editor biographies - p. xi 8. 1 The fundamental characteristics of IoT (internet of things) for controlling daily air pollution - p. 1 9. 2 Detection of air pollution, air quality monitoring, and control using a wireless sensor network - p. 23 10. 3 IoT-based solid waste management and collection system using infrared sensors - p. 29 11. 4 IoT-based smart monitoring panel for floating horizontal axis wind turbine - p. 37 12. 5 A critical review of using Internet of Things technology for decarbonizing the shipping transportation industry in industrial revolution 4.0 - p. 53 13. 6 The energy efficiency management system on ships using internet of things technology for reducing environmental pollution - p. 65 14. 7 Smart structural health monitoring system using IoT and wireless technology - p. 85 15. 8 IoT-based ECG monitoring system for smart health-care data applications - p. 109 16. 9 IoT based microcontroller operated UV germicide system - p. 127 17. 10 Improving energy efficiency in next-generation IoT networks with beam adjustment technique - p. 153 18. 11 Improving energy efficiency by HARQ mechanism over slow fading scenario for cooperative MIMO in IoT networks - p. 167 19. 12 IoT based sensor operated automatic potion (SOAP) dispenser - p. 185 20. Index - p. 203
Recent Advancement of IoT Devices in Pollution Control and Health Applications covers current developments in Internet of Things (IoT)-based pollution control, solid waste management, transportation, and healthcare systems. Because of its effects on physical and biological entities of the environment, the issue of environmental pollution and action has become a global concern. This guide highlights how environmental and health data from connected devices can be stored, analyzed, and eventually used—from developing indices for the state of environmental pollution, to diagnosing and treating patients and the role of IoT-based technology for pollution control.
1. Recent Advancement of IoT Devices in Pollution Control and Health Applications - p. i 2. Cover - p. i 3. Title Page - p. iii 4. Copyright Page - p. iv 5. Table of Contents - p. iv 6. List of contributors - p. ix 7. Editor biographies - p. xi 8. 1 The fundamental characteristics of IoT (internet of things) for controlling daily air pollution - p. 1 9. 2 Detection of air pollution, air quality monitoring, and control using a wireless sensor network - p. 23 10. 3 IoT-based solid waste management and collection system using infrared sensors - p. 29 11. 4 IoT-based smart monitoring panel for floating horizontal axis wind turbine - p. 37 12. 5 A critical review of using Internet of Things technology for decarbonizing the shipping transportation industry in industrial revolution 4.0 - p. 53 13. 6 The energy efficiency management system on ships using internet of things technology for reducing environmental pollution - p. 65 14. 7 Smart structural health monitoring system using IoT and wireless technology - p. 85 15. 8 IoT-based ECG monitoring system for smart health-care data applications - p. 109 16. 9 IoT based microcontroller operated UV germicide system - p. 127 17. 10 Improving energy efficiency in next-generation IoT networks with beam adjustment technique - p. 153 18. 11 Improving energy efficiency by HARQ mechanism over slow fading scenario for cooperative MIMO in IoT networks - p. 167 19. 12 IoT based sensor operated automatic potion (SOAP) dispenser - p. 185 20. Index - p. 203
