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Full Description
This book focusses on the Internet of Things (IoT) and Data Mining for Modern Engineering and Healthcare Applications and the recent technological advancements in Microwave Engineering, Communication and applicability of newly developed Solid State Technologies in Bio-medical Engineering and Health-Care.
The Reader will be able to know the recent advancements in Microwave Engineering including novel techniques in Microwave Antenna Design and various aspects of Microwave Propagation. This book aims to showcase, the various aspects of Communication, Networking, Data Mining, Computational Biology, Bioinformatics, Bio-Statistics and Machine Learning.
In this book, recent trends in Solid State Technologies, VLSI and applicability of modern Electronic Devices in Bio-informatics and Health-Care is focused. Furthermore, this book showcases the modern optimization techniques in Power System Engineering, Machine Design and Power Systems.
This Book highlights the Internet of Things (IoT) and Data Mining for Modern Engineering and Healthcare Applications and the recent technological advancements in Microwave Engineering, Communication and applicability of newly developed Solid State Technologies in Bio-medical Engineering and Health-Care for day-to-day applications.
Societal benefits of Microwave Technologies for smooth and hustle-free life are also areas of major focus. Microwave Engineering includes recent advancements and novel techniques in Microwave Antenna Design and various aspects of Microwave Propagation.
Day-to-Day applicability of modern communication and networking technologies are a matter of prime concern. This book aims to showcase, the various aspects of Communication, Networking, Data Mining, Computational Biology, Bioinformatics, Bio-Statistics and Machine Learning.
Role of Solid Sate Engineering in development of modern electronic gadgets are discussed. In this book, recent trends in Solid State Technologies, VLSI and applicability of modern Electronic Devices in Bio-informatics and Biosensing Devices for Smart Health care are also discussed.
Features:
This book features Internet of Things (IoT) and Data Mining for Modern Engineering and Healthcare Applications and the recent technological advancements in Microwave Engineering, Communication and applicability of newly developed Solid State Technologies in Bio-medical Engineering and Smart Health-Care Technologies
Showcases the novel techniques in Internet of Things (IoT) integrated Microwave Antenna Design and various aspects of Microwave Communication
Highlights the role of Internet of Things (IoT) various aspects of Communication, Networking, Data Mining, Computational Biology, Bioinformatics, Bio-Statistics and Machine Learning
Reviews the role of Internet of Things (IoT) in Solid State Technologies, VLSI and applicability of modern Electronic Devices in Bio-informatics and Health-Care
In this book, role of Internet of Things (IoT) in Power System Engineering, Optics, RF and Microwave Energy Harvesting and Smart Biosensing Technologies are also highlighted
Contents
1. The Role of IoT in Healthcare Services: An extensive Review. 2. Smart Healthcare and IoT Technologies-Academic and Service Provider Review. 3. Recognizing Human activities of Daily Living Using Mobile sensors for Health monitoring. 4. Internet of Things with Machine Learning based smart Cardiovascular disease classifier for Healthcare in Secure platform. 5. IoT centered Household Security and Person's Health Care System Predominantly Aimed at Epidemic Circumstances. 6. Artificial Intelligence-based Categorization of Healthcare Text. 7. Multilayer Perceptron Mode and IOT to Assess the Economic Impact and Human Health in Rural Areas - Alcoholism. 8. Downlink Fronthaul Connectivity for IoT devices in Rural Areas with Scheduling approach. 9. IoT-enabled customizable system for traffic management with real-time vehicle emission measurement functionality. 10. Development of fuel cell based energy systems for 3-ph power development & Internet of Things devices. 11. Fuzzy Logic based IoT Technique for Direct Torque Control of Induction Motor Drive. 12. Body Wearable antennas and integration of Internet of Things (IoT) in Vehicular Wireless Communication Systems. 13. A Review on Wearable Antenna Design for IoT&5G Applications. 14. Investigation of Interface Trap Charges and Temperature on RF performance with Noise Analysis for IoT Application of a Heterojunction Tunnel FET. 15. Application And Utilization Of High Aspect Ratio Anti Reflective Si Nano Structure Embedded Optical Sensor For IoT Applications. 16. RF and Microwave Energy Harvesting Antennas for Self-Sustainable IOTs. 17. An extremely compact and low cost antenna -sensor designed for IoT integrated biomedical applications
