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Internet of Things (IoT) - An Engineering Approach
From Principles to Practice
- 1st Edition - September 1, 2025
- Author: Xicai Yue
- Language: English
- Paperback ISBN:9 7 8 - 0 - 4 4 3 - 2 3 9 0 3 - 8
- eBook ISBN:9 7 8 - 0 - 4 4 3 - 2 3 9 0 4 - 5
Internet of Things (IoT) – An Engineering Approach: From Principles to Practice provides clear engineering practice guides on developing intelligent sensor/actuator nodes and then… Read more
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Request a sales quoteInternet of Things (IoT) – An Engineering Approach: From Principles to Practice provides clear engineering practice guides on developing intelligent sensor/actuator nodes and then forming an IoT system, without the confusion of network/communication protocols.
IoT will be widely used in smart homes, smart cities, digital health, and digital manufacturers. However, the development of an IoT system can be complicated since it combines technologies in networking and security, wireless communication, broadband cellular networks, sensors and actuators, data acquisition and real-time embedded systems, edge computing with artificial intelligence, and low-power electronics technologies.
All engineering practice topics come with examples mostly from the first-hand materials of the author’s research projects, e.g. digital switching, powering indoor IoT sensor nodes by photovoltaic energy harvesting, laser sensors for greenhouse plant, low-power electronics for implantable neural recording for blowfly, zero-power passive sensing, MEMs capacitor for ultrasound imaging/digital speaker, contactless electrode for physiological measurements, EoG based gaze tracking for augmented reality. Therefore, this book can be used for teaching or used as a reference for relevant research.
- The first book to cluster relevant technologies from an engineer’s view, eliminating confusion on network structure and network/communication protocols
- Deep technical discussions with examples extracted from the author’s cutting-edge research projects
- Practice guides on sensor interface, data acquisition, and real-time control
Students, Practitioners
Part 1: Introduction
1: IoT overview
1. History and applications
2. Challenges and future trends
2: Internet
1. Overview
2. Network structure (possible ways to be extended for IoT)
3: Things
1. Sensor technologies for IoTs
1.1. RFID for industrial automation
1.2. Contactless electrode for digital health
1.3. LiDAR for auto driving
2. Actuators
2.1. Motors
2.2. MEMs actuators
Part 2: Engineering Essentials for IoT
4: Wireless technologies
1. Wireless communication protocols
1.1. Short range
1.2. Long range
2. Broadband cellular networks (4G/5G)
5: Internet protocols and IoT structure
1. Evolution of digital communication network
2. TCP/IP protocol
3. OSI model and IoT structure
4. Network security (moved to Chapter 9)
6: IoT application case study
1. Smart home
2. Digital twin
3. Digital health
Part 3: Development of IoT systems
7: Sensor nodes
1. Sensor interface and data acquisition
2. Embedded systems for intelligent control
8: Connecting sensor nodes to the internet
1. Wireless based
2. TCP/IP based
3. Broadband based
9: Application software development
1. Create Apps for IoT
2. Network security
Part 4: Engineering practices to meet application requirements
10: Measurements accuracy
1. Components imperfection
2. Voltage reference
3. Current source vs. voltage source
11: Real-time implementation
1 Microcontroller
2 Real-time operating system
2.1 Raspberry PI
2.2 Mobile phone
3 FPGA
4 Summary
12: Lower the power consumption
1. Low-power technologies
2. Energy harvesting
3. Passive sensing
13: Intelligent the sensor nodes
1. Edge computing
2. Artificial Intelligence
3. Big data process
1: IoT overview
1. History and applications
2. Challenges and future trends
2: Internet
1. Overview
2. Network structure (possible ways to be extended for IoT)
3: Things
1. Sensor technologies for IoTs
1.1. RFID for industrial automation
1.2. Contactless electrode for digital health
1.3. LiDAR for auto driving
2. Actuators
2.1. Motors
2.2. MEMs actuators
Part 2: Engineering Essentials for IoT
4: Wireless technologies
1. Wireless communication protocols
1.1. Short range
1.2. Long range
2. Broadband cellular networks (4G/5G)
5: Internet protocols and IoT structure
1. Evolution of digital communication network
2. TCP/IP protocol
3. OSI model and IoT structure
4. Network security (moved to Chapter 9)
6: IoT application case study
1. Smart home
2. Digital twin
3. Digital health
Part 3: Development of IoT systems
7: Sensor nodes
1. Sensor interface and data acquisition
2. Embedded systems for intelligent control
8: Connecting sensor nodes to the internet
1. Wireless based
2. TCP/IP based
3. Broadband based
9: Application software development
1. Create Apps for IoT
2. Network security
Part 4: Engineering practices to meet application requirements
10: Measurements accuracy
1. Components imperfection
2. Voltage reference
3. Current source vs. voltage source
11: Real-time implementation
1 Microcontroller
2 Real-time operating system
2.1 Raspberry PI
2.2 Mobile phone
3 FPGA
4 Summary
12: Lower the power consumption
1. Low-power technologies
2. Energy harvesting
3. Passive sensing
13: Intelligent the sensor nodes
1. Edge computing
2. Artificial Intelligence
3. Big data process
- No. of pages: 300
- Language: English
- Edition: 1
- Published: September 1, 2025
- Imprint: Academic Press
- Paperback ISBN: 9780443239038
- eBook ISBN: 9780443239045
XY
Xicai Yue
Dr. Yue received BEng in 1985, MEng and Ph.D in 1995 and 1999. From 1999 to 2016, he was a full-time researcher in Tsinghua University, China, Imperial College London, and Sharp Laboratories of Europe. Currently he is the Head of Instrumentation at the Institute of Biosensing Technology, University of the West of England, and successfully delivered UK research and innovation (UKRI) projects where he acted as the principal investigator/co-investigator.
Dr. Yue is a senior member of IEEE and has acted as session chairs/co-chairs at IEEE conferences. He is also an associate editor of Measurement Journal (Elsevier). Dr Yue has authored many tens of peer-reviewed journal papers, a patent, and a book chapter. His areas of expertise include analog/digital electronics, sensor interface and data acquisition, embedded system design (microcontroller and FPGA); signal processing and artificial intelligence, IC design in CMOS and TFT processes; power management for energy harvesting; zero-power passive sensing, and contactless electrodes for long-term physiological measurements. His work on stem cell culture process optimization won the IEEE International Symposium on Circuits and Systems (ISCAS) live-demo prize.
Affiliations and expertise
Head of instrumentation/Institute of Biosensing Technology, Institute of Biosensing Technology, University of the West of England, Bristol, UK