Introduction: No one doubts that the future is an era of interconnectedness. Sensors, as the perceptual devices of the Internet of Things, are the most widely used and numerous devices in the IoT. This is the most comprehensive PPT I found regarding the applications of the Internet of Things and sensor technology, starting with the structure of the IoT and the technology of sensors, covering common types of sensors used in the IoT, emphasizing examples of sensor applications in the IoT, and providing an in-depth explanation of sensor networking and networking.
PS: If you need the “IoT Sensor Technology and Applications” (539 pages, PPT) materials, please reply with “IoT Sensor Technology” in the background of the Sensor Expert Network public account to get the download link.
The content of this article is relatively comprehensive and can be obtained according to the directory.Needed information:
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Chapter 1 Overview of IoT and Sensors
1.1 Concepts of IoT and Sensors
1.2 Composition and Classification of Sensors
1.3 Technical Characteristics and Development Trends of Sensors
1.4 Wireless Sensor Networks
Chapter 2 General Characteristics of Sensors
2.1 Mathematical Models and Characteristics of Sensors
2.2 Calibration and Adjustment of Sensors
2.3 Examples of General Characteristics of Sensors
Chapter 3 Resistive Sensors
3.1 Elastic Sensitive Elements
3.2 Potentiometric Sensors
3.3 Metal Resistance Strain Sensors
3.4 Piezoresistive Sensors
Chapter 4 Capacitive Sensors
4.1 Working Principle of Capacitive Sensors
4.2 Types and Characteristics of Capacitive Sensors
4.3 Equivalent Circuits and Measurement Circuits of Capacitive Sensors
4.4 Application Examples of Capacitive Sensors
Chapter 5 Inductive Sensors
5.1 Self-Inductive Sensors
5.2 Mutual Inductive Sensors
5.3 Eddy Current Sensors
Chapter 6 Thermoelectric Sensors
6.1 Thermoresistance Sensors
6.2 Thermocouple Sensors
6.3 Thermistor Sensors
Chapter 7 Piezoelectric Sensors
7.1 Piezoelectric Effect
7.2 Main Characteristics of Piezoelectric Materials
7.3 Equivalent Circuits and Measurement Circuits of Piezoelectric Sensors
7.4 Application Examples of Piezoelectric Sensors
Chapter 8 Magnetoelectric Sensors
8.1 Magnetoelectric Induction Sensors
8.2 Hall Sensors
8.3 Other Magnetic Sensitive Sensors
Chapter 9 Photoelectric Sensors
9.1 Overview
9.2 Photoelectric Effect and Photoelectric Effect Sensors
9.3 Infrared Sensors
9.4 Solid-State Image Sensors
9.5 Fiber Optic Sensors
Chapter 10 Chemical Sensors and Biosensors
10.1 Chemical Sensors
10.2 Biosensors
Chapter 11 Digitalization of Sensors
11.1 Code Disk Sensors
11.2 Grating Sensors
11.3 Inductive Synchronizers
11.4 Frequency-Based Digital Sensors
Chapter 12 Integration, Intelligence, and Networking of Sensors
12.1 Micro-Electromechanical Systems (MEMS) and MEMS Sensors
12.2 Intelligent Sensors
12.3 Multi-Sensor Information Fusion Technology
12.4 Networking of Sensors
