Intelligent Transportation

The application of Internet of Things (IoT) technology in road traffic is relatively mature. With the increasing popularity of social vehicles, traffic congestion and even paralysis have become a major problem in cities. Real-time monitoring of road traffic conditions and timely dissemination of information to drivers enable them to make timely travel adjustments, effectively alleviating traffic pressure. The installation of automatic road toll collection systems (ETC for short) at highway intersections eliminates the time required for card removal and return at entrances and exits, improving vehicle traffic efficiency. The installation of positioning systems on buses allows for timely access to bus routes and arrival times, enabling passengers to plan their journeys accordingly and avoid unnecessary time waste. In addition to traffic pressure, the increase in social vehicles has also made parking difficulties an increasingly prominent issue. Many cities have launched smart on-street parking management systems that are based on cloud computing platforms and combine IoT technology with mobile payment technology to share parking resources, improve parking utilization, and enhance user convenience. The system can be compatible with both mobile phone and radio frequency identification (RFID) modes, allowing users to access parking information, locate parking spaces, make reservations in advance, and pay fees through mobile phone APP software. This has largely solved the problem of "difficulty in finding and parking a vehicle".

smart home

Smart home is the basic application of the Internet of Things (IoT) in the household. With the popularization of broadband services, smart home products have become ubiquitous. When no one is at home, users can remotely operate smart air conditioners through mobile phone or other client products to adjust the room temperature. Some even learn users habits to achieve fully automatic temperature control, allowing users to enjoy the coolness and comfort upon returning home during the hot summer. Through the client, users can switch on and off smart bulbs, adjust the brightness and color of the bulbs, etc. Sockets with built-in WiFi can realize remote control of socket timing on/off, and some can even monitor equipment power consumption, generate power consumption charts to provide a clear overview of power usage, and arrange resource usage and budget planning. Smart weight scales monitor exercise effects. Advanced sensors built-in can monitor blood pressure and fat content, and the internal program provides health advice based on physical status. Smart toothbrushes are connected to the client to remind users of brushing time and position, and can generate charts based on brushing data to reflect oral health status. Smart cameras, window sensors, smart doorbells, smoke detectors, smart alarms, etc. are essential security monitoring devices in the household. When you are away, you can view the real-time status of any corner of your home at any time and place, detecting any potential safety hazards. Seemingly cumbersome aspects of household life become easier and more enjoyable thanks to the IoT.

public safety

In recent years, global climate anomalies have occurred frequently, and the suddenness and harmfulness of disasters have further increased. The Internet can monitor environmental insecurities in real time, enabling early prevention, real-time warning, and timely response measures to reduce the threat of disasters to human life and property. As early as 2013, the University at Buffalo in the United States proposed a research project on the deep-sea Internet. By placing specially treated sensing devices in the deep sea, the project analyzes underwater conditions, facilitates the prevention and control of marine pollution, explores seabed resources, and even provides more reliable warnings for tsunamis. The project was successfully tested in local lakes, laying the foundation for further expansion of its application scope. Utilizing Internet of Things technology, it can intelligently sense various indicators related to the atmosphere, soil, forests, and water resources, playing a significant role in improving human living environments