It is a kind of artificial intelligence that enables computers to handle tasks autonomously and continuously improve their own intelligence capabilities by simulating human intelligence and autonomous learning and other technologies. By simulating human intelligence, AI intelligence enables machines to think, learn and make decisions like humans do.
and thus be able to perform various tasks autonomously. It covers a wide range of fields, including robotics, language recognition, image recognition, natural language processing, expert systems, machine learning and computer vision.
AI technology is also widely used in the construction of smart cities. Through video surveillance and image analysis technology, AI can help city management quickly capture abnormal situations and traffic congestion, and then adjust the layout of urban infrastructure and flow control.
In addition, AI can also assist in urban planning, through data analysis to optimise the city's roads, public transport, public services and many other aspects.
Then in the process of driving will use ADAS advanced driver assistance system, is a car equipped with an innovative technology, designed to enhance driving safety and reduce the risk of traffic accidents. ADAS through a variety of functions work together to provide drivers with comprehensive safety protection.
DMS (Driver Monitoring System) is mainly used to monitor the driver's status and prevent fatigue driving.DMS monitors the details of the driver's head, eyes, face and hands in real time through face and facial recognition technology to determine whether the driver is in a state of fatigue and provide alerts visually and audibly to enhance driving safety.
In addition, DMS has a wide range of applications in data management. the DMS data management system provides effective ECAD (electronic computer-aided design) management for large companies, reducing system maintenance and improving efficiency. It provides a single centralised data warehouse to manage the entire design process.
It is tightly integrated with existing management systems, and its open structure supports unlimited data types and relationships, enhancing the search and management of design data.
BSD Blind Spot Monitoring System is a vehicle safety assistance system whose main function is to detect the blind spots behind the vehicle's side by millimetre wave radar to ensure that the driver can understand the surrounding environment in time during lane changing or driving, and to reduce the number of traffic accidents due to blind spots.
The above function makes the necessary function in the safe driving, can reduce unnecessary trouble, do remind the driver, remind the pedestrian safety attention to avoid.
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