【Ndustrial Design Product Development】 Integrated Monitoring System Of Rail Transit
Product Introduction
Transportation is a crucial part of urban development and smart city construction, and when it comes to transportation, we have to mention the integrated monitoring system of urban rail transit. It is a product of the rapid development of emerging technologies. It is based on the backbone network of the communication system. It can be connected with almost all the electromechanical equipment systems. It can monitor all the subway systems in a centralized and unified way. It has the function of information sharing and linkage control of different systems, thus improving the operation efficiency.
Product Display
The integrated monitoring system of urban rail transit is a large-scale distributed monitoring platform, which is a large-scale integrated system based on modern network technology, computer technology, information technology and automation technology. It has the functions of data acquisition, equipment control command issuance, information integration, subsystem interconnection, information sharing and information display, and realizes daily operation and emergency handling.
In the environment of building intelligent transportation in an all-round way, it is bound to continuously improve the service quality of rail transit, and intelligence is its future development direction. Shenzhen Qiyang has been committed to depositing and applying artificial intelligence, 5G, cloud computing and other technologies to the field of transportation. It is also continuously improving its chip embedded development, providing more intelligent transportation software and hardware products with stronger performance and more functions.
Product Advantage
Intelligent camera and intelligent AI ball machine can accurately identify the elements in the picture and provide the overall HD solution; The second is anti-interference, which can stably collect traffic data and transmit over a long distance in the complex and strong electromagnetic interference environment of subway; Moreover, it is more intelligent. It can not only intelligently identify the target, but also intelligently analyze the data, diagnose the traffic situation and form relevant instructions by combining software and hardware equipment. Improve the performance of the integrated monitoring system of urban rail transit from the perspective of software. The system uses millimeter wave radar technology, which not only has an important breakthrough in signal processing and target recognition, but also is not affected by lighting conditions, and can play a very high value in the ground environment. At the same time, the base station can perform edge operation analysis on traffic data and complete the distribution imaging of traffic flow thermal map. Based on the information collected by AI intelligent cameras, the system uses digital methods to create virtual entities, realize digital twinning, judge and predict possible risks, and cooperate to achieve intelligent timing of traffic signals.
The integrated monitoring system of urban rail transit combines the development status and future needs of urban rail transit in China. With the help of Qiyang's intelligent transportation software and hardware products, it can provide a more complete, more advanced, more reliable, more practical and more economical integrated monitoring system solution.
