In order to ensure the safety of vehicle driving, the road information is collected in real time by the industrial camera through high-precision sensors, and transmitted to the visual inspection industrial computer, and then analyzed in real time through advanced algorithms. The application of this technology not only improves the efficiency of traffic monitoring, but also lays a solid foundation for the promotion of intelligent transportation systems.
Industry Introduction: The wide application of emerging technologies in highway disease detection systems has brought earth-shaking changes to the field, thanks to the rapid development of technologies such as the Internet of Things, machine vision, and artificial intelligence. The rapid convergence of these technologies provides a more efficient and intelligent solution for urban road maintenance. By adopting these new solutions, highway managers can have a more comprehensive and accurate understanding of road conditions, detect and solve disease problems in a timely manner, and effectively improve the safety and reliability of highways.
To ensure the safety, smoothness and sustainability of the road, highway inspection takes timely steps to maintain and improve the road by monitoring and identifying potential problems. The goal of this process is to provide a safer and smoother driving experience for drivers. However, there are still some problems with traditional highway inspection methods, including over-reliance on manual inspection and 2D image inspection technology. Manual inspection has a huge waste of manpower and time, which is inefficient and easy to miss defects. At the same time, 2D image detection technology also has certain limitations when dealing with complex road surface scenes.
For example, in environments where there are water damages, shadows, and natural light interference, the technology cannot accurately capture and analyze 3D information about road problems. To address these issues, the combined application of emerging technologies such as the Internet of Things, machine vision, and artificial intelligence has become a trend in road disease detection. IoT technology enables a variety of devices to connect and communicate in real time, collecting large amounts of real-time data to provide more comprehensive information for monitoring road conditions.
The introduction of machine vision and artificial intelligence has enabled systems to more accurately identify and analyze road problems, while reducing over-reliance on human labor. The comprehensive application of these new technologies not only improves the efficiency of highway testing, but also makes the detection results more accurate and comprehensive, and provides more scientific and advanced means for the maintenance of urban highways.
Aikong industrial control scheme:
Based on the needs of customers, Aikong provides customers with ARC-646M model 4U rack-mounted industrial computer series products, which have the following advantages:
Powerful computing performance: The product supports Intel Core i7-8700, 32GHz, 6 cores and 12 threads. It can meet the data computing ability of a large number of detections, ensure the stable and fast operation of the control system of the machine, and provide a strong computing power guarantee.
Abundant I-O interfaces, strong scalability: support I-O interfaces: 2 x USB 31 gen1 , 2 x usb 3.1 gen2 , 4 x usb2.0 , 8GPIO, 5 x RS232, 1 XRS232 422 485, DB9 interface, Expansion interface: 2 x GPU cards, RTX1660S, 2 x PCIEX16 expansion slots, 3 x PCIEX4 expansion slots, 1 x PCIEX1, 1 x PCIS expansion slot. It fully supports the connection of external monitoring equipment, providing an efficient and convenient monitoring environment for staff.
Super network stability, Gigabit Ethernet port: The solution supports 6*Intel 10 100 1000mmbps. RJ45 Port, independent Gigabit. The stable network data transmission performance greatly reduces the occurrence of data packet loss during network transmission.
Continuous operation: It supports continuous and stable operation for 7*24 hours in the temperature range of 0 50°C.
Future prospects: In order to build a safer and intelligent transportation system, the future visual inspection industrial computer will be more intelligent to improve the accuracy and efficiency of highway monitoring. With the continuous innovation of technology, this application is expected to make greater breakthroughs in the fields of intelligent transportation and urban planning, providing strong support for future development.