3D Visual Cable Intelligent Control System Based on Multidimensional Information Perception of Internet of Things

With the development of society, cable plays an increasingly important role in people's daily life. Multidimensional information perception technology, as a new era information technology, has been applied to all walks of life. This paper aims at real-time monitoring of cables based on 3D visualization of the Internet of Things. Firstly, the theoretical basis and idea of intelligent control are introduced. Secondly, the overall scheme design of the system, the selection of key hardware and the data acquisition and transmission modules are described. Finally, starting from the communication mode, a variety of signal fusion methods are proposed to better realize the comprehensive utilization of multi-source information. The feasibility and effectiveness of the proposed technology in practical application are verified through simulation. The verification results show that, The control time of the 3D visualization cable intelligent control system based on the multi-dimensional information perception of the Internet of Things is within 6 seconds, the temperature of the intelligent control cable fluctuates around 25 °C, and the monitoring image can achieve high-definition image quality, which shows that the technology can meet the user's intelligent control needs.