Application of Digital Transformation of Large Optical Microscope in Construction Engineering Management

With the continuous development of digital technology and the application of modern new technology in building construction management, people's research and discussion on the construction industry is also increasing. The quality of construction projects is good or bad, and the speed of construction period is inextricably linked with the management of construction engineering. Therefore, it is an indispensable existence. At present, the management of the construction site is still managed by people, but there are many defects in the management of people. Some management even ignores the special situation on the spot. The digital transformation of the large optical microscope studied in this paper will solve these problems in the application of construction engineering management. This paper mainly studies the application of digital transformation of large optical microscopes in construction engineering management. In this paper, large-scale optical microscope monitoring is carried out on the construction site. By optimizing the acquired pictures, the system judges whether there is a construction accident, and the progress of the construction site, etc., and simulates the management of the construction site. This paper designs a digital microscopic image analysis system simulation platform through CCD acquisition, DSP image processing and video display. According to the characteristics of microscopic image noise, a contrast-limited histogram equalization algorithm is proposed to improve the contrast of the image and suppress the noise amplification. The simulation results show that the hardware platform can enhance the microscopic image stably and effectively, and can reach the processing speed of 20 frames/second.