Application of GPS Measurement Technology and Computer Technology in Visual Construction Simulation of Construction Engineering

Abstract

The traditional construction engineering survey has many construction problems, but also may produce large error, leading to the measurement results that cannot meet the actual requirements of the project. In this paper, a new measurement technology is proposed from the aspects of determining the angle and distance of GPS laser scanning, stitching and registration of surveying and mapping data, and GPS measurement of building engineering structures. The test results show that the measurement coincidence rate decreases with the increase of construction time. We can also obviously find the changes of visibility of different frequency points in middle and high frequency bands. The visibility of middle and high frequency band is less sensitive to construction than that of low frequency band. This method has high accuracy and can provide high accuracy for future construction and data storage. Throughout the current situation of the whole construction industry, people need to find a scientific, feasible, and efficient way to solve the problem of low efficiency and serious waste of resources. With the development of GPS measurement technology and computer technology, information technology has been deeply into various industries, such as manufacturing industry, aerospace industry, etc., through electronic information means to optimize the production technology and process, so that the production efficiency and quality have been significantly improved. Similarly, we can apply GPS measurement and computer technology to the construction industry, achieve scientific construction project management, standardize engineering technology standards, and finally achieve the ideal effect.