Application of target imaging technology based on light image acquisition and intelligent manufacturing in residential building design simulation

With the rapid development of intelligent manufacturing technology, the field of architectural design is in urgent need of innovative design tools and techniques to improve design efficiency and accuracy. As a new digital means, optical image acquisition technology provides a new possibility for the simulation of architectural design. This paper aims to discuss the application of object imaging technology combining optical image acquisition and intelligent manufacturing in residential building design simulation, in order to improve the intelligent level of design process and realize more efficient design management. In this paper, a set of architectural design simulation systems based on light image acquisition is established, and the object imaging technology is applied to the practical case analysis. The 3D optical model of the building is obtained by using an advanced image processing algorithm, and the design optimization and performance analysis are carried out by combining the related tools of intelligent manufacturing. The research shows that the use of light image acquisition technology can effectively improve the accuracy and efficiency of residential building design, shorten the design cycle, and achieve significant performance improvement in design optimization. Simulation results show that the design scheme is more in line with the needs of users, and can effectively reduce the waste of resources, not only improving the design efficiency and accuracy, but also promoting the efficient use of resources.