The aim of this research is to explore methods for building architectural virtual scenes based on image processing techniques to meet the needs of the fields of architectural design, visualization and simulation. With the rapid development of digital technologies, the creation of architectural virtual scenes has become increasingly important as they provide a real-time, immersive way to present and evaluate architectural projects. Firstly, this study discusses the fundamentals of architectural virtual scenes, including the creation of virtual building models, the capture and fusion of real scenes, and the implementation of user interaction. Through image processing techniques, real architectural environments can be combined with virtual architectural elements to provide users with a highly realistic visual experience. Secondly, the study covers the application of image processing methods that help to process real scene images to make them suitable for embedding and interacting with virtual architectural models. This study highlights the potential of architectural virtual scenes for application in architectural design and visualization. With virtual scenes, architects and designers can make real-time design and layout adjustments, while all aspects of the architectural project can be visualized, including the exterior, structural and interior design. Finally, this study summarizes the importance of image processing in the construction of architectural virtual scenes, while exploring future research directions such as the development of augmented reality technology, improvements in virtual-reality fusion and user interactivity. Research in these areas will continue to drive innovation in architectural virtual scenes, providing more possibilities and flexibility in the field of architecture.
Real estate investment risk is an unpredictable factor affecting development profit, so it is very important to analyze real estate investment risk. In this paper, by considering the real estate decision-making stage, preparation stage, construction stage and the stage of management risk, real estate investment risk analysis index system is established, based on the practical engineering project construction sample, risk factors and expectations index based on support vector machine is the response of the relationship, and the actual project risk analysis.
In view that the joint design of precast concrete structures is complex with great construction difficulty, this paper proposes a permanent formwork technology based on an assembled monolithic shear wall project and elaborates the key design and construction points of the technology for connection joints of prefabricated building components, which improves assembly efficiency and drives better development of prefabricated buildings.
Building Information Modeling (BIM) has been widely applied in the engineering field in recent years. In response to the Ministry of Education of the reform plan to cultivate high-quality workers and technical personnel, integrating BIM technology into the teaching system is significant. This paper analyzes the research and practice of teaching reform in architecture at Kunming University of Science and Technology Oxbridge College based on BIM, highlights the various teaching reform initiatives and the results achieved. In this paper, the current situation of BIM talents training in the department of architecture is analyzed as the starting point, and the initiatives for supporting the reform based on BIM technology are proposed. The results show that it is able to significantly improve student performance, enhance teaching quality, and improve employment rates.
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