Abstract

With the dawn of the knowledge economy, China's university campus construction has reached its pinnacle. However, there are numerous issues with the related construction process, such as scale imbalances, architectural style convergence, loss of environmental characteristics, and a lack of spirit of place on many university campuses, all of which eventually lead to incompatibility between campus architecture and landscape environment, dilution of campus cultural atmosphere, and lack of sustenance for university humanistic spirit. The quality of the campus landscape has become a key criterion for judging the campus environment, as it has a significant impact on the overall environment, image, and quality of the campus. To improve the quality of the campus landscape environment, landscape design must be considered as part of architectural planning and design, and campus architecture and landscape must be integrated. Campus landscape engineering construction has a full life cycle, and construction safety has an impact on the overall situation. To ensure construction safety throughout the life cycle, a solid mathematical model of construction safety management should be established. This paper proposes using Building Information Modeling (BIM) to conduct research on landscape security, starting with the development of university campus landscapes and using mobile edge computing technology.

Highlights

  • With the accelerating process of urbanization, the scale of construction projects is expanding, and the construction quality and safety of construction projects have attracted more and more attention [1]

  • Methods: the traditional arrangement and treatment of university campus landscapes are primarily based on analysis and game equilibrium models, but their analysis and processing ability fall short of our current landscape construction, so Building Information Modeling (BIM) modeling is required to construct university landscapes [5]

  • According to the whole life cycle construction safety management control model of university campus landscape shown in Figure 1, to carry out construction safety management, first, BIM information collection is carried out to realize the unified scheduling of manpower, material resources and financial resources in the process of safe construction, and the BIM information collection model is as follows: min ω,h,ξl,ξ∗l

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Summary

Introduction

With the accelerating process of urbanization, the scale of construction projects is expanding, and the construction quality and safety of construction projects have attracted more and more attention [1]. E scientific design of a river landscape can provide residents with a relaxing environment with clean air and a wide view and ensure the river’s water supply and purification function, as well as the safety of outdoor activity areas. It jeopardizes the ecological environment’s original stability [9]. With the rapid development of China’s economy and the accelerating process of urbanization, people are becoming increasingly tired of cold urban buildings, their desire for nature and willingness to get close to nature is deepening, and the problems between urban construction and the natural environment are becoming increasingly complex. With the rapid development of China’s economy and the accelerating process of urbanization, people are becoming increasingly tired of cold urban buildings, their desire for nature and willingness to get close to nature is deepening, and the problems between urban construction and the natural environment are becoming increasingly complex. is necessitates the creation of a scientific and reasonable campus environment, combining landscape design ideas of an ecological arrangement by combining the school’s cultural geography and campus culture, and finding ways to properly handle the human and natural landscape, so that the university’s campus landscape can present a natural sense of harmony [11]. is paper conducts a thorough investigation and investigation of campus landscape security using BIM. e building information model can effectively combine the landscape of the campus with the natural environment

Related Work
Significance and Modeling of Building Information Model for Campus Landscape
Result
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Conclusions

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