Modern architectural landscape planning and design based on environmental sensors and 3D point cloud processing

Abstract

With the continuous development of modern technology, the application of sensor technology in architectural landscape planning and design is becoming increasingly widespread. The combination of environmental sensors and 3D point cloud processing technology provides new possibilities for modern architectural landscape planning and design. Environmental sensors can provide accurate environmental data support for the design process by monitoring the climate conditions of the building site in real-time, better understanding the natural environmental characteristics of the building site, and making targeted planning and design. Environmental sensors can accurately measure the intensity and direction of light, helping designers arrange the layout and window design of buildings to maximize the use of natural lighting. By monitoring and analyzing temperature data, the design team can effectively optimize the energy consumption management of buildings and improve their energy efficiency performance. The combination of 3D point cloud processing technology and environmental sensor data accurately restores the real environment of the building site to a digital model, allowing designers to conduct comprehensive spatial analysis and design. This digital and intelligent design process improves the precision and efficiency of design, allowing the design team to better understand the environmental characteristics of the building site and achieve intelligent and personalized landscape design, Injecting new vitality and creativity into future architectural planning and design.

Keywords

• Environmental sensors
• 3D point cloud processing
• Modern architecture
• Landscape design