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人工智能理念在热带景观小区中的应用——以海南三亚凤凰山居为例

Application of Artificial Intelligence Idea in Tropical Landscape Community—A Case Study of Phoenix Mountain Residence in Sanya, Hainan Province
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摘要 近年来,社会各界对小区景观领域的关注度日益高涨,建设宜居环境成为社会地区经济发展中的关键。而人工智能技术如今在各行业领域都有相应的渗透应用,在小区景观中也同样发挥重要作用。人工智能技术能够通过互联网计算机平台提供更加丰富的小区景观规划、建设以及管理的相关技术支持。水景部分在诸多类型的小区景观设计中占据重要作用,已经融入到社会生活的各个方面。然而,在传统的小区水景设计中,人与景观之间缺乏联动性、交互性,设计出来的景观往往难以吸引用户的注意力。面对该问题,设计者将科技化的人工智能理念应用到小区水景设计中,创新性地设计一种互动式水景,成为风景小区设计中的一大新亮点。在该小区水景设计中,控制水池底部的坡度来进行水源内循环,方便水的循环利用,实现凤凰山居景观的绿色协调可持续发展。 In recent years, people from all walks of life have paid more and more attention to the landscape area of the community, and the construction of livable environment has become the key to the economic development of social areas. Artificial intelligence technology has been applied in various industries and fields, and also plays an important role in the community landscape. Artificial intelligence technology can provide more abundant technical support for landscape planning, con-struction and management through the Internet computer platform. As an indispensable part, Wa-terscape plays an important role in many types of residential landscape design and has been inte-grated into all aspects of social life. However, with the continuous improvement of people’s re-quirements and vision, the development of modern residential waterscape design is faced with many problems. In the traditional residential waterscape design, there is a lack of interaction be-tween people and landscape, and the landscape designed is often difficult to attract the attention of users. Faced with this problem, the designer applied the scientific and technological artificial intelligence concept to the waterscape design of the community, and innovatively designed an in-teractive waterscape, which became a new bright spot in the landscape design of the community. In the design of waterscape of this community, the slope of the bottom of the pool is controlled to carry out water circulation, convenient for water recycling, and realizing the green, coordinated and sustainable development of Phoenix Mountain residential landscape.
出处 《世界生态学》 2022年第4期432-438,共7页 International Journal of Ecology
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