室内设计
平面布置图
卷积神经网络
计算机科学
页面布局
多元化(营销策略)
平面图(考古学)
领域(数学)
空格(标点符号)
工程制图
人工智能
建筑工程
工程类
数学
地理
考古
营销
广告
纯数学
业务
操作系统
作者
Wei‐Ping Wu,Yanshun Feng
摘要
With the rapid rise in the number of people buying houses, the demand for interior space design has also increased accordingly. The diversification of existing room types and the diversity of the public’s perception of fashion make interior designers in short supply. The future of computer science and technology in the field of automatic design of indoor areas will be immeasurable. This paper proposes an automatic layout method for spatial area design based on convolutional neural networks (CNN). CNN methods are a fast and efficient method. By mimicking the designer’s design process, it proposes a two-stage algorithm that defines the room first and the wall later, and the algorithm also provides a large-scale dataset called RPLAN that contains more than 80,000 interior layout plans from real residential buildings. Starting from the prediction living room, the automatic layout of the indoor areas is completed by iteration. A large number of empirical results show that the interior area design effect of this method is comparable to the interior design floor plan of professional designers.
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