User Interface Layout Recommendation Based on Pairing Model

Xiaohong Shi, Shuyi Huang, Yongsheng Rao, Xiangping Chen
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Abstract

In order to facilitate the generation of user interfaces from mockups, an approach was proposed to recommend User Interface (UI) layout based on Pairing Model. The absolute layout data of interfaces, including types, text, positions and sizes of components, are input into the model to generate layout. Paring Model is trained by machine-learning algorithms with features extracted from UI galleries. On the levels of functional and spatial relationship, the model decides pairing of input components and recommends a suitable layout. With use of component features, by machine-learning algorithms, the types of components are identified, which are the leaf nodes of the output layout hierarchy. The experiments on 3362 interface instances from 800 open source apps proved that the accuracy of the proposed approach, on average, exceeds 90%.
基于配对模型的用户界面布局推荐
为了方便用户界面的生成,提出了一种基于配对模型的用户界面布局推荐方法。将接口的绝对布局数据,包括组件的类型、文本、位置和大小,输入到模型中生成布局。Paring Model通过机器学习算法对从UI图库中提取的特征进行训练。该模型在功能关系和空间关系两个层面决定输入组件的配对,并给出合适的布局建议。通过使用组件特征,通过机器学习算法,识别组件的类型,这些类型是输出布局层次结构的叶节点。在800个开源应用的3362个接口实例上的实验证明,该方法的平均准确率超过90%。
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