采用良好触控体验尺寸的自适应用户界面生成方法

发布时间：2018-03-21 08:26

本文选题：良好触控体验尺寸　切入点：触控体验　出处：《计算机辅助设计与图形学学报》2014年04期 　论文类型：期刊论文

【摘要】：由于用户的触摸体验会受到人的能力和设备性能的影响,因此需要根据不同的用户和运行设备自适应地生成合适的触控界面系统,为用户提供更好的交互体验.为此,提出一种采用良好触控体验尺寸的自适应界面生成方法.首先根据实验数据提出了改进的费茨公式,使其适用于小尺寸目标的情况,用于指导测算当前用户和设备情况下系统界面控件的良好触控体验尺寸;然后以Android应用系统为例,介绍了系统界面控件的良好触控体验尺寸的计算和自适应界面的生成过程:当用户第一次打开手机时对用户操作进行初始测试,计算出针对于该用户和设备的良好触控体验的尺寸;由于用户可能会采用与初始方式不同的方式去操作手机,在每次使用前进一步验证良好触控体验的尺寸;最后根据良好触控体验的尺寸对界面进行修改.实验和用户测试结果表明,文中生成的自适应界面可减少用户的交互时间,提供良好的用户体验.
[Abstract]:Since the user's touch experience is affected by human capabilities and device performance, it is necessary to adaptively generate appropriate touch interface systems according to different users and running devices to provide users with a better interactive experience. An adaptive interface generation method with good touch experience size is proposed. Firstly, an improved Fitz formula is proposed according to the experimental data to make it suitable for small size targets. Used to guide the measurement of good touch experience dimensions for system interface controls under current user and device conditions; and then take the Android application system as an example, This paper introduces the calculation of the good touch control experience size of the system interface control and the process of generating the adaptive interface: when the user first opens the mobile phone, the initial test of the user operation is carried out. The size of the good touch experience for the user and the device is calculated; because the user may operate the mobile phone in a different way than the initial mode, the size of the good touch experience is verified one step forward at a time. Finally, the interface is modified according to the size of good touch experience. The experimental and user test results show that the adaptive interface can reduce the user interaction time and provide a good user experience.
【作者单位】：山东大学计算机科学与技术学院;香港理工大学应用数学系;山东大学软件学院;山东省软件工程重点实验室;
【基金】：国家科技支撑计划(2013BAH39F00) 国家自然科学基金(61272243,61202146,61202147) 山东省自然科学基金(ZR2012FQ026,ZR2011FL005) 山东大学自主创新基金
【分类号】：TP334.3

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