基于遗传算法的AV遥控器图形用户界面自动生成

T. Mori, T. Nonaka, T. Hase
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引用次数: 1

摘要

提出了一种利用遗传算法高效排列不同大小和形状的视听遥控器屏幕上的图标,并自动生成图形用户界面的方法。本系统仅显示用户所选择的想要操作的AV设备的功能图标,以便于用户轻松地找到目标图标。本文研究的是由五种设备组成的AV系统。我们把每个图标作为一个基因,把待操作的AV设备组的图标阵列作为一个个体。我们根据个人的数组放置图标以创建GUI并添加新页面,直到所有图标都到位。提出的基于遗传算法的系统继续计算,直到找到满足两个要求的图标数组,一是页面数最少,二是页面上的空白(空格和页边距)最小。为了验证所提出的系统,将该系统安装在一个嵌入式系统中,该系统采用了一个操作时钟为100兆赫的微型计算机和一个触摸面板。因此,即使选择了5个设备,并且要排列的图标数量最多,也可以在30秒内创建满足每个条件的合适GUI。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic GUI generation on AV remote control using genetic algorithm
This paper proposes a method of arranging icons which are different in size and shape on an audio-visual remote control screen efficiently and to create graphical user interfaces automatically using a genetic algorithm. The proposed system displays function icons only of the selected AV equipment that the user wants to operate so as to find their target icon easily. This paper deals with AV systems consisting of five devices. We take each icon as a gene, and take the icon array of the AV equipment group to be operated as an individual. We place the icons according to the array of the individual to create a GUI and add new pages until all icons are in place. The proposed system based on the genetic algorithm continues the calculation until it finds an icon array that meets two requirements, one, the number of pages is the fewest and two, the blanks (spaces and margins) on the pages are the smallest. For verification, the proposed system was fitted to an embedded system, employing a microcomputer with an operation clock of 100 MHz and a touch panel. As a result, a suitable GUI that meets each of the conditions was created within 30 seconds even if five devices were selected and the number of icons for arrangement was the greatest.
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