Design and implementation of a new run-time life-cycle for interactive public display applications

Jorge C. S. Cardoso, Alice Perpétua
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引用次数: 1

Abstract

Public display systems are becoming increasingly complex. They are moving from passive closed systems to open interactive systems that are able to accommodate applications from several independent sources. This shift needs to be accompanied by a more flexible and powerful application management. In this paper, we propose a run-time life-cycle model for interactive public display applications that addresses several shortcomings of current display systems. Our model allows applications to load their resources before they are displayed, enables the system to quickly pause and resume applications, provides strategies for applications to transition and terminate gracefully by requesting additional time to finish the presentation of content, allows applications to save their state before being destroyed and gives applications the opportunity to request and relinquish display time. We have implemented our model as a Google Chrome extension that allows any computer with the Google Chrome browser to become a public display driver without further software. In this paper we present our model, implementation, and evaluation of the system.
交互式公共显示应用程序的新运行时生命周期的设计和实现
公共显示系统正变得越来越复杂。他们正在从被动的封闭系统转向开放的交互式系统,这种系统能够容纳来自多个独立来源的应用程序。这种转变需要更灵活、更强大的应用程序管理。在本文中,我们提出了一个交互式公共显示应用的运行时生命周期模型,以解决当前显示系统的几个缺点。我们的模型允许应用程序在显示之前加载它们的资源,使系统能够快速暂停和恢复应用程序,通过请求额外的时间来完成内容的呈现,为应用程序提供过渡和优雅终止的策略,允许应用程序在被销毁之前保存它们的状态,并为应用程序提供请求和放弃显示时间的机会。我们已经实现了我们的模型作为一个谷歌Chrome扩展,允许任何计算机与谷歌Chrome浏览器成为一个公共显示驱动程序,而无需进一步的软件。在本文中,我们介绍了我们的模型,实现和系统的评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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