Mobile contents on the big screen: adaptive frame filtering for mobile device screen sharing

Jisu Ha, Puleum Bae, K. Lim, Jeonggil Ko, Young-Bae Ko
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引用次数: 5

Abstract

The capability to interconnect directly with neighboring wireless devices coupled with improvements in high-speed wireless connections, and the wide distribution of high-quality multimedia has led to the design of standards such as the WiFi-based Miracast [1], which allows handheld mobile devices to share their screen contents with larger-sized display devices (e.g., smart TVs). Such screen sharing capabilities allow various multimedia files to be easily accessed through mobile platforms, and played (in real-time) through larger screens; thus, has the potential to enable a variety of attractive entertainment applications. While widely available on all Android-based mobile devices (4.2 or recent), the Miracast standards introduce a significant level of inefficiency as it deals with different types of multimedia contents.
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移动大屏幕内容:自适应帧过滤,移动设备屏幕共享
直接与相邻无线设备互连的能力,加上高速无线连接的改进,以及高质量多媒体的广泛分布,导致了诸如基于wifi的Miracast[1]等标准的设计,该标准允许手持移动设备与更大尺寸的显示设备(例如智能电视)共享其屏幕内容。这种屏幕共享功能允许通过移动平台轻松访问各种多媒体文件,并通过更大的屏幕(实时)播放;因此,具有实现各种有吸引力的娱乐应用的潜力。虽然在所有基于android的移动设备(4.2或最新版本)上广泛可用,但Miracast标准在处理不同类型的多媒体内容时效率低下。
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