拖延者:控制移动应用程序对网络的使用

Lenin Ravindranath, S. Agarwal, J. Padhye, Christopher J. Riederer
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引用次数: 34

摘要

在计算机科学课上,一代又一代的计算机程序员都被教导如何预取网络对象。在实际操作中,当用户使用有限流量或按字节付费的蜂窝数据计划时,预取可能会损害用户的钱包。如今,许多流行的、专业编写的智能手机应用程序都会预取大量网络数据,而普通用户可能永远不会使用这些数据。我们介绍了一个名为拖延者的程序,它可以自动决定何时获取应用程序请求的每个网络对象。这个决定是基于用户是使用Wi-Fi还是蜂窝网络,用户的数据计划中还有多少字节,以及当前是否需要该对象。拖延者不需要应用程序开发人员的努力,也不需要应用程序源代码,也不需要更改操作系统——它修改应用程序二进制文件来捕获特定的系统调用并注入自定义代码。根据用户和应用程序的不同,我们的系统可以将应用程序传输的总字节减少4倍。对于数据不足的用户来说,这些节省伴随着LTE上300毫秒的中位延迟损失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Procrastinator: pacing mobile apps' usage of the network
Generations of computer programmers are taught to prefetch network objects in computer science classes. In practice, prefetching can be harmful to the user's wallet when she is on a limited or pay-per-byte cellular data plan. Many popular, professionally-written smartphone apps today prefetch large amounts of network data that the typical user may never use. We present Procrastinator, which automatically decides when to fetch each network object that an app requests. This decision is made based on whether the user is on Wi-Fi or cellular, how many bytes are remaining on the user's data plan, and whether the object is needed at the present time. Procrastinator does not require app developer effort, nor app source code, nor OS changes -- it modifies the app binary to trap specific system calls and inject custom code. Our system can achieve as little as no savings to 4X reduction in total bytes transferred by an app, depending on the user and the app. These savings for the data-poor user come with a 300ms median latency penalty on LTE.
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