Alleviate Cellular Congestion Through Opportunistic Trough Filling

Yichuan Wang, Xin Liu
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Abstract

The demand for cellular data service has been skyrocketing since the debut of data-intensive smart phones and touchpads. However, not all data are created equal. Many popular applications on mobile devices, such as email synchronization and social network updates, are delay tolerant. In addition, cellular load varies significantly in both large and small time scales. To alleviate network congestion and improve network performance, we present a set of opportunistic trough filling schemes that leverage the time-variation of network congestion and delay-tolerance of certain traffic in this paper. We consider average delay, deadline, and clearance time as the performance metrics. Simulation results show promising performance improvement over the standard schemes. The work shed lights on addressing the pressing issue of cellular overload.
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通过机会填充槽缓解蜂窝拥塞
自从数据密集型智能手机和触摸板问世以来,对移动数据服务的需求一直在飙升。然而,并非所有数据都是平等创建的。移动设备上的许多流行应用程序,如电子邮件同步和社交网络更新,都是可容忍延迟的。此外,细胞负荷在大时间尺度和小时间尺度上都有显著变化。为了缓解网络拥塞和提高网络性能,本文提出了一套利用网络拥塞时变和某些流量的延迟容忍度的机会式槽填充方案。我们考虑平均延迟、截止日期和清理时间作为性能指标。仿真结果表明,与标准方案相比,该方案的性能有很大提高。这项工作为解决细胞超载的紧迫问题提供了线索。
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