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Energy Considerations for a Wireless Multi-homed Environment

机译:无线多宿主环境的能源注意事项

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Internet wireless access technologies are increasingly heterogeneous. The main cause of this heterogeneity is that, up to now, no wireless technology has succeeded in widely conquering the market. Nowadays, different access technologies co-exist in the same environment allowing multi-homed users to improve their experience by exploiting all available wireless interfaces. However, the energy cost of simultaneously using several wireless interfaces can dramatically drain out mobile devices batteries. In this paper, we review the major work on wireless interfaces energy efficiency (i.e., WLAN and 3G) by highlighting the differences of the proposed energy models and the hardware power consumption. In addition, we present some energy consumption measurements for different application flows and discuss the integration of energy considerations into a general interface selection algorithm.
机译:互联网无线接入技术越来越多样化。造成这种异构的主要原因是,到目前为止,还没有无线技术能够成功地征服市场。如今,不同的访问技术共存于同一环境中,从而允许多宿主用户通过利用所有可用的无线接口来改善他们的体验。但是,同时使用多个无线接口的能源成本会极大地消耗移动设备的电池。在本文中,我们通过突出提出的能源模型和硬件功耗之间的差异,回顾了无线接口能效(即WLAN和3G)方面的主要工作。此外,我们提出了针对不同应用流的一些能耗测量,并讨论了将能耗考虑因素整合到通用接口选择算法中的情况。

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