从能源角度来看，AES和SNOW 3G是5G手机的可行选择
AES and SNOW 3G are Feasible Choices for a 5G Phone from Energy Perspective
摘要：
人们对第五代（5G）移动网络的期望很高。它拥有前所未有的数据速率和极其普遍的连接性。为了在移动电话中满足这样的期望，需要对移动电话的许多现有效率方面进行审查。我们研究了加密和解密将离开和进入5G手机的大量流量所需的能量问题。在本文中，我们提出了一个帐户的AES和雪3G的高效硬件实现的功耗细节。我们还提出了一个帐户的功耗LTE协议栈的细节在一些先进的硬件平台。基于上述两个原因，我们认为当前加密系统AES和SNOW 3G的能源需求不会对5G手机的电池寿命产生任何显著影响。
英文摘要：
The aspirations for a 5th generation (5G) mobile network are high. It has a vision of unprecedented data-rate and extremely pervasive connectivity. To cater such aspirations in a mobile phone, many existing efficiency aspects of a mobile phone need to be reviewed. We look into the matter of required energy to encrypt and decrypt the huge amount of traffic that will leave from and enter into a 5G enabled mobile phone. In this paper, we present an account of the power consumption details of the efficient hardware implementations of AES and SNOW 3G. We also present an account of the power consumption details of LTE protocol stack on some cutting edge hardware platforms. Based on the aforementioned two accounts, we argue that the energy requirement for the current encryption systems AES and SNOW 3G will not impact the battery-life of a 5G enabled mobile phone by any significant proportion.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
