New energy micro training and mobile office application based on 5G

Changle Yu, Suofei Zhang, Yongfei Yi, H Zhao, Yanchen Ji
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Abstract

The current mobile office data transmission management involves the problems of image traffic and delay, which leads to the low efficiency of mobile office applications. Therefore, this paper proposes a new energy micro-training and mobile office application based on 5G. After standard processing of mobile office images, a communication model is built to transmit information by using the characteristics of the continuous and rapid decline of 5G peak bandwidth. The experimental data shows that the time consumed by the new method is controlled below 1s, which proves that the new energy micro-training and mobile office under 5G can handle higher computing and processing needs. Even if more files are superimposed, they can be transmitted quickly in a shorter time. The method in this paper can ensure that the data transmission has a good quality of network experience, which meets the needs of mobile offices.
基于5G的新能源微培训及移动办公应用
目前的移动办公数据传输管理涉及到图像流量和延迟问题,导致移动办公应用效率较低。为此,本文提出了一种基于5G的新能源微培训及移动办公应用。对移动办公图像进行标准处理后,利用5G峰值带宽持续快速下降的特点,建立通信模型进行信息传输。实验数据表明,新方法所消耗的时间控制在1s以下,证明5G下的新能源微训练和移动办公可以处理更高的计算和处理需求。即使叠加更多的文件,也可以在更短的时间内快速传输。本文的方法可以保证数据传输具有良好的网络体验质量,满足移动办公的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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