A Hybrid Solution of SDN Architecture for 5G Mobile Communication to Improve Data Rate Transmission

M. N. Irshad, Liping Du, I. A. Khoso, T. Javed, Muhammad Muzamil Aslam
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引用次数: 6

Abstract

5G (Fifth generation) is comparatively more advanced telecommunication technology in cellular networks that has higher speed and wide range. 5G technology will be implemented in 2020, which could provide 100 times faster speed rate than the already existing 4G or LTE technologies. Currently Hybrid model is used in 5G architecture. In this study we have involved some critical components of 5G hybrid model for SDN, which are created by virtualization on currently deployed physical SDN networks. Findings from the study of hybrid 5G model would require further development in media transmission and innovation for making more improvements in data rate speed. The Proposed model is based on a scheme, which supports, and is integrated, with both optical and wireless domains. It would be a unified management system which could have the optical components with 5G wireless components.
5G移动通信的SDN架构混合解决方案,提高数据传输速率
5G(第五代)是蜂窝网络中相对更先进的通信技术,具有更高的速度和更广的范围。5G技术将于2020年实施,其速度可能比现有的4G或LTE技术快100倍。目前5G架构采用的是Hybrid模式。在本研究中,我们涉及了SDN 5G混合模型的一些关键组件,这些组件是在当前部署的物理SDN网络上通过虚拟化创建的。混合5G模型的研究结果将需要进一步发展媒体传输和创新,以进一步提高数据速率速度。该模型基于一种支持光域和无线域并与之集成的方案。这将是一个统一的管理系统,可以拥有光学组件和5G无线组件。
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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