摘要
为了解决边缘机房的供电、散热以及承重能力有限,无法为MEC提供足够的计算资源的问题,分析了MEC在第三方应用,OVS和虚拟化用户面的性能瓶颈,提供硬件加速的方法。研究表明,通过上述方法,可突破MEC的性能和时延瓶颈,实现高性能、低时延,并兼顾性能、成本和开放性。
To solve the problems of power supply,cooling,and limited load-bearing capability in the edge DCs,which cannot provide sufficient computing resources for the MEC,the performance bottlenecks of MEC in third-party applications,OVS,and virtualized user planes are analyzed to provide hardware acceleration methods.Research shows that the above methods can break the bottlenecks of the MEC performance and latency,achieve ultra-high performance and ultra-low latency,and balance the performance,cost,and openness.
作者
陈云斌
王全
陆威
CHEN Yunbin;WANG Quan;LU Wei(ZTE Corporation,Nanjing 210012,China)
出处
《移动通信》
2020年第8期7-11,共5页
Mobile Communications
