Development of mobile communication technologies, from the 4G to 5G. Relatednearformergroups, 5G has delayed providing dangerous facilities, such as autopilot, actual AI in handheld procedures, and remote-controlled capabilities. Multi Access Edge (MAE) calculation is one of the key 5G technology user support near delay critical services to ensure that the purpose of ultra-low latency is by distributing computing resources to concentrate on the edge of the network. There are loopholes in the multi-access edge computing architecture, it can because of something called regional computing resource overloads, explosions traffic area. 5G will change at the stadium, the home fans in the sports experience, according to a company Ovum conducted in Amdocs software and services companies, telecommunications companies, and a leading provider of media research.5G also plans to offer a new multi-screen pay-TV service, into a sporting event at-home viewing experience and 88% of European operators. 5G will improve the quality of mobile TV and video, increasing the range of content available to mobile audiences, beyond the range of consumer electronics devices and services, and discusses centralized cloud computing and multi-source code resources our goal is to put forward the so-called mixed improved communication architecture, which combines the benefits of cloud computing access edge. Performance of the proposed network architecture is the use of a discrete event simulation model to assess. Finally, various advantages and disadvantages of the network architecture are discussed.

移动通信技术的发展，从4G到5G。与之前的组织相比，5G 推迟了提供危险设施，例如自动驾驶仪、手持程序中的实际 AI 以及远程控制功能。多接入边缘（MAE）计算是5G用户支持近延迟关键服务的关键技术之一，确保超低延迟的目的是通过将计算资源分布到网络边缘集中。多接入边缘计算架构存在漏洞，可能会因为区域计算资源过载而导致区域流量爆炸。 Ovum 在 Amdocs 软件和服务公司、电信公司以及一家领先的媒体提供商中进行的研究表明，5G 将改变体育场、主场球迷的体育体验。 5G 还计划提供新的多屏付费服务-电视服务，成为体育赛事在家观看体验的欧洲运营商的88%。 5G将提高移动电视和视频的质量，增加移动受众可获得的内容范围，超越消费电子设备和服务的范围，并讨论集中式云计算和多源代码资源，我们的目标是提出- 称为混合改进的通信架构，它结合了云计算接入边缘的优点。所提出的网络架构的性能是使用离散事件模拟模型来评估的。最后讨论了网络架构的各种优点和缺点。