Efficient data routing in 5G radio access networks is still a challenging issue in present days. Therefore, Peer to Peer Communication Framework along with Ambient Service implementation for 5G networks is proposed to support Radio Access Network (RAN). RAN management energetically monitors network traffic for various backhaul networks. In addition, for supporting different Quality of Service (QoS) desires a corresponding scheme named Incorporated System Resource Administration (ISRA) is proposed and splits the resource requests in to various kinds of network slices. ISRA method selects the mini-cloud on basis of route resource requirement for direct peer to peer communication. Peer Dock functionality is applied over all existing peers in the network that has high-quality processing capacity accessible. Data is commonly stored at abode mini-cloud and freely moves from peer to peer and be backed up using peer dock process along with ambient service. Network slicing is the prominent method that offers network flexibility with cost efficient manner. This method greatly reduces bandwidth necessitate for backhaul networks. Simulation analysis is carried out and the results are compared with the conventional schemes.

如今，5G无线电接入网络中的高效数据路由仍然是一个具有挑战性的问题。因此，提出了针对5G网络的点对点通信框架以及环境服务实现，以支持无线电接入网（RAN）。RAN管理大力监控各种回程网络的网络流量。另外，为了支持不同的服务质量（QoS）需求，提出了一种名为“合并的系统资源管理”（ISRA）的相应方案，并将资源请求拆分为各种类型的网络切片。ISRA方法根据路由资源需求选择迷你云，以实现直接对等通信。Peer Dock功能适用于网络中所有可访问的高质量处理能力的现有对等对象。数据通常存储在住宅微型云中，并且可以在对等点之间自由移动，并使用对等停靠过程以及环境服务进行备份。网络切片是以成本有效的方式提供网络灵活性的著名方法。这种方法大大减少了回程网络所需的带宽。进行了仿真分析，并将结果与​​常规方案进行了比较。