







摘" 要: 5G網絡要求更多的基站部署以支持更高的數據傳輸速率和連接密度。為實現網絡數據的并行高速傳輸,確保網絡應用業務的實時性和穩定性,文中提出一種支持IPv4/IPv6雙棧的5G通信網絡可靠性組網部署方法。結合IPv4和IPv6雙棧,構建雙棧轉換機制結合有限雙協議棧模型,在模型下構建5G通信網絡結構,并通過高架立體交叉網優化IPv4/IPv6雙棧的5G通信網絡組網結構,提升IPv4/IPv6雙棧5G通信網絡的通信速度。采用冗余路徑算法,實現5G網絡IPv4/IPv6雙棧通信中的服務功能鏈編排,解決IPv4/IPv6雙棧通信中的冗余問題。實驗結果表明,該方法能夠構建一種更穩定、更高效的5G通信網絡組網結構,提高了網絡頻譜效率,優化了網絡環境。
關鍵詞: 5G通信網絡; IPv4/IPv6雙棧; 可靠性組網部署; 服務功能鏈; 冗余路徑算法; 有限雙協議棧模型
中圖分類號: TN915?34; TP393" " " " " " " " " " 文獻標識碼: A" " " " " " " " " " "文章編號: 1004?373X(2025)01?0102?05
Research on reliable networking deployment method for 5G"communication networks supporting IPv4/IPv6 dual stack
HUANG Lin1, HUANG Jie2, JIANG Ping3
(1. School of Computer and Information Engineering, Hubei Normal University, Huangshi 435002, China;
2. Tencent Technology (Shenzhen) Co., Ltd., Shenzhen 518000, China;
3. School of Computer, Hubei Polytechnic University, Huangshi 435003, China)
Abstract: More base station deployments are required in 5G networks for supporting higher data transmission rates and connection densities. In this paper, a reliable networking deployment method for 5G communication networks supporting IPv4/IPv6 dual stack is proposed to achieve parallel high?speed transmission of network data and ensure real?time and stable network application services. By combining the dual stack of IPv4 and IPv6, a dual stack conversion mechanism combined with a limited dual protocol stack model is constructed. On the basis of the model, a 5G communication network structure is constructed, and the networking structure of the IPv4/IPv6 dual stack 5G communication network is optimized by an elevated interchange network, so as to improve the communication speed of the IPv4/IPv6 dual stack 5G communication network. In addition, redundant path algorithm is adopted to achieve service function chain arrangement in 5G network IPv4/IPv6 dual stack communication, so as to solve the redundancy problem in IPv4/IPv6 dual stack communication. The experimental results show that the proposed method can construct a more stable and efficient 5G communication network architecture, improve network spectrum efficiency, and optimize the network environment.
Keywords: 5G communication network; IPv4/IPv6 dual stack; reliability networking deployment; service function chain; redundant path algorithm; finite dual protocol stack model
0" 引" 言
5G通信網絡是一種具有高速率和低延遲的移動通信技術,是推動數字化轉型、創新業務模式、提升社會連通性的重要驅動力[1]。盡管具有顯著優勢,但也面臨頻譜資源有限、安全風險增加以及電磁輻射和設備兼容性等問題。而構建5G通信網絡可靠性組網對于支持關鍵業務、提供優質服務體驗、推動創新應用發展等具有重要的意義[2],因此,5G通信網絡可靠性組網部署已經成為該領域中的熱門研究。
文獻[3]通過對MC設備系統架構進行分析,依據5G專網的需求進行規劃,得到MC設備的部署方案,實現一種業務容災能力較強的MC設備5G通信網絡組網部署。……