ID 原文 译文
51817 文章提出了基于软件定义网络(SDN)和网络功能虚拟化(NFV)融合的超密集网络移动性管理算法， This paper proposes an ultra-dense network mobility management algorithm based on the combination of Software Defined Networking(SDN) and Network Function Virtualization(NFV).
51818 该算法给出了将SDN与NFV相结合的适应超密集网络的网络架构模型， The algorithm presents a network architecture model that combines SDN and NFV, which adapts to ultra-dense networks.
51819 在此基础上提出了优化的切换信令流程，并建立数学模型，进行性能分析。 Based on this, an optimized handover signaling process is proposed and a mathematical model is built for performance analysis.
51820 仿真结果表明，相较于传统算法，该算法可以减少切换总时延。 The simulation results show that compared with the traditional algorithm, the algorithm can reduce the total delay of handover.
51821 针对现有无人机自组网(UANET)媒体接入控制协议统计优先级的多址接入协议(SPMA)中存在的满载门限计算过程收敛慢，满载门限不能随信道承载能力自适应变化的问题， For the existing Unmanned Aerial Vehicle Ad-Hoc Network(UANET)media access control protocol Statistical Priority-based Multiple Access Protocol(SPMA), the full-load threshold calculation process has slow convergence, and the full-load threshold cannot be adaptively changed with the channel carrying capacity.
51822 文章提出了一种低时延UANET阈值自适应接入协议。 This paper proposes a low-delay UANET threshold adaptive access protocol.
51823 采用信道满载门限快速收敛机制，使系统开机后的阈值计算时间缩短， The full-load threshold fast convergence mechanism shortens the threshold calculation time after the system is turned on,
51824 降低了初始阶段堆积数据的传输时延， reduces the transmission delay of the accumulated data in the initial stage,
51825 同时采用满载门限自适应调整机制， and adopts the full-load threshold adaptive adjustment mechanism.
51826 使系统能在外部信道环境发生变化时自适应调整信道的满载门限， Therefore, the system can be adapted when the external channel environment changes.