queueing network model

英 [ˈkjuːɪŋ ˈnetwɜːk ˈmɒdl] 美 [ˈkjuːɪŋ ˈnetwɜːrk ˈmɑːdl]

网络  排队网络模型

计算机



双语例句

  1. According to the definition of the logistics, this text tries to narrate the logistics with the process of city passenger transport, constructs Markov queueing model of the logistics random network and expands classics queueing model;
    根据物流的定义[1,2],试以城市旅客运输叙述物流机理,构造物流随机网络马尔可夫排队模型,拓展了经典排队模型;
  2. Based on the study of service control function ( SCF) software model in mobile intelligent network, we propose a general queueing network model of SCF.
    在分析移动智能网SCF(ServiceControlFunction)软件功能模型的基础上,提出了一种通用的SCF排队网络模型。
  3. Further, a new Dual-layer Cellular Queueing Network model is defined to describe interactions between virtual and physical networks.
    在此基础上,创建了可以刻画虚拟网络和物理网络相互关系的双层元胞排队网络模型。
  4. General Queueing Network Model of SCF in Mobile Intelligent Network
    一种通用的移动智能网SCF排队网络模型
  5. As a model approximating queueing network systems, Brownian model is obtained through proper scale of the original model based on heavy load theory.
    Brownian模型是排队网络的一种近似模型,它以重载流理论为基础,通过对原模型进行适当的时空缩放后取极限而得到的。
  6. Then the paper derives a performance evaluation model, based on a Queueing Network Model, from a software architecture specification formally described in Chemical Abstract Machine.
    基于队列网络模型,由化学抽象机中形式化描述的软件体系结构规约,导出了一种性能评价模型。
  7. The simulation results are consistent with the analysis results, which indicate that the queueing network model is a valid mathematical model and it can predict the performance of service control point ( SCP) quickly.
    仿真和分析结果的一致性表明,该排队网络模型是一个有效的数学模型,能用于快速地预测SCP(ServiceControlPoint)系统的性能。
  8. Queueing Network Model and MVA Analysis for IP-SWAN System
    IP-SWAN系统排队网络模型的MVA分析
  9. A theoretical model is then developed to quantitatively estimate handoff delay and packet loss rate in the proposed scheme by using queueing network model and probability theory.
    使用网络排队论和概率论进行数学建模,本文对切换延时和丢包率进行量化分析。
  10. In order to analyze the blocking situation, the finite holding nodes are added to an open queueing network of the wireless sensor networks. Equivalent queueing network model is obtained. According to the usage of holding nodes, packet buffer size is determined.
    为了对模型的阻塞情况进行分析,将无线传感器开放式排队网络加入有限个保持节点,获得等价的排队网络模型,根据保持节点使用情况确定数据包缓存大小。
  11. The evaluation algorithm of queueing network model is fulfilled for embedded multi-core SoC. When the system is able to get the best system performance, the optimal values of the required hardware buffer capacity are set.
    设计了嵌入式多核SoC(?)队网络模型评估算法,得出在能够获得最佳的系统性能时,所需的硬件缓存容量的最佳设置值。
  12. The best configuration method of hardware packet buffer for the different types of sensor nodes is proposed. The packet queueing network model is established for large-scale sensor nodes using queueing networks with blocking.
    提出了针对不同类型的感知节点硬件数据包缓存的最佳配置方法,应用带阻塞的排队网络对大规模的感知节点建立数据包排队网络模型。
  13. The queueing network model with blocking is established for large scale sensor nodes in IoT.
    针对物联网中大规模的感知节点,建立带阻塞的排队网络模型。