论述蚁群算法在动态路径选择问题上应用。
The problem of dynamic route selecting by using ant colony algorithm was discussed.
提出了一种具备动态路径选择功能的流媒体传输系统。
This paper proposes a streaming media transmission system which is able to select transmission path dynamically.
针对已有路径选择模型缺乏选择决策过程的问题，给出基于决策场理论的车辆路径选择过程框架，建立面向过程的车辆动态路径选择模型。
In this paper, the decision field theory (DFT) is used as the theoretical basis to develop a framework and to model the process-oriented vehicle dynamic route choice.
SDDPCM支持路径选择算法选项的动态选择，而AIXPCM需要为新路径选择算法重新配置每个hdisk才能生效。
SDDPCM allows for dynamic selection of path selection algorithm options, while the AIXPCM requires each hdisk be reconfigured for a new path selection algorithm to take affect.
根据形状动态确保从下拉菜单中选择角度抖动下降的方向，这将使拆线遵循的文字路径的方向。
Under Shape Dynamics make sure to choose direction from the Angle Jitter drop down menu, this will make the stitches follow the direction of the text path.
得到决策权重函数之后，建立了路径选择的动态模型。
After establishing the weighting function, dynamic choice model of travel route is established.
我们提出了一种基于动态链路参数的M -QOS路由协议，节点根据情报类型的不同选择能够满足QOS需求的路径。
Different information need different QOS requirement. Thus we suggest a dynamic link parameter based routing protocol M-QOS, which selects route based on the information types.
运用该阻抗函数建立基于路径的动态用户最优路径选择变分不等式模型，给出了该模型的启发式算法。
A route-based variational inequality model and a heuristic algorithm of the dynamic user optimal route choice problem were proposed by the link travel time function.
本文分析了GIS环境下动态路径优化算法的特点，对GIS环境下城市路网的最优路径选择问题的关键技术进行了研究和验证。
This paper analyses some characters of dynamic path optimum algorithm, studies and verifies the key techniques of the optimum path of city road network under GIS.
通过对网络路径容量和可用带宽的估计，终端可以实时动态地选择最优的接入点，满足链路接入和选择的需求。
By estimating the path capacity and available bandwidth, terminals can dynamically select the optimized accessing point, which fulfills the requirements of real time link accessing and selection.
通过对网络路径容量和可用带宽的估计，终端可以实时动态地选择最优的接入点，满足链路接入和选择的需求。
By estimating the path capacity and available bandwidth, terminals can dynamically select the optimized accessing point, which fulfills the requirements of real time link accessing and selection.
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