计算机通信网的路由选择优化问题和容量与流量分配(CFA)问题始终是计算机通信网设计、建设过程中重要而复杂的两个问题。
Route selection, capacity and flow assignment (CFA) are always the important and complex problems during the design and construction of computer communication networks.
报文的路由选择和各条链路的容量及流量分配(CFA)问题是计算机通信网络中性能优化的两个重要方面。
Route selection of the messages and capacity and flow assignment (CFA) of every link are two important factors on performance optimization in computer communication networks.
本文讨论了分组交换网中路由选择算法与全局可计数分散式自适应流量控制相互作用对网路性能指标和稳定性的影响。
In this paper we studied effects of interactions between routing and global Isarithmic adaptive flow control algorithms on the performance and stability in packet-switching networks.
提出了一种新的路由选择度量，它综合考虑了节点负载及当前的剩余能量，试图通过路由机制均衡网络流量、保护网络中的低能量节点。
This paper proposes a new routing metric, which integrates load and remaining energy of a node, trying to balance the traffic load and protect the low-power nodes.
表明了路由选择与流量控制综合研究的必要性。
It is shewn that it is necessary for doing researches of combining routing and flow control algorithms.
MPLS支持灵活的路由选择方法，非常适合于流量工程的实现。
MPLS supports flexible routing method and fits the implement of traffic engineering well.
为使问题的解能实时、可靠地完成，将一种用于最短路径计算的双层递归神经网络应用于路由选择的流量导数法中。
To make the solution be implemented reliably in real time, a neural network for shortest path computation that is a two-layer recurrent structure is applied to flow deviation method.
研究分组交换网的路由选择及流量分配问题，以网络的平均时延为优化目标函数。
This paper is concerned with the optimum routing and flow assignment problem in packet-switch networks. The optimum objective function is the network-wide average time delay.
报文的路由选择和各条链路的容量及流量分配(CFA)问题是计算机通信网络中性能优化的两个重要方面。
The problem of capacity and flow assignment (CFA) in computer communication networks is an extremely complex network optimization problem.
报文的路由选择和各条链路的容量及流量分配(CFA)问题是计算机通信网络中性能优化的两个重要方面。
The problem of capacity and flow assignment (CFA) in computer communication networks is an extremely complex network optimization problem.
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