仿真结果表明，ACS算法可兼顾路由长度和网络负载两方面因素，其选路效果优于传统动态分布式算法。
The simulation results show that the length of routes and links' load can be taken into account by ACS and the algorithm is superior to some traditional algorithms.
MessageChunkingRouter将消息按固定长度分解成多个部分，并将它们路由到同一个端点。
The Message Chunking Router splits a single message into a number of fixed-length messages that will all be routed to the same endpoint.
同时，根据节点密度调整了路径长度限制，使得区域间的路由查询和路由维护能够更快地收敛。
Also, MZRP modifies the limit of route length based on the node density, and results in rapider convergence during route query and maintenance in IERP.
通过仿真，文中给出了VTBR算法与传统位置辅助路由协议的性能对比分析，对数据包传输成功率和平均路径长度这两个性能参数进行了评价。
The performance comparison between VTBR and traditional position based routing protocols shows that VTBR algorithm has a much higher packet delivery success rate and a shorter average path length.
当移动主机位置改变时，数据流的路由改变了，那么分组延迟可能会改变，因为新的路由上的路由器会获得不同的路径长度和不同的排队延迟。
When mobile host changes its position, the route of the flow changes, which may causes the change of packet delay as routers on the new route may gain different path length and queuing delay.
根据多层卫星星座网络的链路长度与可见性模型，建立了多层卫星网络的数学模型，并据此提出了一种适于多层卫星网络应用的层次路由协议。
According to the models of the link length and visibility for multiple satellite constellations, the multi-layer mathematic model of the satellite network was built in this paper.
同时边缘路由器组装和分配信道缓冲区设置和优先分配机制可以影响到输出光突发包的长度和突发度。
By properly designing of the assembly and scheduling mechanism of the edge router, the output traffic shape can be improved and delay requirement is satisfied simultaneously.
研究了空间信息网络的拓扑结构和路由特点，对网络的星间链路长度和覆盖性能进行了分析。
In this paper, it studied the topology architecture and routing characteristics of the spaceinformation network, then the length of ISL(inter satellite link) and performance of coverage areanalyzed.
计算数据表明，采用递减转发概率将使得重路由路径长度的期望值显著降低，因而能保证良好的通信延时。
The calculation result demonstrates that descending forward probability makes the expected value of rerouting path decrease distinctly, therefore limits the communication delay.
提出了一种采用伸缩缓冲流量控制方法、缓冲虫洞路由交换机制、支持可变长度数据包传输的链路控制协议。
We designed and implemented a simplified link-level protocol with elastic buffered flow-control and buffered wormhole routing switching, it can support to transmit variable-length packet.
提出了一种基于边界路由器的远程路由计算和查找方法，以边界路由器为核心计算远程路由信息，查找时通过路径长度比较实现最短路径的选择。
A new method which computes remote routing based on the border routers, was presented and finds the appropriate route by comparing the length of routing.
基于结构化p 2p路由系统的马尔可夫链模型，以平均路径长度为指标，提出了结构化P 2 P网络路由算法在网络层面的性能量化评估方法。
Based on structured P2P routing system model and Markov-chain model, this paper presents a quantitative evaluation on routing performance on the network-level of structured P2P network.
该算法采用可变长度染色体（路由串）和它的基因（节点）应用于编码问题。
Variable-length chromosomes (routing strings) and their genes(nodes) have been used for encoding the problem.
该算法能够使路由器中的队列长度快速零误差地跟踪上参考队列长度，并且在长时延网络环境和动态流量网络环境中均具有快速的响应性能。
It can make the queue length in the router track the reference queue length with non-error, and also has fast response performance both in large delay networks and dynamic traffic networks.
AQM通过保持系统的队列长度在稳定的范围内，提高路由器中的数据包利用率并且降低系统的排队延时，改善网络性能，提高网络质量。
AQM queue length by maintaining the system in a stable context, raise the router packet queue utilization and reduce system latency and improve network performance, increase network quality.
实验回路由竖直管、倾斜管和水平管三段组成，研究发现在这种回路中水平管的长度对逆向流动的溢流开始点影响较大。
The test section consists of a vertical tube, an inclined tube and a horizontal tube. It is found that the length of horizontal tube has significant effects on the onset of flooding.
实验回路由竖直管、倾斜管和水平管三段组成，研究发现在这种回路中水平管的长度对逆向流动的溢流开始点影响较大。
The test section consists of a vertical tube, an inclined tube and a horizontal tube. It is found that the length of horizontal tube has significant effects on the onset of flooding.
应用推荐