A Safe On-demand Routing Strategy in Ad hoc Networks 一种安全adhoc网络按需路由策略
In order to quantitatively compare the differences between original routing strategy and the modified one, an ideal model is presented and several experiments are made. 实验结果与模型的理论值相符,改进路由策略后能够更准确地反映蠕虫数据包在网络中的传输。
QoS Routing Strategy Based on TDMA Mode in Wireless Mesh Networks 无线网状网中基于TDMA模式的QoS路由策略
In this paper, we propose a new routing strategy to improve the transportation performance on scale-free networks, named optimal routing strategy. 提出了一种能够显著提高无标度复杂网络负载传输性能的优化路由策略。
Power Saving Routing Strategy of Mobile Ad Hoc Network Based on Genetic Algorithm 基于遗传算法的移动adhoc网络节能路由策略
Markov Decision Processes Model for Flow Rationing Routing Strategy 基于马尔科夫决策过程的货物流的配给策略
WMN QoS routing strategy based on interference model 基于干扰模型的无线网状网QoS路由策略
Wireless Sensor Network Node Design and Research on Routing Strategy 无线传感器网络节点设计及路由策略研究
This paper proposes a multicast algorithm utilizing on-demand routing strategy for Ad hoc data communication network. 文中提出了采用按需路由发现策略的adhoc数据通信网络多播路由算法。
In this paper, a discussion of the architecture of the mobile network and the packet routing schemes is presented. And the paper also presents how GPS and GIS technology can be employed in the packet routing strategy of the mobile wireless network. 该文研究了移动网络的结构和组播路由方案,并探讨了在移动无线网络的组播路由策略中使用全球定位系统(GPS)和地理信息系统(GIS)技术的问题。
This paper mainly studies on routing strategy of the static and target moving environment and on routing recovery problem in the wireless sensor network. 本文主要对无线传感器网络中静态环境下的路由问题、路由恢复问题以及目标移动环境下的路由问题进行了重点研究。
Further more, a new real-time routing strategy is proposed and tested by data simulation. 本文的核心是利用排队论模型设计一种新的路径实时优化策略,计算出其系统时间并用数据仿真实验来验证其在实际情况中的表现。
Attempting to better control routing strategy, most operators deploy BGP to backbone node routers. 为了更好地控制路由策略,当前大部分的营运商均将BGP部署到骨干路由器。
This thesis investigate the fault-tolerate unicast routing strategy on mesh structure. 本文就是在网格结构的多处理器系统上研究其容错路由。
Chapter 2 introduces QoS multicast technique, including QoS system architecture, QoS routing strategy, QoS parameters, QoS multicast research status, the mathematic model of QoS multicast and so on. 第2章介绍了QoS多播技术,包括QoS的体系结构,QoS的路由策略以及QoS参数,QoS多播的研究现状,QoS多播问题的数学模型以及QoS多播问题的分类。
Routing strategy based on multi-agent systems and neural network 基于多Agent系统和神经网络的路由选择策略
Active routing is a new routing strategy target on the above difficulty. 主动路由选择是一个把上述困难作为目标的新路由选择策略。
Then this node system is simulated in improved routing strategy on Modeler platform. 在Modeler工作平台上,将此系统作为网络模型对改进的路由选择策略进行仿真,说明改进算法可以有效地均衡链路中的业务流量。
Restorable Routing Strategy and Algorithm in IP over WDM Networks IPoverWDM网络中可恢复的路由选择策略与算法
Second, we elaborate BGP routing strategy simulation, and implement BGP simulation system based on NS-2 by modifying Zebra bgpd module. 其次,阐述了BGP协议路由策略的模拟,并通过修改Zebra的bgpd模块实现了基于NS-2的BGP模拟系统。
Traditional nodes-centric and topology-centric routing strategy in mobile ad hoc networks cannot meet the requirements of unicast and broadcast in the highly dynamic vehicular ad hoc network. 传统移动自组织网络中以节点和拓扑为中心的路由策略无法满足高度动态的车载自组织网络中单播和广播的路由需求。
Lastly, channel assignment and routing strategy that are suitable for multi-radio multi-channel WSN are proposed. 同时,本文还给出了适用于多射频多信道传感器网络的信道分配和路由策略。
Design the network structure, node structure, communication protocols and routing strategy of the network, and then use the OPNET network simulation tool to build the simulation model. 对该网络的网络结构、节点结构、通信协议和路由策略进行了设计,并使用OPNET网络仿真工具进行了仿真建模。
There are demand analysis and system design of international outgoing routing strategy in the thesis. 本文对国际去话路由策略支持系统进行了需求分析和系统设计。
In order to achieve the object, we carry out studies surrounding the mobile ad hoc routing strategy. 为了实现研究目标,本文围绕移动自组网的路由策略问题展开研究。
In this paper, the source code of the TOR system research, analysis of the TOR system, the anonymous principle, workflow, process of onion proxy building a hidden path, packet formats and routing strategy. 本文通过对TOR系统源代码的研究,分析了TOR系统的匿名原理、工作流程、洋葱代理构建隐蔽路径的过程、数据包格式和路由选择策略。
An effective method is proposed to solve the oscillation caused by self-adaptive routing strategy. 为解决自适应路由策略引起的路由振荡,本文提出了行之有效的解决方法。
The efficiency of the improved algorithm are increased in complex ASON network and different routing strategy. 改进后的算法在复杂的ASON网络中和不同的路由策略下,算法效率获得了提高。
Particle swarm optimization is used to optimize routing strategy. 还采用粒子群优化算法以资源最大利用率为目标对资源路由策略进行了优化。
Furthermore, the efficient routing strategy decreases data transmission delay and the routing repair mechanism improves data transmission reliability. 协议通过有效的路由机制减小了数据的传输延迟,通过路由修复机制保证了数据传输的可靠性。