网络节点

基于Internet的无线Mesh网络节点接入策略

Wireless Mesh Network Node Access Strategy Based on Internet

基于嵌入式PLC的多路模拟量网络节点的开发

Development of Analogy Network Node on the Base of Embedded PLC

高速网络节点中的QoS实现机制

QoS Realization Mechanism in High Speed Network Nodes

仿真结果表明，所完成的地址重构IP核可以满足无线传感器网络节点地址的灵活预置调整。

The simulation result shows that address reconfigurable IP core is fit to ( address ) adjustment in wireless sensor networks .

首先引入直达矩阵（T矩阵）和最小换乘矩阵（Q矩阵），讨论公交网络节点间换乘问题，得出最少换乘算法。

T matrix and Q matrix are introduced to discuss the path-planning problem and the least transfer algorithm is obtained .

一种三维传感执行网络节点位置感知算法本文对P2P网络的位置知晓性进行了相关研究。

Location awareness algorithm for three-dimensional sensor-actor nets We first summarize the researches on the location awareness in P2P networks .

在传统的互联网体系协议中，IP地址既代表网络节点的位置信息，又代表网络节点的身份信息。

In traditional Internet protocol , IP address not only represents the location of a network node in the internet , but also represents the identity .

RED动态队列管理算法用于网络节点以避免拥塞产生，同时保证较高的链路利用率。

The RED ( Random Early Detection ) active queue management algorithm is widely used in network nodes to achieve congestion avoidance while keeping a high utilization of the underlying link .

第四章利用N个N-S方程（Navier-Stokes方程）系统作为叶子网络节点，采用非线性耦合构造叶子网络。

N Navier-Stokes equations are used as nodes of the leaves network which is nonlinear coupled in the fourth chapter .

Chord是一种比较成功的结构化P2P路由算法，但是网络节点性能的差异，影响了整个系统的效率；

Chord is a successful structured P2P routing algorithm , but the heterogeneity of peers affects the efficiency of the system .

通过分布式对等的协作和共享算法就可以实现资源的共享：P2P架构中的网络节点既享受其它节点的服务，自己也提供服务。

The nodes in the P2P architecture network both enjoy the services of other nodes provided , also provides its own services to the other nodes .

为使P2P网络节点维护高效的路由表，需通过节点探测方法来确定路由节点的存活状态。

In order to make the P2P memory system maintain high efficiency routing list which must determine the survival condition of the route node through detection method of the node .

介绍了组合学在抗干涉齿轮集（CMG：counter-meshinggears）机构的优化编码、传感器网络节点布设中的两类应用。

Two applications are introduced : the optimal coding problem of the Counter Meshing Gears ( CMG ) mechanism , and the optimal deployment problem of sensor networks ' node .

从均衡消耗网络节点能量的角度出发，提出了一种考虑能量的自组网概率路由协议（Energy-AwareProbabilityRouting，EAPR）。

This paper proposes an energy-aware probability routing protocol for MANETs ( EAPR ) to balance the energy consumption among the nodes .

论文首先对MANET概念、特点及节点移动方式和路由协议的研究现状进行了分析，然后对现有MANET网络节点移动方式进行了分类讨论。

First , the MANET concepts , classification , characteristics , node mobility , the routing protocols and the current research status are discussed .

通过模拟网络节点最大Lyapunov指数得到网络混沌输出的同步化条件，实现了用最大Lyapunov指数作为混沌同步化判据的有效推广。

The chaotic output synchronization condition is got through simulating the maximum Lyapunov exponent of network nodes , and the maximum Lyapunov exponent as the chaos synchronization criterion effectively popularized .

文中将通过对这类攻击的分析，探讨针对这类安全问题的面向ATM网络节点的解决途径，提出一种设置门限的安全认证机制和一个循环路由检测算法，并且给出相应的描述和分析。

By analyzing the attacks , this paper will discuss the solutions facing ATM network nodes . An authentication mechanism with threshold and a detecting algorithm of circle route are described and analyzed .

利用互联网普遍使用的TCP协议，测量一般不受各网络节点安全访问控制的限制，具有很好的适应性，同时能为带QoS要求网络传输控制提供服务。

As TCP is widely used in the Internet , this method is free from the limitation of security access control of network nodes and achieves good adaptability , and also meets the QoS requirement of network transfer control .

在面积和能耗约束下的领域，以应用于无线传感器网络节点的ECC为研究对象，为解决保证一定的性能要求的同时如何减少芯片的面积和能耗这个新问题而进行了研究。

In the area and energy-constrained areas , such as wireless sensor network , the key problem is how to reducing the chip area and energy while the performance is requirements .

SHT模型利用了对等网络节点存在的会话异构性，将动态节点聚簇在稳定节点，从而降低了网络动态节点对于DHT拓扑的强干扰性。

In SHT model , dynamic nodes are clustered to stable nodes so as to control the dynamic change of DHT topology network .

随着网络节点N的增加，网络的相变点在带周期边界的规则网格是N0.5量级的，而对于无标度网络则几乎不变。

It scales as N0.5 in square lattice while varies slightly with N in scale-free network when N is not very large , where N denotes the number of nodes .

主动网络节点操作系统（NodeOS）的研究

Research of the Node Operating System ( NodeOS ) in an Active Network

该系统仿真平台通过海洋环境参数设置，为水声通信网络节点间通信提供一个虚拟的水声信道，各网络节点可接入仿真系统的DA接口经过虚拟信道实现通信。

The system simulation platform through the Marine environmental parameters Settings , for underwater acoustic communication network communication between node provides a virtual acoustic channel , each network node can access the simulation system of the AD , DA interface through virtual channel realize communication .

在基于二维平面网络节点均匀分布的情况下，对三维adhoc传感器网络的连接性进行理论计算，得出通信路由中端到端平均误比特率（BER）和平均连接跳数（Hop）的精确表达式。

On the assumption of nodes being uniformly distributed in two dimension plane networks , the connectivity is analyzed in the three dimension ad hoc sensor networks . The exact formulas of the average end-to-end bit error rate and average connected number of hops in communication routing are deduced separately .

此外，NNC在包含各协议层连通性的基础上丰富了网络节点间独有的特权关系，利用NNC也有助于提高检测网络弱点和网络攻击的准确性。

Moreover , NNC adds privilege relations between network nodes on the basis of the connectivity of protocol layers so that using NNC also helps to improve the accuracy of detecting network vulnerabilities and attacks .

该方法先通过对两个相互耦合的Duffing型电路的同步实验进行了理论分析，进一步以Duffing型电路作为网络节点，利用双向耦合参量ξ进行系统间的耦合构成星型网络。

Firstly it is a theoretical analysis of two coupled Duffing-type circuit synchronization experiments , which is used Duffing type circuit as a network node , and is used by two-way coupling parameters of the coupling between the system constitutes a star network .

提出了一个基于KTC的主动节点密钥建立协议KEP，用来使主动网络节点或主体之间建立共享密钥和交换证书，也可以用于确认相邻主动节点和启动失败时进行恢复认证。

Presenting a KTC-based key establishment protocol between active nodes , which can be used to allow two principals in the network to establish secret keys and exchange certificates .

仿真结果表明，算法BIMA和LIMA不仅具有优良的抑制干扰和降低能耗的性能，而且还具备较好的spanner特性、较低的节点度以及对网络节点移动的鲁棒性。

Simulation results show that both BIMA and LIMA can not only provide a good performance in controlling network interference and conserving node energy , but also can maintain good spanner property and keep low node degree .

为了简化系统、提高系统的灵活性，将I~2C控制器连接于无线传感器网络节点芯片内部的SFR总线上，来实现与外部设备之间高效、可靠和方便的串行通信。

To achieve efficient , reliable and convenient serial communication with the external devices , the I ~ 2C bus controller is connected to SFR bus which is in the wireless sensor network nodes chip .

分布在无线网络节点上的每一根天线都有自身信息要传送，且集合起来组成虚拟的天线阵列（VAA）。

Distributed antennas belonging to multiple users in the wireless network are collected , each with their own information to transmit , so that the users form a " virtual antenna array " ( VAA ) .