网络容量

Internet多媒体通信网网络容量预测

Pre calculating the Capacity of Internet Multimedia Telecommunication Networks

基于图形理论的adhoc网络容量研究

Study on the Capacity of Ad Hoc Networks Based on the Graph Theory

闭合平面模型下CDMA自组织网络容量分析

Analyze capacity of CDMA ad hoc networks by closed plane model

网络容量受限已成为大规模自组织（adhoc）网络应用中的瓶颈问题。

The limited network capacity has become a bottleneck problem in the applicationof large-scale Ad Hoc networks .

本文深入研究adhoc网络容量的受限因素和提高策略。

This paper researches on the restricted factors and the improving policy of Ad Hoc network capacity .

WCDMA网络容量优化策略探讨

Discussion on strategy of optimizing WCDMA network capacity

PHS系统在同频干扰下的网络容量分析

Capacity Analysis of a Personal Handling System under Co-Channel Interference

Hopfield神经网络容量分析

Capacity Of Hopfield Neural Network Neural Net

基于BetweennessCentrality提高复杂网络容量的方法

A Method for Improving Complex Network Capacity Based on Betweenness Centrality

研究了给定网络容量扩充目标要求下，求解所有关于时间和费用的Pareto优化解问题并提供了相应算法。

Also developed are the algorithm to find all pareto optimal solutions about time and cost with given expanded network max-flow .

论文并对ISH的网络容量与排队时延进行了分析和仿真。

The integrated self healing algorithm network capacity and performance are analyzed and simulated .

网络容量必须跟上这一要求，而WDM技术恰好能利用光纤的巨大带宽，满足这一要求，并能极大降低传输数字信号的代价。

Because the WDM technology can fully utilize the enormous bandwith of the optical fiber , the cost for transferring data can be greatly decreased .

IP网络容量以惊人的速度增长，全球范围的IP数据流量已经超过电话网络的流量，对于许多应用，IP流量的费用已经低于传统TDM服务的价格了。

The capacity of these networks is increasing at a prodigious rate . For many applications , the pricing of IP traffic has dropped below the tariffs associated with traditional TDM service .

与传统的单天线相比，多天线（MultipleInputMultipleOutput-MIMO）技术在传输效率及可靠性方面有着很大的性能优势，能够有效提高网络容量。

MIMO ( Multiple-Input Multiple-Output ) technology has a significant performance advantage in transmission efficiency and reliability by its multiplexing and diversity techniques comparing with traditional SISO ( Single-Input Single-Output ) links , it can effectively improve the network capacity .

FASTTCP从根本上改变了传统TCP的拥塞度量机制、网络容量的探测方式，同时对AIMD（和式增加积式减少）机制也做了大幅度的改进。

FAST TCP changes the congestion measure mechanism of traditional TCP essentially and the detect mode of network capacity , and at the same time it improves the AIMD mechanism greatly .

运用GIS技术进行网络容量规划和分析，可以提供一个高端的视角预估网络运行情况和趋势，为移动通信网络的规划与设计提供了最佳解决方案。

Using GIS for network capacity planning can provide an effective perspective to estimate the trend and the performance of the network . It provides the best solution to the plan and design of the mobile communication network .

WMN具有自组织和自愈的特点，能够提供更大的网络容量和更高的传输速率。

A WMN has a feature of self-organizing and self-healing , and can provide greater network capacity and higher transfer rate .

为此，本文引入多Agent技术，利用人工智能领域的协商和学习机制，设计信道分配和路由算法，以提高信道利用率，满足用户的网络容量需求。

Then aims of the tremendous demand of network capacity for users , agent theory , negotiation and learning mechanism which belong to artificial intelligence are introduced to design channel assignment and routing algorithms . A distributed channel assignment algorithm based on multi-agent is proposed .

传统的MAC协议使用全方位天线，定向天线在某些节点的传输是特定的，这样大大的减少了碰撞的机会，同时增加了有效的网络容量。

Traditional MAC protocols assume the use of omnidirectional antennas . Nodes with directional antennas are capable of transmitting in certain directions only and significantly reduce the chances of collision and increase the effective network performance .

网络容量作为无线Mesh网络中的基础研究课题，是决定网络性能最重要的指标之一，它涉及到网络的拓扑结构、信道分配、路由算法和负载均衡等方面。

As a basis issue for the wireless Mesh network , network capacity is the most important indicator to determine the network performance , which relates to the network topology , routing algorithm and channel allocation , load balancing and other aspects .

从建设大规模无线局域网的角度出发，讨论了提高网络容量的几种网络规划技术，如频率重用方式、智能天线技术以及Mesh网络拓扑结构。

The authors research into the method of optimizing the number and placement of APs . To construct a large scale WLAN network , the authors introduce several techniques to enlarge the network capacity , such as frequency reuse , smart antenna , and Mesh .

分析了无线局域网中主机（AP）的覆盖范围、有效传输速率和网络容量3个因素之间的关系，研究了无线局域网中AP的优化方法。储能传动是一有效的节能传动技术。

In this paper , the authors introduce the relations of the three factors which must be firstly considered in the network planning in WLAN . The factors are the coverage of AP , the effective transmission rate , and the network capacity .

通过对已有算法及模型特点的分析，利用Kuhn-Tucker定理，得到了模型的一阶最优必要条件，依据此条件提出容量计算的收敛定理，设计了求解用户均衡交通网络容量模型的算法。

Furthermore , the first order necessary condition for optimal this model is obtained by use of Kuhn-Tucker theorem and the convergence theorem is put forward which is used for calculating road network capacity in this paper .

本文研究了城市局域交通网络容量问题。

The study was on the urban local traffic network capacity .

基于网状光传输网络容量需求的整型规划优化策略

The Integer Program for Optimal Capacity Requirements in Mesh Optical Transport Network

超宽带技术下混合无线网络容量的理论研究

Study of the capacity of hybrid wireless networks based on ultra-wide band technology

部分信道交叠多跳无线网络容量渐近估计

Asymptotic Capacity of Partially Overlapped Channels Multi-hop Wireless Networks

基于服务器系统模型的光网络容量分析

Network Capacity Analysis of Server Version WDM Optical Networks

因此，采用多信道技术是提高网络容量的最有效方法。

So , multi-channel technology was the most effective approach to improve network capacity .

浅析移动通信网络容量的评估和利用

Evaluation and Utilization of Mobile Communication Network Capacity