网络规模

随着Internet应用的日益普及，网络规模的不断扩大，网络结构变得越来越复杂。

With the popularity of Internet applications and the extending of network scale , network structure became more and more complex .

从最初的ARPANET到今天的Internet，网络规模不断地扩大；

From original APPANET to today 's Internet , network scale becomes larger ;

随着Internet技术的迅猛发展，网络规模不断扩大，几乎分布到世界上每个角落。

With the development of Internet technology , the scale of Internet is more and more broader .

Internet网络规模迅速膨胀和用户数量的急剧增长不仅对网络设备提出了更高的要求，也推动了协议研究的深入。

Rapid inflation of Internet scale and the number of users suddenly growth are not only brought forward a higher request to network equipment , also impelled embedded research in protocol .

从信道容量和数据库吞吐量两方面分析了C/S模式下MIS系统的网络规模。

This paper analyzes the network scale of MIS with C / S mode , including the channel capacity and database throughput dividually .

随着Internet的迅速发展，网络规模、用户数量及业务量呈现爆炸式增长，由此引发的网络拥塞已经成为制约网络发展和应用的瓶颈问题。

With the rapid development of Internet , network scale , user quality and business volume assume the detonation-like growth . Network jam already became the bottle-neck question that restriction network development and application .

随着网络规模和速度的增加，大规模网络异常发现要求检测算法能够在无保留状态或者少保留状态下对G比特级的海量网络业务量数据进行实时在线分析。

The anomaly detection algorithms of the large scale network ( LSN ) were required to analysis the vast network traffic of G bit level in real-time and on-the-fly .

用户的不断增加，导致网络规模的不断扩大，但是用户的满意程度却没有随之提高，而网络上的拥塞、延迟等问题都给IP宽带业务的增长带来了不小的阻碍。

Continuous increase of customers lead to large scale expansion of network without improving the satisfaction degree . Network Congestion and network delay hinder service increasing of IP services .

P2P不同于传统的Client/Server（C/S）模式，不限制网络规模，没有固定的网络拓扑结构。

P2P is different from the traditional Client / Server ( C / S ) mode , without limiting the network size , and unfixed network topology .

仿真表明，通过设置合适的门限值，在不同的adhoc网络规模下，算法具有很好的定时同步性能。

Simulation results show that the proposed algorithm can achieve the predominant performance of timing synchronization in variable scale Ad hoc networks when the threshold is set appropriately .

近年来，随着互联网日益广泛的应用与IP网络规模和用户数目的不断扩大，用户对服务质量、网络安全要求也越来越高越高。

In recent years , as the scale of IP network expands and the number of users increases quickly , the network customers require higher quality of service and better network security .

在近几年，IP网络规模越来越复杂，为了保证网络的运行效率和可靠性，网络管理理论以及相关的技术得到了广泛的应用。

In these years , IP Network becomes more and more enormous , in order to improve the efficiency and reliability of network operation , network management theory and associated technology are adopted .

即展示了其应用于针混交林TM遥感图像自动分类识别的能力，又验证了该系统具有随网络规模增大而分类精度提高的发展趋势。

So the result shows that this system can be used to TM image classify and it has a potential to improve its precision with network pattern 's augmentation .

随着网络规模的扩大，现有的分布式认证方案运用在平面式的adhoc网络结构中时，认证服务存在可用性差、网络开销大、扩展性差等缺陷。

With the expanding of the network , the existing distributed authentication schemes have much network load , poor availability and scalability when being applied in the Ad Hoc network with the flat structure .

使用了Hamiltonian路径来执行多目传播的两个消息传递的阶段，从而减少网络规模和启动延迟。

It exploits the features of Hamiltonian paths to implement multicast in two message-passing steps , thus considerably reducing the effects of both network size and start-up latency .

近年来，随着网络规模的不断扩大以及用户数的急剧增长，原有宽带IP网越来越无法满足通信业务发展增长的要求，矛盾日益突出。

In recent years , with the continuous expansion of network scale and the sharp increase in the number of users , the existing broadband IP networks are increasingly unable to meet the communications requirements of business growth , become increasingly conspicuous .

由于现在的资源查找算法如Gossip算法，在查找资源时存在一定的盲目性因此搜索效率并不高，当网络规模较大时，甚至会导致网络出现分片现象。

Current searching algorithm such as Gossip is blindfold when inquiring resources . So the efficiency is not high and it may lead to network split when the network scope is large .

随着电力网络规模的扩大，电力系统优化问题日益复杂，故提出了一种采用遗传禁忌GATS混合优化策略对电力系统稳定器PSS和静止无功补偿器SVC附加线性稳定控制器进行参数协调优化的设计方法。

In this paper , a hybrid optimization approach based on genetic algorithm and tabu search is presented for the coordination design of parameters of PSS and SVC damping controller .

实验表明，该模型及算法对网络规模的增大不敏感，可以较好地满足大范围综合运输的需要。（3）研究了基于空间网络的分布式集成k近邻查询处理技术。

Experiment shows that this model and algorithm are insensitive to the expansibility of network , and fairly meets the needs of large ranges of intermodal transportation system . ( 3 ) The study on integrated k nearest neighbors query in spatial network .

文中给出的一个非线性时间序列训练算例表明：新算法较BP算法在计算精度和速度方面均有大幅度提高，在网络规模变大时此算法的优点尤为明显。

A nonlinear time series training example shows that the training precision and speed of the new algorithm are both drastically improved as compared to the conventional BP algorithm . The proposed algorithm is especially suitable to solve large scale MLP training problems .

随着波分复用（wavelengthdivisionmultiplexing，WDM）技术的不断发展和网络规模的日益扩大，为了提高网络的可扩展性和安全性，骨干光网络结构多区域化的趋势已经越加必要和明显。

With the continuous development of Wavelength Division Multiplexing ( WDM ) technology and the increasing growth of network size , in order to improve the network scalability and security , the backbone optical network is generally divided to multi-domains .

江西NOC作为全省交换、传输、数据、C网等骨干核心的操作维护中心，已拥有众多的专业网管系统，但是随着市场的快速变化，网络规模及网管数量还在不断增加。

As owning the core network of switch , transmission , IP and CDMA , Jiangxi NOC has various network management systems . However the scale of network and network management system increase continuously with the rapid growth of market .

文中给出了不同网络规模、冲突解析算法参数值、上行信道带宽分配策略条件下的实验结果。最后提出了优化HFC网上行信道时隙同步性能的措施。

The experimental results under different conditions , such as network scale , parameter value of competition resolution algorithm and bandwidth allocating scheme for the upstream channel are given , and the optimizing methods are proposed .

网络规模不断扩大，异构化程度不断增加，带宽成倍增长，网络日益复杂。在IP网络中实时、精确检测网络性能，对于网络性能管理和监控有重要意义。

As the scale of IP network expands continuously , network bandwidth increases in double and its structure becomes more and more inhomogeneous and complex , it will be of great benefit for network performance management and network monitoring to detect network performance on IP network precisely and real-time .

随着网络规模的迅速扩大，用户对专用网络的需求越来越大，虚拟专用网为用户提供一个安全和低费用的环境，但其服务质量（QoS）是一个非常重要的因素。

With the rapid enlarging of network , The requirement of private network is ever - enlarging , Virtual Private Network pro - vides an environment of security and low cost , but the Quality of Service ( QoS ) is a very important factor .

通过平衡训练样本数量、动态重置初始权值、评定网络规模等措施，解决了BP算法收敛速度慢、受初始样本分布影响大等缺陷，提高了识别算法的稳健性和泛化能力。

By balancing the training samples , dynamically resetting initial weights and adaptively evaluating net scales , some shortcomings of the BP algorithm , such as low convergence speed and high dependency on initial sample distribution are overcome , and the algorithm has become more robust and generic .

随着网络规模的扩大，BGP路由的稳定性受到了业界的广泛关注，如何解决BGP路由不稳定问题已经成为Internet路由研究的焦点。

With the growth of the Internet , the stability of BGP has gotten the notices of expert and industry people . How to solve the instability problem of BGP has currently become the focus concerned with the research of Internet routing .

实验结果进一步验证了该算法具有计算量小和QoS路由性能高的优点，在QoS度量维数和网络规模方面均具有良好的可扩展性，并对域间算法研究提供了重要依据。

Simulation results confirm that the proposal not only has low computational complexity , but also achieves high routing performance with good scalability on both QoS parameters and the network scale . The proposal also provides an important basis to further study the interdomain QoS routing .

传统的配电网可靠性评估方法是故障模式与后果分析法（FMEA），但这种方法当网络规模变大时各种故障后果分析将变得十分冗长；

Traditional evaluation method for the reliability of distribution system is a failure modes and effects analysis ( FMEA ), but it could become very verbose when applied to a complex network with overlapping outages .

该算法将深度可调的广度优先搜索策略引入传统Dijkstra算法中，使它能够随路由器CPU负载和实际网络规模而实时调节算法的运行时间，因而BFS-MCP算法具有广泛的适应性。

Bringing the breadth-first search with the adjustable depth to the standard Dijkstra 's algorithm , BFS_ MCP can adjust its computation complexity according to the CPU load on a router in real time . Therefore , it has an extensive adaptability .