传输容量

文中将无功功率作为OPF的控制变量，故节点电压也被优化以得到最大传输容量。

Since the reactive power generation is taken as a control variable in the OPF formulation , the bus voltages can be optimized to yield maximum TTC .

adhoc网络中两种功率控制策略的传输容量分析

Transport Capacity Analysis of Two Power Control Policies in Ad Hoc Networks

由于基于IP业务的迅速增长，对传输容量的需求在不断增加。

The demand of transport capacity is continuously increasing due to the explosive growth of the IP-based traffic .

随着通信网络传输容量的不断增长，密集波分复用（DWDM：DenseWavelengthDivisionMultiplex）技术被广泛应用。

With the increasing demands of network capacity , DWDM ( Dense Wavelength Division Multiplex ) technology has been widely used .

随着以IP为主的数据业务的迅猛发展，如何满足不断增长的对传输容量和带宽的需求，是中国联通公司急需解决的问题。

With fast increasing of IP-based data services , the exigent problem for China Unicom is how to satisfy the requirement of transmission capacity and bandwidth .

卫星通信系统由于其覆盖面积大、通信频带宽、传输容量大等的独特优势，已经成为实现全球无缝隙个人通信和Internet空中高速通道的重要手段。

Satellite communication system has become the important means for worldwide individual communication and Internet air high-speed access due to its large coverage area , wide communication band and high capacity transmission .

ATC反映出输电网对电力市场还能提供的最大传输容量。

ATC refers to the maximum transfer capability of transmission network to power market .

多输入多输出（MIMO）技术由于高频谱效率和传输容量的优势，在宽带无线通信中取得了广泛关注。

Multi-Input Multi-Output ( MIMO ) technique has attracted many interests due to its high spectra efficiency and transmission capacity in broadband wireless communications .

波分复用（WDM）技术的大规模应用极大地提高了点到点传输容量，给交换系统的发展带来新的机遇和挑战。

Large-scale using the technology of WDM has increased the transmission capacity of point-to-point , which brings the new challenges and opportunities .

基于光滑化函数理论，建立了光滑化的可用传输容量（ATC）新模型。

A new smooth available transfer capability ( ATC ) model is constructed based on smooth function transformation .

未来几年内，SDH将向多业务承载能力、智能化和更高的传输容量等方面发展。

SDH will intend to be multi-service capability , intelligence and high bit rate to obtain more and more applications in several years .

电力市场环境下，可用传输容量（ATC）是市场运营和交易中心以及市场成员关注的重要技术指标。

ATC is an important technique index concerned by market operating , exchange center and market members in power markets .

2.5G传输容量的光传送网络芯片CDV验证

CDV Verification of a 2.5G Bandwidth Optical Transport Network Chip

光纤中的偏振模色散PMD（Polarizationmodedispersion）是限制高速光纤通信系统传输容量的极限因素，我们首次用波长扫描法在国内实现了对光纤偏振色散的测量；

Polarization mode dispersion ( PMD ) in fiber seriously limits high-capacity optical fiber communication system . Measurement of PMD is realized through wavelength scanning methed in China for the find time .

提出了考虑暂态稳定性约束的区域间极限传输容量（TTC）的计算方法。

This paper proposes a new method to assess the total transfer capability ( TTC ) with transient stability considered .

传统的考虑暂态稳定约束的极限传输容量（TTC）研究采用确定性分析方法。

Conventional study on TTC ( total transfer capacity ) with transient stability constraints is performed by deterministic analysis methods .

将三电平VSC-HVDC与风电场相连，同样可以解决传输容量和电能质量方面的问题，取得较好的效果。

Connecting three-level VSC-HVDC with offshore wind farm , problems of transmission capacity and power quality are solved .

但WDM技术在大幅度提高传输容量的同时，也增加了交换设备的规模（端口数）、控制难度和管理复杂性。

Although the WDM technology improves the network capacity , it increases the size of switching equipments ( port number ) the complexities of control and management .

密集波分复用（DWDM）技术能充分利用光纤巨大的传输容量，基本满足了对带宽的需求。

DWDM ( dense wavelength division multiplexing ) technology has exploited the huge potential bandwidth of optical fibers to meet the bandwidth requirement .

可控串联电容补偿器（TCSC）装设在高压线路上可改善系统的暂态稳定性，提高线路的传输容量。

The TCSC ( Thyristor-Controlled Series Capacitor ) installed in higher voltage lines can improve system transient stability and enhance transfer capability .

建立了联网区域的极限传输容量（TTC斥可用传输容量（ATC）的数学模型，并用P－KKTPDIP算法进行解算；

Establishing the formulation of total transfer capability ( TTC ) and available transfer capability ( ATC ) problem of interconnected systems , and applying the P-KKT-PDIP algorithm to solve it .

未来的移动无线通信系统必须满足不断增长的传输容量的要求，而MIMO通信系统的性能很大程度上取决于无线信道的衰落特性。

The future mobile wireless communication system must satisfy the increasing transfer capability requirement . However , the performance of MIMO communication system largely depends on the decadency characteristics of wireless channel .

在电力市场环境下，可用传输容量（ATC）反映输电线路可用于交易的剩余容量的重要指标。

In power market environment , available transfer capability ( ATC ) is an important indicator of the further usable amount of transmission capacity for commercial trading .

该模型可用于优化空间分集结构和空间相干长度以提高MIMOFSO链路在各种大气湍流条件下的传输容量。

There exist optimal values of spatial coherence length and diversity configuration for maximizing the average capacity of MIMO FSO links over a variety of atmospheric turbulence conditions .

PON（无源光网络）以其传输容量大、成本低、全业务支持等优势成为热门的接入网技术。

Passive optical network with its large capacity , long transmission distance , low cost , full-service support and other benefits has become a hot technology .

随着计算机网络通讯、信息处理等技术的迅猛发展，如何利用现有的光纤系统最大限度地扩大传输容量具有潜在的研究价值。波分复用（wavelengthdivisionmultiplexing，WDM）技术是最重要的方法之一。

With the rapid development of computer network communication and information processing , Wavelength division multiplexing ( WDM ) technology is one of the most important techniques to enlarge the transmission capacity by utilizing the present fiber systems .

新技术的开发和使用使得光网络层具有了许多原先只能在高层实现的网络功能，并使原先单纯为了增加传输容量的WDM层具有了真正的光联网功能。

The new exploiting technologies introduce into optical network layer some functions that can only provide by higher layer , and transform WDM from a solution for capacity exhaust to a true optical networking technology .

为了提高跟踪和数据中继卫星系统的传输容量，采用ITU推荐的Ka波段为星间微波链路的通信波段，跟踪和数据中继卫星之间采用激光链路。

In order to improve transmission capacity of TDRSS , microwave link is used to Ka band , and laser link is used among TDRSS , according to ITU proposal .

波分复用（WDM）技术的光传送网以传输容量大、对高层协议和技术适应性强，以及易于扩展等优点而备受青睐。

Wavelength Division Multiplexing ( WDM ) technology is enjoying high favor among the people now for its advantages just like high transmission capacity , prefect suitability to the upper layer protocol and easy to extend .

SDH体制具有组网灵活、传输容量大、长途传输质量高等特点，因而其广泛应用于光纤传输系统中，成为网络运营商承建光传输网络的主流技术。

SDH system has large transmission capacity , networking flexibility , distance transmission of higher quality , therefore its widely used in optical fiber transmission system , a communications operator building optical transmission network of mainstream technology .