提出了光传送网节点传输模型的概念；
可靠性对于军事传送网而言显得尤为重要。
Reliability is a critical issue in military transmission network.
本文探讨了城域传送网过渡时期的建设方案。
This article is discussed on metropolitan transport network construction solution in transitional period.
宽带传送网BTN ？
波长变换技术是未来实现光传送网的必要条件。
Wavelength conversion technologies are very important in future optical transmission networks.
并借鉴光传送网，设计了各层的管理信息模型。
By reusing the optical transport network management information model, new ASON network management information model is designed.
业务需求和技术进步推动着城域传送网的转型。
The transformation of Metropolitan Area Transport Network was impelled by service demands and technological progress.
城市光传送网弹性分组环(rpr)技术要求等。
Metropolitan optical transport network RPR technical requirement etc.
在本建议中规定的资源是描述传送网层管理服务的基础。
The resources defined in this Recommendation provide a basis for the description of transport network level management services.
摘要：本文首先描述了分组传送网演进的驱动力和演进历史。
Abstract: This article describes the drives and history of packet transport network evolution.
智能自动交换光网络的出现是传送网概念的重大历史性突破。
Occurrence of intelligent automatic switched optical network is a great breakthrough for the concept of traditional transport network.
智能自动交换光网络的出现是传送网概念的重大历史性突破。
The emergence of intelligent Automatic Switched Optical network (ASON) is an important historical breakthrough in the concepts of transport network.
智能自动交换光网络的出现是传送网概念的重大历史性突破。
The emerging of intelligent automatic switching optical network is a major historical breakthrough in the concept of transmission network.
因此，相干光通信系统将逐渐成为未来高速大容量传送网的必然选择。
As a result, coherent optical communication system will gradually become the mainly solution for the next generation transmission network in the future.
城域网正在从单纯的传送网向业务网演进，需要新的传送平台的支持。
TheMetropolitanAreaNetwork (MAN) is evolving from pure transport network to service network, which requires the support of new transport platforms.
光信号转发单元，是光传送网设备OADM和OXC的重要组成部分。
Optical Transmission unit, which is an important sub-function unit of OADM device and OXC device.
本建议叙述基于SDH的传送网的功能性结构，包括网络的同步原则。
This Recommendation describes the functional architecture of transport networks including network synchronization principles for networks that are based on the SDH.
作为业务承载网络的3g光传送网，必须要先于业务网络的建设而建设。
As carrier network, optical transport network must be built prior to the 3g service network.
本建议采用建议G . 805说明的建模方法学描述光传送网的功能结构。
This Recommendation describes the functional architecture of optical transport networks using the modelling methodology described in Recommendation G. 805.
本发明公开了一种光传送网同步交叉调度的方法和装置，属于光传送网领域。
The invention discloses a method and device for synchronous intersecting scheduling by optical transmission network, which belongs to the field of optical transmission network.
所谓MSTP，指的是一种能够针对多种业务特点进行处理的传送网节点设备。
So-called MSTP, it is a kind of optical transport network node equipment that various business characteristics proceeding handles.
无论是传送网、业务网、支撑网还是信息网，都可以根据这一理论分层和分割。
No matter it is transmission network, service network, supporting network or information network, any network could be layered and segmented according to this theory.
同时，将路由算法应用于SDH传送网的路由搜索，完成了对SDH网络业务资源的规划。
In addition, we apply the routing algorithm to search routes in SDH network and realize the resource assignment.
传统的传送网和IP业务承载网在处理带宽的新型IP分组业务时，业已表现出种种不足。
The traditional transmission network and IP network has shown flawed in various ways in dealing with the new IP packet bandwidth business.
本建议的目的在于对G . 805传送网体系构件的管理抽象概念给出信息观点上的规范。
The objective of this Recommendation is to provide the information viewpoint specification for management abstractions of G. 805 transport network architectural components.
在光传送网向分组传送网演进的过程中，网络之间的互联互通是运营商关心的主要问题之一。
In the evolution of the optical transport network to the packet transport network, one of the main concerns of the operators is the interworking between networks.
当前光网络正经历着由传送网向业务网的转变，多业务驱动光网络成为未来光网络的发展趋势。
Right now, optical network is changing from transport network to service network, and multi-service-oriented network becomes the trend of optical networks.
在传输带宽和业务应用需求的双重驱动下，智能光网络作为光传送网的发展趋势得到越来越多的关注。
It is considered as the trend of optical transmission network and gets more and more focus under the dual drive of transmission bandwidth and service application demand.
在传输带宽和业务应用需求的双重驱动下，智能光网络作为光传送网的发展趋势得到越来越多的关注。
It is considered as the trend of optical transmission network and gets more and more focus under the dual drive of transmission bandwidth and service application demand.
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