link management protocol meaning in English
链路管理协议
Examples
- Conformance test of link management protocol
链路管理协议的一致性测试 - Gmpls protocols , which composed of signaling , routing and linking management protocols ( lmp ) , expands labels to mark not only traditional data packets but also optical transport units such as tdm timeslots , wavelength , wave bundles or fibers
Gmpls协议族主要包括路由,信令和链路管理协议( lmp ) ,且对标签进行扩展,使得标签不仅可以用来标记传统的数据包,还可以标记tdm时隙、波长、波段、光纤等。 - Gmpls is developed from mpls gmpls , in which time slots , wavelengths and optical fiber physical ports are used as labels for corresponding data transmit , is the inevitable result of mpls extending to optical networks . by the extended signaling protocols , routing protocols and new link management protocols , gmpls satisfies the requests of intelligent optical networks control automatically and signaling , and so provides dynamic networks resource and improves survivability
Gmpls由mpls演进而来，它是mpls向光层扩展的必然产物。 gmpls将时隙、波长和光纤端口作为标签用于数据转发，通过采用扩展的信令、路由协议和新增的链路管理机制以适应对智能光网络进行动态控制和传送信令的要求，动态提供网络资源并增加网络的存活性。 - The development of network technology and requirement of the market make the next generation internet created on the opticall network which can provide the high bandwidth and agility . however , the mpls technology which can syncretize the ip and the technology oriented to the connecting and gmpls which is expand of mpls becomes the uniform control panel of next generation opitical networlsetting and controlling so many links by hand is not viable . to resolve the question , the te links are introduced . and lmp is put forward for this . gmpls is the necessary result that mpls extends to the optical network , and link management protocol is the important part of gmpls
网络技术的发展和市场的需求将使得下代internet核心建立在能提供高带宽和高灵活性的光网络上。同时ip技术以及在此基础上的改进也已经成为internet的主体技术。而将ip和面向连接技术很好融合的mpls技术和它的扩展gmpls成为下一代光网网络体系的统一控制平面。 - First this paper expatiates the hierarchical protocol architecture of bluetooth ? technology , introduces and analyses bluetooth ? radio frequency , link controller and baseband , link management protocol , logical link control and adaption protocol , service discovery protocol , rfcomm and so on , which illuminates the characteristics and applied conditions . in the second section i summarize the developing history , characteristics and class of fieldbus technology
本文首先全面阐述了蓝牙技术的分层协议体系结构，对蓝牙射频、链路控制器和基带、链路管理协议、逻辑链路控制和适配协议、服务发现协议、 rfcomm等协议进行了详细的介绍和分析，说明了蓝牙技术的技术特点及其适用环境。