物理层协议的英文

• phphysical-layer protocol
• phy physical layer protocol

• "物理"英文翻译    innate laws of things physic ...
• "层"英文翻译    I storey; tier; stratum
• "协议"英文翻译    agree on
• "物理层协定" 英文翻译 :    physical layer protocol; physical-layer protocol; physicallayer protocoll; protocol, physical layer
• "物理层协议控制信息" 英文翻译 :    ppci
• "物理层会聚协议" 英文翻译 :    plcp: physical layer convergence procedure; plcphysical layer convergence protocol
• "物理层收敛协议" 英文翻译 :    plpc physical layer convergence protocol
• "物理层媒体相关协议" 英文翻译 :    physical layer medium-dependent protocol
• "物理层" 英文翻译 :    phisical layer; physical data link network layer; physical layer (pl); physical level; pl physical layer
• "表示层协议" 英文翻译 :    presentation level protocol
• "传输层协议" 英文翻译 :    tl transmission layer protocol; transport layer protocol
• "低层协议" 英文翻译 :    llp:lower layer protocol; lower layer protocol
• "第2层协议" 英文翻译 :    layer protocols
• "第4层协议" 英文翻译 :    layer protocols
• "多层协议" 英文翻译 :    mlmulti-layer protocol; multi-layer protocol
• "分层协议" 英文翻译 :    layered protocol
• "分组层协议" 英文翻译 :    plpacket layer protocol
• "高层协议" 英文翻译 :    high layer protocol; high level protocol; hl high level protocol
• "上层协议" 英文翻译 :    ul upper layer protocol; ulupper layer protocol; ulupper-layer protocol; upper layer protocol
• "同等层协议" 英文翻译 :    peer layer protocol
• "网络层协议" 英文翻译 :    network layer protocol
• "物理层规范" 英文翻译 :    b-isdn user-network interface physical layer specification
• "物理层开销" 英文翻译 :    physical layer overhead
• "物理层信令" 英文翻译 :    pls physcial layer signaling
• "物理层原语" 英文翻译 :    management entity-physical layer primitive

• Phy physical layer protocol
  物理层协议
• Physical layer protocols
  物理层协议
• Information processing systems - fibre distributed data interface - part 1 : token ring physical layer protocol
  信息处理系统光纤分布式数据接口fddi第1部分：令牌环物理层协议phy
• In this report , a thorough analysis and research on the special multiplexing and channel coding project of wcdma system is presented firstly based on 3gpp physical layer protocol
  本文在3gpp物理层协议的基础上,首先对第三代移动通信wcdma系统中独特的信道编码复用方案进行了深入分析和研究。
• The difference is from the realization , based on different hardware networks . it " s physical layer radically result in the difference of the protocol stacks , for example , a system based on el and a system based on ethernet network
  差异来自于实现。基于不同的硬件网络，其物理层协议从根本上决定了协议栈的差别。譬如，一个基于e1的系统和一个基于以太网的系统。
• The communication channels are so few in this kind of cell station that we developed 1c7t cell station to provide more channels . this paper introduced the realization of layer 1 standards to 1c7t cell station air interface , and then found out the content of the system
  本文介绍了phs的发展概况，在研究phs物理层协议的基础上，提出实现1c7t型基站物理层协议的方法，并在dsp和fpga构成的硬件上实现了物理层的功能。
• This thesis describes the relationship between the physical level of dvb - c and that of docsis , and demonstrates the feasibility of using cm to transmit the digital tv signal to pc . this thesis also provides the conditions for the cm that can be used to transmit dvb - c signal
  本文通过对dvb协议和docsis1 . 1协议的深刻了解，比较了dvb c的物理层协议与欧洲docsis物理层的相关性，论证了可以通过电缆调制解调器接收并转发dvb c数据的可行性。
• In the gsm system , error - control is the key - technology of the wireless - interface . combining the error - control technology with the software and hardware , in the baseband transmit part of the gsm mobile station test set , i ' ll provide a module which can accomplish the physical layer ' s protocol of the wireless - interface . , and the fec technologies , such as cyclic code , convolutional code and viterbi decode , can be achieved by the baseband module , too
  差错控制技术是gsm移动通信系统无线接口协议的核心内容，本课题的任务是将差错控制技术的原理与相关的软、硬件结合起来，在gsm移动电话综合测试仪的数字基带模块中实现gsm无线接口的物理层协议，完成差错控制技术中的循环码、卷积码、交织、 viterbi译码等前向纠错技术。
• On the other hand , recent advances in communication and modulation methodologice , as well as in adaptive digital signal processing and error detection and correction , have opened the way for the development of effective medium access control and physical layer protocols that support power line communications ( plc ) networks operating at speeds comparable to those obtained from specially wired and more recent wireless local area network in mid - 2001 , an industrial standards organization called the homeplug powerline alliance , originally founded by 13 companies including cisco , motorola , intel , panasonic , and texas instruments , announced the completion of the homeplugl . o specification for a l . 0mb / s class in - home power line networking technology based on orthogonal frequency - division multiplexing ( ofdm )
  但是，近年来通信和调制技术的发展，特别是自适应数字信号处理和错误检测及纠正技术，使电力线通信技术出现新的mac层和物理层协议，其性能可以和一些专用有线网络以及最近十年流行的无线局域网技术想媲美。在2001年，一个由13个公司(包括cisco ， motorola , intel ， panasonic ， andtexasinstruments )组成的组成的标准组织? ? homeplugpowerline联盟，颁布了完整的homeplug1 . 0规范，改规范使基于正交频分复用技术，主要针对10mb s室内电力线网络技术。
• The physical structure , physical layer protocol and multiple optimized opto - electronic and electronic to electronic design schemes for the next generation of cable digital tv optic packet switching network are discussed in the light of the generation of optic packets , coding scheme , regeneration of optic packets , synchronization of optic packets and flux allotment in optic packet switching
  摘要从光分组的产生、编码方案、光分组的再生、光分组同步以及光分组交换的流量分配等入手，讨论了下一代有线数字电视光分组交换网络的物理结构、物理层协议配置及光电、电电的多种优化设计方案。

• 物理层协议的泰文
• 物理层协议的法语：Protocole réseau sur la couche physique
• 物理层协议的韩语：물리 계층 프로토콜
• 物理层协议的俄语：Протоколы физического уровня
• 物理层协议的印尼文：protokol lapisan fisik;