通道協議 的英文怎麼說

中文拼音 [tōngdàoxiéyì]
通道協議 英文
channel protocol
  • 通 : 通量詞（用於動作）
  • 道 : Ⅰ名詞（道路） road; way; route; path 2 （水流通過的途徑） channel; course 3 （方向; 方法; 道理） ...
  • 協 : Ⅰ形容詞（共同） joint; common Ⅱ動詞（協助） assist; help; aid
  • 議 : Ⅰ名詞（意見; 言論） opinion; view Ⅱ動詞（商議） discuss; exchange views on; talk over
  • 通道 : thoroughfare; passageway; pass; enterclose; gallery; drong; tunnel; avenue; alure; way; row; key ...
  1. These characteristics give l2tp an advantage on building vpn. there are some disadvantages : one is that l2tp has a little of universality because it only encapsulate ppp frames ; the other is that the working of l2tp is dissymmetrical because lac is one end of l2tp and lns is other end of l2tp

    但是，早期的二層隧道協議（第一版的l2f和pptp ，以及第2版的l2tp ）的通用性不強，分別在封裝對象上有局限性（例如只針對ppp ） ；應用工作模式為非對稱的，未能將該技術的應用范圍拓寬。
  2. Information technology - fibre channel protocol for scsi

    信息技術. scsi光纖通道協議
  3. After the briefly present the origin and features of internet protocol version 6 ( ipv6 ), the paper detailedly introduced the conception, characters, security technologies of vpn, and main tunnel protocols used to implement and deploy vpns. after analyzing and comparing these technologies of realizing vpns, we choosed ipsec. then, the paper analyzed in the ipsec structure, function, work mode, and its components such as authentication header ( ah ), encapsulating security payload ( esp ), internet key exchange ( ike ), encryption and authentication algorithms, security association, security policy, and how they cooperate with each other in order to secure ip packages

    在簡要介紹ipv6協議的由來和優點之後，詳細闡述了虛擬專用網的概念、特點、安全技術及實現的關鍵隧道協議，通過對實現技術的分析比較，選用了安全性強大的ipsec隧道技術，接著深入研究了ipv6安全協議ipsec的體系結構、操作模式，詳細論述了ipsec協議簇的各個組成部分，如認證報頭ah協議、封裝安全載荷esp協議、密鑰管理ike協議、加密認證演算法、安全聯盟和安全策略等，以及這些組件之間如何協作，來共同實現對網路層ip數據包的安全保護。
  4. Thispaperhasstudiedonthedatalinkinterfacetechniqueoftacticalcontrolsystem. firstof all, functional requirement and the important role of data link interface in tactical controlsystem is introduced ; secondly, with object oriented method, the characteristic of uav taskcontrol process is analysed, and then uav task control information model is established, anddata link interface standard of tactical control system is designed based on this model, including message format and transmission mechanism ; thirdly, data link control module isdesigned based on embedded linux operating system and has realized conversion betweendata link standard interface and the private interface of uav data link ; and then, combinationreal time corba middleware and its event channel, data link control modular componenttechnology is studied, and realization scheme is put forward ; finally, demostration is madebased on prototype of tactical controlsystem, which verify the validaty of data link interfacestandardandembeddeddatalinkcontrolmodules

    本文對戰術控制系統中的數據鏈介面技術進行研究:分析了數據鏈介面在戰術控制系統中的功能需求;採用面向對象的方法，分析無人機任務控制問題，建立了無人機任務控制信息模型，並基於該模型設計了數據鏈介面通信協議，包括報文格式和傳輸機制;基於嵌入式linux系統設計了數據鏈介面控制模塊，實現了數據鏈標準介面與無人機數據鏈私有介面之間的相互轉換;結合實時corba中間件及其事件通道，研究了數據鏈介面控制模塊組件技術，並給出了實現方案;通過戰術控制原理實驗系統的演示實驗，驗證了數據鏈介面通信協議和嵌入式數據鏈介面控制模塊的有效性。
  5. First, the dissertation researches the characteristics of deep space communication and the popular space communication protocol, such as ccsds, omni etc. according to the functions of communication controller for data link layer protocol, it analyses the characteristics of the channel of space communication both in lunar surface and lunar space, and also provides the relevant controlling projects of data link layer protocol

    首先，研究了深空通信的特點以及應用較為廣泛的空間通信協議，如ccsds 、 omni等空間通信協議族。根據通信控制器對鏈路層協議進行控制的主要功能，分別分析了月地、月上空間通信的通道特點，進而提出了相應鏈路協議的控制方案。
  6. The simulation results provide an effective reference for the designs of wireless communication protocol, channel coding etc

    模擬結果為胃腸動力診查儀的無線通信系統的通信協議設計、通道編碼設計等提供了參考依據。
  7. Bicc bearer control tunneling protocol

    Bicc載體控制通道協議
  8. Pptp : point to point tunneling protocol

    點對點通道協議
  9. 900 1800mhz tdma digital cellular mobile communication network technical specification for gprs general packet rervice tunnelling protocol

    900 1800mhz tdma數字蜂窩移動通信網通用分組無線業務gprs隧道協議技術規范
  10. Gsns are responsible for the delivery and routing of data packets between the mobile stations and the external packet data networks

    Gprs支持節點的連接是建立在基於ip的gprs核心網上，利用gprs隧道協議（ gtp ）進行通訊。
  11. So we choose the l2tp protocol to implement 。 at first ， we describe the l2tp protocol and give the whole description about the protocol 。 we use many state machine in the implementing

    在論文的研究過程中，研究了各種隧道機制，通過對各種隧道協議的比較，決定對l2tp進行實現。對l2tp做了詳細的描述，作出了完整的l2tp數據結構。
  12. It is also possible to customize any existing channel or build new ones that use a different communication protocol

    也可以自定義任何現有通道或者生成使用不同通信協議的新通道。
  13. The whole system is made up of 3 modules, they are serial communication module, embedded web server module and the remote operation interface module. serial communication module which is designed referring to modbus realize the communication between host computer ( embedded linux system ) and slave devices ( soot - measuration instruments )

    串列通信模塊主要實現主機（嵌入式linux系統設備）與從機（煙道粉塵測定儀）之間的串列通信，參考國際上流行的modbus協議設計了系統的串列通信協議，使系統更具開放性。
  14. The second chapter presents the system main station, concentrator, acquisition unit, acquisition module and acquisition terminal, which all are the main parts of electric power remote monitoring system based on can - bus. this chapter also introduces the system ' s top, middle and bottom communication channel, where the top channel is star - type used modem via telephone network, the middle is can - bus, while the bottom rs - 485 bus. the paper refers briefly to the system ' s software, communication protocol, remote monitoring function and characteristic

    第二章簡要介紹了基於can總線的電力遠程監測系統主站、集中器、採集單元、採集模塊和採集終端等各組成部分，介紹了系統的上層星型modem通信通道、中層can總線通信通道和底層rs - 485總線通信通道，對系統的軟體平臺、通信協議、系統的遠程監測功能及該系統的特點進行了概述性的介紹。
  15. These functions are put in the 16th message track. in order to overcome disturbance from the same frequency, there must be a control protocol observed by all. synchronization of slot time adopts the time information of gps, so that the ship and the base do not send and receive messages simultaneously, and each function has its own share of time

    我們把這些業務均放到16通道，為了克服同頻干擾，就需要設計一個共同遵守的分時通信協議，時隙的同步採用gps的定時來進行，使船臺和基站不同時發送或接收，將各項業務在時間上區分開。
  16. E - ddc enhanced display data channel

    增強形視頻數據通道協議
  17. Pptp point to point tunneling protocol

    點對點通道協議
  18. Pptpoint to point tunneling protocol

    點對點通道協議
  19. Point to point tunneling protocol

    點對點通道協議
  20. Fcp - 2 information technology - fibre channel protocol for scsi, second version

    信息技術. scsi用光纖通道協議第2版
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