gpon 中文意思是什麼

gpon 解釋
吉比特無源光網路
  1. Fec in the gpon adopts the reed - solomon ( rs ) code

    Gpon中的fec採用rs碼的糾錯編碼方式。
  2. Fec is adopted in gigabit passive optical network ( gpon )

    最新的無源光網路gpon就引入了fec這一功能。
  3. This paper proposed a share - memory switch structure which is adopted into gpon system, and a memory management method based on packet descriptor

    本文主要研究共享緩存交換結構在gpon系統中的應用，並設計了一種基於數據包描述符的緩存管理方式。
  4. Gpon is multi - point to point network topology structure in upstream direction. in order to transmit tdm services, besides the common modules such as dba, fec, aes, the system also need data adjustment, clock recovery, and so on

    其中同步時鐘恢復是實現tdm接入的重點和難點，因此本文重點討論了同步時鐘恢復的方法，在研究atm和sdh時鐘恢復方法的基礎上，提出了同步殘余時標法和同步時鐘統計恢復法。
  5. The gigabit - capable passive optical network ( gpon ) will be the most cost - effective method for access network. it is important to provide a stable and effective network management system for gpon

    基於無源光網路（ pon ）的接入技術打破了傳統的點到點解決方法，以其低成本、可靠穩定的性能和提供透明寬帶的傳送能力成為接入網經濟有效的解決方案。
  6. Research on dynamic bandwidth allocation scheme based on qos for gpon

    的動態帶寬分配演算法的研究
  7. 3. design and implement the solution for both agent and manager of the gpon network management system by using snmp. 4. test the performances on main functions, analyze the testing

    在第一個層次我們選用了snmp協議，即網路管理站（ manager ）通過snmp協議和代理（ agent ）交換管理信息，從而實現了對設備的遠程管理。
  8. 2. propose the design of a snmp - based network management system architecture of gpon and describes the optical network termination ( ont ) management and control interface ( omci ) and the transmission method of operations administration and maintenance ( oam ) information on the control and management plane of gpon

    本設計將gpon網管結構設計為兩個層次:第一個層次:接入網通過網管介面與管理方相連來實現管理方對接入網的管理、協調和操作，從而提供用戶的接入類型及承載能力。
  9. Fourth chapter introduces gpon model and data source builded by systemc language, verifies function of this model, collects correlation parameters ; 5. fifth chapter summarizes the model, and offers the improvement method. the creationary work of this paper is

    最後根據該系統結構在visualc + + 6 . 0這個平臺上使用systemc語言進行行為級系統建模，並設計了相關的業務源作為輸入，實現並驗證了該gpon系統模型的基本功能。
  10. Beacause apon ’ s efficiency is low and epon could not provide quality assurance for real - time services, network inspection, operation management and network control, gpon was proposed by fsan in september 2002, which can provide gigabit speed, high efficiency, transparent transmission of multi - services and specific quality of service. at present, the gpon standards, g. 984. 1, g. 984. 2, g. 984. 3 and g. 984. 4, have been established by itu - t

    Fsan組織考慮到apon的低效率和epon的無法對傳送實時業務提供質量保證、缺乏電信級的網路監測和業務管理等方面的不足，於2002年9月提出了具有gbit / s級的高速率、高效率，支持多業務透明傳輸，能夠提供明確的服務質量保證和服務級別，具有電信級的網路監測和業務管理能力的光纖接入網gpon 。
  11. The second chapter explains gpon protocols and network configuration, and then describes the function architecture and frame format of gtc

    第二章先講述gpon標準協議概述及其網路結構，然後概述了gtc層的功能結構以及gtc幀結構。
  12. Third phase, we used systemc language to build behavior model for our gpon system framework

    對gpon的研究主要採取了三個步驟。
  13. The dissertation includes technique background of gpon, protocol summary, function architectures of olt and onu, dba ( dynamic band allocation ) algorithm and so on

    本文概括描述了gpon技術的背景、標準協議的概述、系統中olt和onu的功能結構和動態帶寬分配演算法。
  14. So it is very important to research gpon and its key technologies especially

    因此研究gpon技術，特別是研究gpon的關鍵技術具有非常重要的地位。
  15. The simulation results show this algorithm can satisfy the full service qos requirements of gpon

    模擬結果表明該演算法能滿足gpon對全業務的qos保證。
  16. But nowadays, the tdm services are also very popular, so gpon need to support tdm services

    Gpon能夠提供最高達2 . 488gbit / s的速率，可以滿足用戶對高速率的需求。
  17. Fec in the gpon can reduce the error ratio at the receiver and increase the reliability of communication

    Gpon中應用fec可以減小接收端的誤碼率，增加通信的可靠性。
  18. There are several key techniques which need further study before gpon is used for commercial purpose

    如果需要將gpon投入實際的商業運營， gpon還有很多關鍵技術需要研究。
  19. The issue of itu g. 984 protocols has brought the recent research of gpon to the stage of chip designing

    Itug . 984系列協議的發布標志著gpon協議體系的成熟，進入晶元設計階段。
  20. Based on the comprehension of protocols of itu - t g. 984 and the analysis of many research results, we gives a solution of the architecture design for olt and onu in gpon system

    在理解itu - tg . . 984系列協議的基礎上，以及結合目前國際國內的研究成果，提出了gpon系統中olt 、 onu的結構設計方案。
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