ethernet packet 中文意思是什麼

ethernet packet 解釋
以太網報文分組
  • ethernet : 【計算機】以太網（局域網）。
  • packet : n 1 包裹；小件行李；（郵件等的）一捆；小批；袋。2 （定期）郵船，班輪。3 〈英俚〉（打賭等中輸贏的...
  1. Presented a differentiated approach of the broadband residential ethernet - based access network. analyzed per hop behavior and per domain behavior of ef service based on packet scale rate guarantee theo

    提出了一種寬帶社區網的區分服務方法，基於每跳行為和每域行為確保實時業務服務質量，能夠有效地確保voip 、電視、 vod和高速網際網路接入的服務質量：
  2. This paper begins with analyzing current metro transport network. combined with ethernet work technologies, an innovative scheme has been proposed to solve transporting packet - service on metro transport network. in this scheme, the key technology is using stackable vlan to establish metro ethernet evc, and using " self - limited " protocols to manage layered metro ethernet network

    方案中採用了可堆疊式vlan （ stackablevlan ）技術來建立城域以太網evc連接，提出並採用了「自限」的概念，改造了用於以太交換網路的傳統生成樹演算法和傳統gvrp協議，實現了網路設備的分層、分自治域管理。
  3. The mpls technology was raised just in order to make the most of the switching technology in the core of the network and the ip routing technology on the edge of the network. before presenting the solution of the mpls, there are many integration model, the basic method adopted by them were all carry the control information from the ip router, and combine it with the transmition capability and the label switching of the atm switching machine, accordingly constructing a high speed and economic multi layer switching router. but, all these solutions can not communicate and just suit for adapting the atm as the second layer transmiting link, can n ' t work on other interface ( fr, ppp, and ethernet ), this is obviously conflict with the developing way of the based on packet of the internet

    多協議標簽交換（ mpls ）技術就是為了綜合利用網路核心的交換技術和網路邊緣的ip路由技術各自的優點而產生的。在mpls技術方案提出之前已有的各種集成模型解決方案所採取的基本方法都是從ip路由器獲取控制信息，將其與atm交換機的轉發性能和標簽交換方式相結合，從而構建成一個高速而經濟的多層交換路由器。但是，各種方案彼此不能互通，而且僅適用於以atm作為第2層的傳輸鏈路，不能工作在其他多種媒體（如幀中繼、點對點協議、以太網）中，這與internet基於分組的發展方向相矛盾。
  4. Observer offers complete packet capture at wire speeds up to 100mb ethernet, and gigabit capture via a switch s span port

    以太網的完整分組捕獲，以及經由交換機間距埠的
  5. It was faster than ethernet and didn ' t have some of ethernet ' s initial problems, such as packet collisions

    它比以太網快而且避免了以太網的一些問題，例如數據包沖突。
  6. Protecting embedded ethernet packet transport services from interruption within carrierclass environments requires a complete end - to - end ip transparent solution

    在電信環境中，為使分組包傳輸服務不致於因為故障而中斷，需要一個完整的端-端ip無關的解決方案。
  7. Indeed, ethernet in the subscriber access network will offer several advantages over traditional first mile technologies in terms of cost, network simplicity, packet - based efficiency, bandwidth, scaling, and provisioning

    基於以太網技術的寬帶社區網相比于傳統的接入網技術具有一系列優點，如經濟、簡單、高效率和高擴展性。
  8. Being an layer 2 protocol used for media access control, resilient packet ring ( rpr ) does not only inherit the economy advantage of ethernet, administration and reliability advantages of sdh, but also introduces its unique characteristics, such as fairness access, topology discovery, guaranteed quality of service, which make it possible to optimize the transport of data packet the application of rpr technology in the sdh - based mstp can make full use of both the advantages of sdh and rpr in tdm and data service

    Rpr技術是一種二層mac協議，它繼承了以太網帶寬提供的成本優勢和sdh的可管理性、網路的生存性等方面的優勢，還增加了業務的公平接入能力、拓撲發現能力、 qos保證能力等特色，優化了ip分組數據業務的傳送方式。 rpr技術和sdh技術相結合，使sdh設備在能有效地傳送tdm業務的同時，對于基於ip的分組數據的傳送也得到了優化，使之成為新一代的多業務傳輸平臺。
  9. Today, though, the smaller packet size puts ethernet at a disadvantage when used in a purely backbone scenario because of the network and operating system overhead associated with sending and receiving each packet

    但今天，當以太網純粹地用作主幹網的情況下，長度較短的包就成了以太網的一個弱點，這是因為網路和操作系統在發送和接收每個包時需要開銷的緣故。
  10. Through the test results in abundance of 10m ethernet, we analyze that the suitable length of data packet can increase network speed

    通過大量的10m以太網傳輸的測試結果，分析出通過合適的數據長度打包可提高網路傳輸速度。
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