連接請求 的英文怎麼說

中文拼音 [liánjiēqǐngqiú]
連接請求 英文
connection request cr
  • 連 : Ⅰ動詞1 （連接） link; join; connect 2 （連累） involve （in trouble）; implicate 3 [方言] （縫） ...
  • 接 : Ⅰ動詞1 （靠近;接觸） come into contact with; come close to 2 （連接; 使連接） connect; join; put ...
  • 請 : 動詞1. （請求） request; ask 2. （邀請; 聘請） invite; engage 3. （招待; 款待） entertain 4. [敬] （用於希望對方做某事） please
  • 求 : Ⅰ動詞1 （請求; 要求） ask; beg; request; entreat; beseech : 求人幫忙 ask sb a favour; ask a favou...
  • 連接 : connect; fit together; link; marry; mate; joint; association trail; linkage; concatenate; concate...
  • 請求 : ask; request; demand;beg:請求寬恕ask for forgive ness; 請求某人幫忙 ask a favour of sb ; 請求一項...
  1. Determines if there are pending connection requests

    確定是否有掛起的連接請求。
  2. To analyze some key technologies of optical network relative with rwa in detail, such as transmission, switching and internetworking ; to emphasize on the research of function, fabric and performance of optical cross - connection ; to carry out numerical simulations for crosstalk introduced by optical cross connect and to present measurements for suppressing it such as doubly filtering, fixing optimum decision threshold and appropriately choosing the number of multiplexed wavelengths ; 3. to research the fundamental principle and some problems relative with rwa, including the type of optical network, the type of traffic, the type of service, the survivability of optical network ; to classify and compare rwa algorithms and particularly research some dynamic rwa algorithms ; 4. to present reserved light - path and classify network resource such as used, unused and reserved status, to emulate establishment of all - optical connection in optical network through modified rwa algorithm and show effectively reducing setup time of all - optical connection utilizing reserved light - path ; to research rwa algorithms of multi - fiber network, to present new link weight functions dependent on node degree, unused fiber ( s ) per wavelength - layer and routing policies, to perform emulation of rwa based wavelength layer graph applying new link weight functions and show them make algorithms better performance and network lower blocking rate ; 5

    詳細分析了與rwa相關的光網路關鍵技術，包括傳輸、交換、組網等，重點研究了光交叉連接的功能和結構、性能，對其引入的串擾進行了詳細分析，選擇恰當的器件參數進行了數值模擬，並提出了抑制措施（如雙重濾波、優化判決門限、選擇恰當的復用波長數） ; 3 .研究了光網路的r認叭的基本原理、與r認叭的幾個相關問題（光網路類型、業務類型、流量類型、光網路生存性） 、 r認人演算法的分類和比較，具體研究了幾種動態r場人演算法; 4 .研究了以全光連接建立時間為優化目標的r認認演算法，提出預置光路的概念，對網路資源進行狀態分類（佔用、未佔用、預置） ，利用改進的r認叭演算法模擬，預置光路可為部分新到的連接請求快速建立連接，從而提高網路性能;研究了以多光纖網路連接阻塞率為優化目標的r認城演算法，提出了以節點度數、每個波長分層的空閑光纖數以及路由策略決定的幾種鏈路權重函數，利用基於波長分層圖模型的并行r場人演算法模擬，利用新的鏈路權重函數使得演算法具有更優的性能，使網路具有更低的連接阻塞率。
  3. Receives a connection request after it has already queued the maximum number of connections it will throw a

    在排隊的連接數達到最大值後接收到連接請求，將會在客戶端上引發
  4. Receives a connection request after it has already queued the maximum number of connections, it will throw a

    在排隊的連接數達到最大值後接收到連接請求，將會在客戶端上引發
  5. To listen for incoming client connection requests

    以偵聽傳入的客戶端連接請求。
  6. And no connection requests are queued,

    調用此方法，而且隊列中沒有連接請求，則
  7. Ends a pending asynchronous disconnect request

    結束掛起的異步斷開連接請求。
  8. Starts listening for incoming connection requests

    開始偵聽傳入的連接請求。
  9. The remote machine rejected the connection attempt

    遠程設備拒絕連接請求。
  10. Ends a pending asynchronous connection request

    結束掛起的異步連接請求。
  11. The connection attempt failed because the network is busy

    因為網路忙造成連接請求失敗。
  12. Then, the nas accepts or rejects the connection requests

    然後， nas接受或拒絕連接請求。
  13. To accept an incoming connection request

    來接受傳入的連接請求。
  14. If a user is not able to authenticate successfully, db2 udb refuses the connection request and returns an error message to the client application, similar to the following

    如果用戶沒有通過身份驗證， db2 udb就會拒絕連接請求，並向客戶機應用程序返回錯誤消息，如下所示：
  15. The bind request is used in protocols which require the client to accept connections from the server

    綁定請求在需要客戶端接受服務端的連接請求的協議中應用。
  16. Server side content pushing is somehow difficult in a b / s application since most of the time a transaction is customer ( brower ) initiated. but it is required in our inspection platform. a certain means of server side pushing technology was discussed and implemented in this paper, which using a multi - thread service application to receive the client ' s socket connection request in the server side and using javaapplet, javascript - frame communications and dynamic web page refreshing technologies in the customer ( browser ) side

    在監測平臺中，需要將服務器端內容向客戶端主動傳送，而在b s模式下，總是客戶端（瀏覽器）主動發出請求，服務器才對請求作出反應並傳送內容，本文通過在服務器端採用一個多線程的接受客戶端socket連接請求的網路應用服務，在客戶端採用javaapplet 、 javascript幀間通信、 dhtml動態更新頁面等技術，設計並實現了服務器端內容的主動推送，並在客戶端實時顯示。
  17. By using this algorithm, the difference in blocking rates among lightpath connection requests for different distances is reduced by updating the initial priority levels and fairness in the wavelength assignment improved

    該演算法在支持多優先級的動態門限法的基礎上，通過更新初始優先級減少了不同距離光路連接請求間的阻塞率差別，改善了公平性。
  18. For multi - granularity application, both a lambda - group model used in traffic grooming and a new intelligent switching fabric based on the new model were presented. the optical switching fabric presented a distinctive approach of dividing granularities into specific tunnels for effective optical treatment. in addition, two key dynamic algorithm modules of configuration for granularity separation in the control layer were discussed. simulation results show that the method of particular channel partition can greatly improve the average channel quality and the blocking performance along every optical path for dynamic connection requests

    針對多粒度應用，開發了一種用於流量疏導的波群模型，並引入一種基於此模型的新型智能交換結構.該光交換結構提供了獨特的區分粒度到相應隧道進行有效處理的方法.此外，還討論了控制層粒度分離時採用的兩個關鍵的動態演算法模塊.模擬結果顯示這種特殊的通道分離方法有效提高了處理動態連接請求時每個光路徑的平均信號通道質量和阻塞性能
  19. This is a security feature of windows server 2003 service pack 1, which implements a finite queue for incoming tcp connection requests

    這是windows server 2003 service pack 1的一項安全功能，可實現有限的傳入tcp連接請求隊列。
  20. Then the result of certain k - shortest path algorithm is introduced as a set to be chosen by both the simulated anneal algorithm and heuristic algorithm, concerning the end - to - end traffic requirement and restriction on link bandwidth. afterwards, the effect of the value k on the outcome of the simulated anneal algorithm is researched. the network resource is allocated, while the study of link protection problem on traffic routing is introduced and two types of protection, shared protection and dedicated

    首先考察實際的網路模型，根據業務需求，引入k路由演算法的結果作為模擬退火演算法和啟發性演算法備選路由集合，在鏈路帶寬有限的約束下對網路資源進行分配，同時引入業務路由的通路保護問題的研究，實現了共享保護和專用保護兩種通路保護方式;針對全波長轉換網路和無波長轉換能力網路，根據為所有連接請求所分配的總資源最少和滿足請求的業務數目最多兩種優化目標對資源分配進行優化，研究了備選路由集大小對模擬退火演算法結果的影響;對模擬退火演算法與啟發性演算法的
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