packet lost 中文意思是什麼

packet lost 解釋
遺失率
  • 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...
  • lost : adj 1 失去了的;丟失了的;錯過的,放過的。2 輸掉的;失敗的;打敗了的。3 浪費了的,白費的。4 不知...
  1. Finally, the paper gives an example of the system used in the automatically spinning control system in the machine. many essential parameters were tested, which includes communication speed, the percentage of errorness or lost packet, and the response time etc. all prove that the system has very good performance and great value in application

    測試表明系統具有極好的性能,能夠在100米左右的范圍內掛接100個以上的控制節點並以500kbps的速率通信,系統響應時間小於lins ,出錯率和丟包率均低於萬分之一,囚此該系統在工業自動化中具有很大的應用價值。
  2. Second, cell can generate bandwidth lost, as a cell may not contain a full packet data

    但是與定長交換相比,變長交換不會造成不必要的帶寬浪費。
  3. The people at goldman sachs lost a packet when something happened that their computers told them should occur only once every 100 millennia

    高盛公司因遭遇內部電腦顯示的每10萬年一遇的情況而蒙受了損失。
  4. 1 what happens to the size of the transmit window when a packet is lost

    當一個傳送包丟失時,傳送窗口的大小如何改變?
  5. Based on this technology of reconstruction, we analyzed the transmit characteristic of atm and packet switching network, then project of layer coding in sender and format of video stream is proposed respectively. at the receiver, the method of lost information reconstruction was proposed for the problem of packet or cell lost in transmission

    以接收端丟失信息重建技術為基礎,本文對atm網與分組交換網的傳輸特性進行了分析,針對atm網中vbr業務與分組交換網分別設計了相應的信源端分層編碼方案以及視頻流組織方案,同時在接收端對于分組與信元的丟失問題,提出了相應的丟失信息重建方案。
  6. In this dissertation, we also present two deduced algorithms. one is a generalized pfq algorithm, the other can reduce packet lost rate in the system

    第一種演算法在pfq類演算法中綜合性能很優良,第二種演算法可以降低分組丟失率。
  7. We analyzed and compared the application flow and network capability of mobile virtual environments, then represented a new dead reckoning algorithm. this algorithm computes the dead reckoning threshold according to network latency and packet lost rate. the experiments showed that this dead reckoning algorithm matched the network capability and fulfilled the user demand

    在充分分析移動場景圖形應用流量與通信容量基礎上,我們提出一種新穎的dr前瞻演算法,此演算法依據網路延遲、分組丟失比率與使用者體驗來動態確定dr演算法更新頻度,實驗結果也驗證此演算法確實良好匹配網路變化情況,同時也滿足不同使用者體驗要求。
  8. Contrary to the characteristic of multimedia data, in real life, the current networks also have following three characteristics : limited bandwidth, unpredictable delay, packet lost unavoidable

    而當前的網路狀況是:帶寬還不夠高,傳輸多媒體數據時還會有不可預知的延遲,而且還不可避免的出現丟包現象。
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