幀丟失 的英文怎麼說

中文拼音 [zhèngdiūshī]
幀丟失 英文
lof loss of frame
  • 幀 : 量詞（幅, 用於字畫）
  • 丟 : losemislaybe missing
  1. The sender eventually will time out and retransmit all unacknowledged frames, beginning with the lost or damaged one

    最後發方將會不計時，並且由丟失的或損壞的一幀開始，重發所有未接收的幀。
  2. Tu - lom : tu - loss of multi - frame

    支路單元復幀丟失
  3. So far, 0 level product are generated, during which several problems are resolved such as droped synchronization codes of downlink data, errors of codes, droped synchronization codes and ends codes of imaging major frames, droped synchronization codes and ends codes of parameter major frames

    在軟體編制過程中，考慮到了下行數據同步丟失、數據位錯誤、圖像主要幀同步和結尾丟失、參數主要幀同步和結尾丟失等情況。
  4. Bell lab put forward the schemes of the burst mode receiver, which adapted auto - adaptive threshold decision and the cost of the receiver is losing of some frame overhead bits

    Bell實驗室在90年代初提出了突發式接收模塊的方案，其方案是採用自適應門限判決但會丟失若干幀引導比特。
  5. Frame loss second

    幀丟失秒
  6. An error concealment algorithm based on h. 264 for entire right frame loss in stereoscopic video sequence

    264的立體視頻右圖像整幀丟失錯誤隱藏演算法
  7. Except for a full support of frame loss alarm, the exchange was supportive of all other sdh alarm features

    除幀丟失告警不能完全支持外，華為交換機能夠完全支持所有其它的sdh告警功能。
  8. The a1 framing byte could not generate a frame loss alarm on its own unless the a1 and a2 bytes were both modified

    定幀位元組中a1位元組單獨不起作用，只有同時修改a1 、 a2位元組后才能夠產生幀丟失告警。
  9. However, only by modifying both the first a1 byte and the first a2 byte in the framing bytes or the second a1 byte and the first a2 byte or the third a1 byte and the first a2 byte could a frame loss alarm be generated

    但是，必須同時修改定幀位元組中第一個a1位元組和第一個a2位元組、或第二個a1位元組和第一個a2位元組、或第三個a1位元組和第一個a2位元組時，才產生幀丟失告警。
  10. The speech quality produced by g. 729a is equivalent to that of 32 kb / s adpcm for most operating conditions, achieving the request of long - distance telephone. these conditions include channel errors, multiple encodings

    729a具有非常好的性能，其語音質量與32kb s自適應差分脈沖編碼調制（ adpcm ）演算法相當，達到了長途電話質量要求，在有隨機比特誤碼、發生幀丟失和多次轉接等情況下有很好的穩健性。
  11. Finally, simulation shows the performance of the mean delay, the mean buffer, and frame utilization compared with the wrr algorithm

    最後，論文將模擬結果與wrr調度演算法在平均時延、地面緩沖區大小、信元丟失率、 tdma幀利用率等方面進行了比較。
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