起始延遲 的英文怎麼說

中文拼音 [shǐyánchí]
起始延遲 英文
initial delay
  • : 起Ⅰ動詞1 (站起; 坐起) rise; get up; stand up 2 (取出; 取走) draw out; remove; extract; pull 3...
  • : Ⅰ名詞1 (最初; 起頭) beginning; start 2 (姓氏) a surname Ⅱ動詞(開始) start; begin Ⅲ副詞[書面...
  • : Ⅰ形容詞1. (緩慢) slow; tardy; dilatory 2. (晚) late; delayed 3. (遲鈍) slow; obtuseⅡ名詞(姓氏) a surname
  • 起始 : origin; origination; parentage; germ; initiation
  1. It will delay the start signal for six clock periods.

    它將信號六個小時周期。
  2. Calculations indicate that the carrier phase takes effect till the time width of the pulse envelope becomes smaller than the period of the carrier oscillation, and the interpretation of this phenomenon is also presented. it is the difference between phase delay and group delay that causes the sliding between the carrier and the envelope

    數值分析的結果表明,當脈寬小於光波周期時,相位的作用開顯現出來,當脈寬比光波周期長時,載波相位的作用可以忽略,並分析了相位作用的原因,用解析的方法說明正是相和群之間的差別造成了光載波在脈沖包絡下的滑動。
  3. Using an 8 - depth async fifo solves the synchronization and exchange of data be - tween different clock domains. the data transaction protocol comes from the most basic work way of uart. when the master clock is 16. 7mhz, the pcm side and adpcm side clocks both are 2. 38mhz, the results of simulation show that the latency from the start - bit of pcm data inputting uart receiver to the stop - bit of adpcm data outputted uart transmitter is 14. 3 us and the latency from the start - bit of adpcm data inputting uart receiver to the stop - bit of pcm data outputted uart transmitter is 14. 7 us

    在主時鐘為16 . 7mhz , pcm數據端與adpcm數據端時鐘均為2 . 38mhz時,模擬結果表明從pcm的位輸入uart接收器到adpcm終止位輸出uart發送器的最大為14 . 3 s ,從adpcm的位輸入uart的接收器到pcm終止位輸出uart發送器的最大為14 . 7 s ,設計時盡可能的使編碼與解碼的時間相差不多,從結果看出基本達到這個要求。
  4. It is always a paradox to improve the performance of tracking initialization and to reduce its time cost, through tracking initializationhas been divided into different ranks to which we have different treatment, initializing fleetly for high rank, waiting to the next one or two step to initialize for lower ranks, non - initializing for the lowest ranks. the result of simulation shows that this method accelerates the average initialization velocity with certain probability of initialization and false initialization

    航跡質量與航跡時間的矛盾一直是難以解決的問題,通過引入航跡等級化的方法,不同等級的航跡區別對待,等級高的航跡快速,等級較低的航跡一步(或兩步后),等級最低的航跡暫時不。模擬結果表明,此方法在保證一定航跡概率與虛假航跡概率的情況下,加快了平均速度。
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