抽樣波形 的英文怎麼說

中文拼音 [chōuyàngxíng]
抽樣波形 英文
sampled waveform
  • : 動詞1 (把夾在中間的東西拉出; 提取) take out (from in between) 2 (從全部里取出一部分; 騰出) ...
  • : Ⅰ名詞1. (形狀) appearance; shape 2. (樣品) sample; model; pattern Ⅱ量詞(表示事物的種類) kind; type
  • : Ⅰ名詞1 (波浪) wave 2 [物理學] (振動傳播的過程) wave 3 (意外變化) an unexpected turn of even...
  • 抽樣 : [統計] sample; sampling; specimen; samples draw
  • 波形 : [物理學] wave form; shape; wave pattern; wave profile
  1. This article discussed ar modeling method, capon method, music method and mn method four kinds of high resolution algorithms principle and has separately made the computer simulation in the ideal situation to the above four algorithms. through the comparison, the beam width of high resolution algorithm is much narrower than conventional beamforming method. then unifies the actual utilization, discussed the influence of time delay unbalance, time domain sampling, plane wave supposition and array element with scope and phase not identically to the beamforming and made the computer simulation

    本文首先討論了ar模型法、 capon法、 music法和mn法四種高解析度演算法的原理,在理想的情況下分別對上述四種演算法作了計算機模擬,通過比較,高解析度演算法的束寬比常規成法窄得多;然後結合實際運用時的情況,重點探討了延時失配、時域、平面假設和基陣的幅相不一致對成的影響並做了計算機模擬。
  2. The process that light wave gets through arrayed waveguides can be regarded as a process of extracting spatial sample and filtering spatial frequency. spacial sample is accomplished by period interval arrangement of awg and spatial frequency filtering is accomplished by the fundamental mode and phase delay of each arrayed waveguide which is just a spatial frequency filter

    而光場通過陣列導的過程,可八碩士學住論文waiaster 』 stiesis以看作是空間以及空間濾的過程:空間由陣列導的周期間隔排列完成,空間濾由每個陣列導的基模式以及位相延遲完成(陣列導即為一空間濾器) 。
  3. The beam width is stretched. the algorithm performance has the very big weaken. but the convention beamforming algorithm performance is stabler, time delay unbalance, time domain sampling, plane wave supposition and array element the influence which creates to it is not big

    通過比較,高解析度演算法在考慮上述情況后,束方向出現偏差,束寬被展寬,幅度有很大的衰減,性能明顯下降;而常規成演算法的性能較穩定,延時失配、時域、平面假設和基陣的幅相不一致對其造成的影響不大。
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