無作用符號 的英文怎麼說

中文拼音 [wúzuòyòngfúháo]
無作用符號 英文
ignove
  • 無 : 無Ⅰ動詞（沒有） not have; there is not; be without Ⅱ名詞1 （沒有） nothing; nil 2 （姓氏） a surn...
  • 用 : Ⅰ動詞1 （使用） use; employ; apply 2 （多用於否定: 需要） need 3 （敬辭: 吃; 喝） eat; drink Ⅱ名...
  • 符 : Ⅰ名詞1 （符節） tally （with two halves made of wood bamboo jade metal issued by a ruler to gener...
  • 號 : 號Ⅰ名1 （名稱） name 2 （別號; 字） assumed name; alternative name3 （商店） business house 4 （...
  • 符號 : 1 （記號; 標記） character; sign; symbol; mark; code; notation; expression; denotation; sentinel ...
  1. The international phonetic alphabet is a system used for describing the sounds of spoken language. the letters chosen for the ipa are generally drawn from the latin and greek alphabets, or are modifications of latin or greek letters. there are also a few letters derived from latin punctuation, it was originally developed by french and british language teachers led by paul passy under the auspices of the international phonetic association, established in paris in 1886 both the organisation and the phonetic script are best known as ipa

    國際音標international phonetic alphabet ，簡稱ipa是一組語言學者和語言工作者用來個別標示各種人類所能發出來的聲音指單音或音素的語音符號系統，作為統一標示所有語言中語音的標準符號，其中大多數的符號都取自或衍生自羅馬字母的小寫印刷體，其他的有些來自希臘字母，有些則明顯地與其他任何的字母標準毫無關系。
  2. The future wireless mobile communication systems are expected to provide ubiquitous, high - quality, and high - rate mobile multimedia transmission. however, hostile multipath fading radio conditions give rise to serious inter - symbol interference ( isi ) ; even worse, wireless channel are often time varying, which makes the system more vulnerable and more difficult to track the channel state. orthogonal frequency dvision multiplexing ( ofdm ), which is inherently resistant against isi, has invoked a popular research interest in recent years, and has been a promising candidate technology of the physical layer for future weideband high - date - rate wireless communications. notwithstanding, ofdm is much more vulnerable to errors of both time and frequency synchronization and to that of channel estimation, and how to obtain correct timing and channel estimation efficiently is highly critical to ofdm systems. the dissertation will focus on both of the aspects of ofdm systems mentioned above

    但是無線環境的多徑特性造成通信系統中嚴重的符號間干擾，同時無線通道的時變性使得通道特性跟蹤復雜。而正交頻分復用技術（ orthogonalfrequencydivisionmultiplexing ， ofdm ）正是一種解決符號間干擾的有效傳輸手段，因此ofdm技術作為未來寬帶高速率無線通信的物理層候選技術在當前引起了一股研究熱潮。但ofdm系統對定時同步誤差和通道估計誤差非常敏感，如何在ofdm系統中準確快速地實現符號同步和通道估計是至關重要的，本論文將重點針對這兩個問題進行討論。
  3. However, while this enables qwerty keyboard users to enter accented characters, it does not assure that the equivalent accented key on a " native " keyboard will work

    然而，盡管這使得qwerty鍵盤用戶可以輸入重音符號，但它無法保證同樣的重音符號鍵在「本地」鍵盤上可以起作用。
  4. In paper, reaching the aim, firstly, we have researched thorough about symbol recognition and theory understanding relative theory and technology, and basing on those theory and technology, we adopt the based global characteristic symbol recognition and engineering drawing understanding algorithm which can automatic convert the vectorgraph which doesn ’ t include the relative physical information into the vectorgraph which includes the relative physical information. secondly, researching about the 2d computer animation technology and combine the cbt system, we have presented the new path animation model which include the union path description, animation pattern and time - velocity and time ? distance parts

    為達到上述目標，本文首先對目前圖形符號識別技術進行系統的、較深入的分析，結合民航飛機原理圖特點採用基於全局特徵的符號識別演算法對原理圖進行符號處理，並以此為基礎改進了基於圖的方法和全局知識的語義分析方法相結合的原理圖理解演算法，可將無序的矢量圖轉化成高層的知識表示，為動畫製作提供素材，為后續的電路完整性檢測及動畫自動播放提供相應的知識支持。
  5. The system not only makes ipa input method more standard and suitable to encoding standards, but also resolves a lot of problems such as, too many letters and symbols for fewer keys, hard to master, nonstandard application etc. based on iso iec106446, we divide ipa symbol into two groups, the base ipa characters and combining symbols

    該輸入法不僅使國際音標應用更加規范並符合相關編碼標準，還解決了國際音標字母和符號多鍵位少字母與符號雜亂無章一般文字工作者難以掌握，應用不規范等難題。我們將國際音標的字符集，基於iso iec 10646編碼的特點分為國際音標基本字元字母和國際音標組合字元符號兩大類。
  6. So far, there is no effective method for the computation of focus quantities and saddle quantities. compared with the work of other authors, complex nonlinear integrating operation and solving multivariate linear equations are avoided in computation, which are necessary in more usual approaches. the calculation and simplification of focus quantities can be readily done with these formulas and computer symbol operation systems

    焦點量與鞍點量的計算至今尚無有效的方法，對比以往其他作者的工作，在計算方法上，我們避免了通常計算焦點量需要的非線性積分運算和求解多元方程組，使得焦點量極易在計算機上應用計算機符號運算系統進行快速計算和化簡。
  7. Sad is able to differentiate models in form of subroutines, fully exploit the sparsity of the models and need few additional operations. it is concluded that sad is very suitable for the process models that have relatively simple computational structure and consist mainly of polynomials

    符號自動微分具有可對子程序形式的函數求導、可以充分利用模型的稀疏性、無需輔助操作的優點，非常適合針對結構相對簡單、計算式以多項式為主的過程系統模型求導。
  8. Is negative, it is taken as an unsigned value and masked with the appropriate size mask

    為負值，則將把它作為無符號的值，並使用相應的大小掩碼進行屏蔽。
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