band model method 中文意思是什麼

band model method 解釋
帶模式法
  • band : n 1 帶,繩;帶形物;箍;箍條;嵌條;鑲邊;鋸條; 〈pl 〉 (法官等的)寬領帶。2 束縛,羈絆;義務;...
  • model : n 1 模型,雛型;原型;設計圖;模範;(畫家、雕刻家的)模特兒;樣板。2 典型,模範。3 (女服裝店僱...
  • method : n 1 方法,方式;順序。2 (思想、言談上的)條理,規律,秩序。3 【生物學】分類法。4 〈M 〉【戲劇】...
  1. The temperature cracks are calculated by use of a crack band model, and the stress and cracking of the concrete wall are computed by using the half - analytical iteration method

    採用裂縫帶模型計算溫度裂縫,用半解析迭代法進行了混凝土墻的溫度應力和開裂計算。
  2. The mathematical model expression of asynchronous quenching differential injection locking ( il ) and a method which is used to analyse the asynchronous quenching injection locking ' s synchronizing band are expressed in this paper

    摘要給出異步抑制差分型注入鎖定數學模型的數學表達式,同時介紹一種用於分析異步抑制差分型注入鎖定同步帶的方法。
  3. In this paper, wuhan was investigated as a example. a relation model was built between ground temperature and image brightness of landsat7 tm band 6, and a map of ground heat field was made by ihs enhance method. results show that the heat field of wuhan presents regular distribution

    本文利用武漢市地區的landsat7tm圖像,對于熱紅外波段遙感圖像灰度值和地面溫度之間的關系進行了定量的解譯,並且採用ihs圖像復合增強的方法得到了武漢市地面熱場分布圖,取得了很好的模擬效果。
  4. 4 different types ’ features were generated, namely ar model parameters, power spectral frequency band intensity, energy for wavelet packet decomposition, wavelet packet entropy. every type of features were extracted respectively using pca and ica method and classified using linear neural network, knn and bp network

    建立了ar模型參數、功率譜估計頻帶強度、小波包分解能量比率、小波包熵四種特徵,分別使用pca與ica進行特徵提取,採用線性神經網路、 k -緊鄰法、 bp神經網路四種分類器進行分類。
  5. Firstly, it introduces the development of speech coding, along with the significance of the low bit rate speech coding. it also compares the model of traditional dualistic excitation lpc vocoder and the multi - band excitation vocoder, and lucubrates the analytical method of frequency domain and time domain in the parameter extraction of multi - band excitation vocoding. secondly, based on the parameter extraction operation of keynote cycle, it adopts time domain in rough estimate operation of keynote and frequency domain in fine estimate operation of keynote, in according to the immediacy required in practice, to minish operation amount

    本文闡述了一種基於fpga的多帶激勵語音編碼器的研究與設計,首先介紹語音編碼研究的發展狀況以及低速率語音編碼研究的意義,接著對比分析了傳統二元激勵lpc聲碼器模型和多帶激勵編碼器模型,並深入研究了多帶激勵語音編碼參數提取的頻域和時域分析法,然後根據實際應用的實時性要求,為了減小運算量,在基音周期參數的提取的演算法實現上,本文採用在時域進行基音粗估運算,在頻域進行基音精細估計運算。
  6. This method can adapt to both time and frequency domain, similarly can be used to discuss about targets upon ground or sea surface. with this method the scattering waves of a truck model are studied in uhf band

    復合激勵法使用范圍廣泛,不僅適用於時域,也適用於頻域,不僅時用於地表目標的電磁散射研究,也同樣也適用於海面等環境下目標的電磁散射研究。
  7. In the first place, start with theoretic model of distributed fbg strain - sensing network, sensing principle of fiber bragg grating is analyzed and sensing model created. on the basis of analyzing advantages and disadvantages of several familiar multiplexing and demodulation techniques, a mixture multiplexing method that combines optical frequency domain reflectometry ( ofdr ) and wavelength division multiplexing ( wdm ) is proposed to address fbg sensing array. at the same time, tunable narrow - band light source, which is composed of wide - band light source and tunable optical filter, is adopted to demodulate multiplex signals

    首先,論文從分散式光纖光柵應變傳感網路的理論模型入手,分析了光纖布拉格光柵的傳感機理,建立光纖光柵應變傳感模型;在分析比較了常見幾種復用技術和信號解調技術的優缺點基礎上,提出應用光頻域反射復用技術和波分復用技術相結合的混合復用方法來解決光纖光柵應變傳感網路的尋址問題,採用由寬帶光源和可調諧光濾波器組成的可調諧窄帶光源來解調復用信號,通過理論分析和實驗研究證實了系統方案的可行性。
  8. A one - - dimensional photonic crysta1 ( l - - d pc ) model is developed and used to calculate the energy band structures of 1 - - d pc and 1 - - d pc su - per1attice ( sl ) based on fdtd method

    採用該方法研究了一維光子晶體及一維光子晶體超晶格的能帶結構。計算了一維光子晶體及一維光子晶體超晶格的透射(反射)譜。
  9. In the calculating example of model inversion, the proper sampling interval and ' trend - band ' method were selected and inversion errors of the linear density and axes depth of cylinder were close to 0. 25 % and 3. 8 %, respectively

    在模型反演算例中,選擇了適當的采樣間隔和「趨勢鑲邊」法,反演的圓柱體線密度和軸心深度誤差分別為0 . 25 %和3 . 8 % 。
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