Doppler compensation method based on m - sequence signal 序列信號的多普勒補(bǔ)償方法
Background rebuilding of time sequence signal base on lebesgue integral 積分理論的時間序列信號中的背景重建
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There are several widely used methods to acquire the frequency response graph , including single tone method , multiple tone method , noise impulse method and maximum length sequence signal impulse method 分析音頻設(shè)備的頻率響應(yīng)特性主要有單音信號檢測法、噪聲沖擊檢測法和最大長度序列檢測法等。
4 . pulse signal is researched when amplified by edfa . for signal with a frequency of 10 khz , the gain is about 3db higher than sequence signal amplification , but in time domain , aberrance occurred with the amplified signal 4 .建立了edfa非穩(wěn)態(tài)放大模型,對頻率為10khz的脈沖信號進(jìn)行了實驗分析,結(jié)果表明,其小信號增益比連續(xù)光放大提高了3db ,但輸出脈沖存在畸變。
Generativ models such as hidden markov models and gaussian mixture models have been proved to be an efficient way for statistically modeling sequence signals . and the support vector machines seem to be a promising candidate to perform the classification task 在說話人識別問題上,雖然原有的馬爾可夫模型和高斯混合模型具有良好的時間規(guī)整能力,但是,受極大似然準(zhǔn)則的限制,他們的類別區(qū)分能力較弱。
In order to optimize the modulation performance , the relationships between the modulation signals ( include fundamental signals and zero - sequence signal ) and space vectors , between the modulation signals and space - vector sectors were discussed , then three kinds of optimal switching pattern of space - vector modulation are established 文章首先從研究svpwm調(diào)制中零序信號與零電壓矢量和非零電壓矢量之間的關(guān)系這一獨特角度出發(fā),探討了svpwm的優(yōu)化調(diào)制方法,找出了三種開關(guān)損耗小、適用于高頻化逆變器的優(yōu)化開關(guān)模式。
But polyadenylation in bacteria needs no specific consensus sequence or there is no such sequence signals found . the sites of polyadenylation of bacterial mrna are diverse , including the 3 ' ends of primary transcripts , the sites of endonucleolytic processing in the 3 ' untranslatd and intercistronic regions , and sites within the coding regions of mrna degradation products 細(xì)菌mrna多聚腺苷酸化的位點多種多樣,包括初級轉(zhuǎn)錄產(chǎn)物的3 ’末端, 3 ’端非翻譯區(qū)和順反子間區(qū)的內(nèi)切酶加工位點及mrna降解產(chǎn)物的編碼區(qū)內(nèi),其腺苷酸化相對無特異性、無選擇性。