倍頻程分析的英文

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英文翻譯
造句

octave band analysis

倍頻 frequency doubling; frequenc ...
程 rule; regulation
分析 analyse
倍頻程分析器 octave analyzer; octave-band analyzer
倍頻程帶分析器 octave band analyzer
倍頻程帶分析儀 oba octave band analysis
倍頻程頻帶分析儀 octave band analyzer
倍頻程 actave; frequency octave; one-third octave band
倍頻程；倍頻帶 octave band
十三倍頻程實時分析儀 real time 13 octave analyzer
八音度，倍頻程 octave
半倍頻程 half-octave; semioctave
倍頻程，八度音 oct octave
倍頻程帶 octave band
倍頻程帶級 octave band level
倍頻程帶寬 octave bandwidth
倍頻程放大 octaveband amplification
倍頻程間隔 octave separation
倍頻程頻帶 octave band
倍頻程頻譜 octave spectrum
倍頻程聲級 level of octave band
倍頻程聲壓 octave band sound pressure
倍頻程中心 octave band center frequency
超倍頻程 superoctave
多倍頻程管 multi-octave tube

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例句與用法

Using noise octave analyzer and order analyzer for rotating machine as example , the application of modular modeling method is introduced
并以噪聲倍頻程分析儀和旋轉(zhuǎn)機械階比分析儀為例，介紹了模塊化建模方法在具體儀器建模中的應(yīng)用。
In a word , this thesis makes breakthroughs in both theory and application . in theory , multiresolution spectrum estimation method , multiresolution random vibration control algorithm and high resolution octave analysis algorithm are developed ; in practice , two types of dsp hardware are designed and implemented with all the algorithms mentioned above , all of them meet product level demands
在理論上，提出了多分辨譜估計理論、多分辨隨機振動控制算法和高分辨率倍頻程分析算法；在應(yīng)用上，完成了兩種類型實時dsp硬件電路的設(shè)計，并將上述算法在硬件系統(tǒng)中得到了成功的應(yīng)用，取得了很好的效果，達到了產(chǎn)品級的設(shè)計要求。
It is a well - compromised solution to both the computation resource problem and measure time problem . compared to the integrate average method , which is found widely used in octave analysis , this algorithm saves much computation . dsp - based real time hardware design is also studied in this thesis
本文提出了基于多分辨譜估計理論的高分辨率倍頻程分析算法，能夠在普通的dsp上實現(xiàn)高精度的倍頻程分析，與傳統(tǒng)的時域積分平均算法相比，在計算效率上有著明顯的優(yōu)勢。
Octave analysis is widely used in acoustic signal analysis , whose resolution needs to be enhanced greatly in order to describe the sound signal in more detail . today multi - channel real - time octave analysis may need to be processed at 1 / 48 - octave or even 1 / 96 - octave , which is impossible for some platforms unless more expensive hardware enhancement provided . the high - resolution octave analysis algorithm provided in this thesis is based on the multiresolution spectrum estimation theory
倍頻程分析是聲學(xué)分析的一個重要工具，隨著人們對聲音信號頻率成分刻劃要求的提高，對倍頻程分析的頻率分辨率要求也越來越高，目前要求實現(xiàn)多通道同時處理的1 / 48甚至1 / 96的倍頻程分析，使得傳統(tǒng)算法很難實現(xiàn)或?qū)崿F(xiàn)的硬件成本很高。