Sampling Frequency Analysis for Efficient Stochastic Resonance in Digital Signal Processing
スポンサーリンク
概要
- 論文の詳細を見る
The phenomenon referred to as stochastic resonance may improve the performance of signal detection devices. In digital signal processing, the effect of stochastic resonance depends on the sampling frequency. Thus, when applying stochastic resonance to digital signal processing, the sampling frequency to achieve high-performance signal detection must be determined. This paper elucidates the sampling frequency dependence of the stochastic resonance effect. It is found that the signal-to-noise ratio obtained by stochastic resonance becomes almost saturated as the sampling frequency is increased.
- 信号処理学会の論文
信号処理学会 | 論文
- A study on audio watermarking method based on the cochlear delay characteristics
- Estimation of fundamental frequency of reverberant speech by utilizing complex cepstrum analysis
- 反響音を有する畳み込み形混合過程に対するブラインドソースセパレーションの学習法
- A Model-Concept of the Selective Sound Segregation : A Prototype Model for Selective Segregation of Target Instrument Sound from the Mixed Sound of Various Instruments
- Study of Control Strategy Mimicking Speech Motor Learning for a Physiological Articulatory Model