... an **analysis** approach to this problem we use a simple model of a canyon with the shape of a circular sector containing two localized regions with different material ...the **frequency** **domain** response is ...

89

... standard deviation of all NN intervals (SDNN) and 58.9% for pNN50. **Frequency** **domain** **analysis** re- vealed a significant increase in the absolute high- **frequency** power of 58.5% after ...

5

... signal **analysis** (e.g., **frequency** **domain** **analysis**, instantaneous **frequency**, **frequency**-time **analysis**, multiresolution **analysis**) have been studied to perform an early ...

13

... the **frequency** shift generated by the QCM when there is a mass loading on its ...the **frequency** shift was accomplished with the development of an experimental prototype that implements the principle of ...

115

... The key Spivakian concept, and the one that builds the bridge between classical **analysis** of (present) focalisation and the absent one coming to visibility through the “what if?” question, is “critical intimacy”. ...

14

... time- **frequency** **analysis** results using a short-time Fourier transform ...the **analysis** of the per cent effectiveness shown below, it results that STFT time-**frequency** parameterization of the AE ...

7

... This analysis restricts risk seeking in the domain of gains and risk aversion in the domain of losses to small probabilities, where overweighting is expected to hold... [r] ...

30

... reduced **domain**, the Jacobian has been extracted using TAU-DLR code from the base flow, and the stability **analysis** has been then ...stability **analysis** on the reference ...

10

... It can be observed that in both fig- ures, the time-frequency distribution remains undistorted, but there is a frequency shift AOJ(Z) of the whole distribution. In time domain, the e[r] ...

7

... In this case, as it arose with the results obtained in 4.3.2, the minimum gain of the 100 km measurement was located in the 75 km approximately. Thus to validate the performance of our high-resolution long range BOTDA as ...

130

... In addition to time–**frequency** features, many different types of signal analyses have been performed over the signals, in order to extract features for characterize the signal. One of the most powerful tools for ...

15

... The rest of the paper is organized as follows: in Section 2 we state the main approxi- mation result for the eigenvalues and eigenfunctions. In Sections 3 and 4 we discuss the consequences for the eigenvalues and ...

28

... SET **DOMAIN** GROUP (SDG) proteins represent an evolutionarily-conserved family of epigenetic regulators present in eukaryotes and are putative candidates for the catalysis of lysine methylation in ...This ...

12

... Abstract: We propose and experimentally demonstrate a new method to extend the range of Brillouin optical time **domain** **analysis** (BOTDA) systems. It exploits the virtual transparency created by second-order ...

12

... (b) In Theorem 3.1 we have assumed that the periodicity of the density ρ is 1. This is not essential in our **analysis**. In fact, if ρ is of period T then, setting ρ(y) = ˆ ρ(T y) and ˆ = T, the problem is reduced to ...

29

... power spectral density equal to DFF ( ω , z 0 ) . If we could measure directly r c ( ) t , z , the natural way for estimating DFF ( ω , z 0 ) , would be to average estimates obtained by (local) spectral **analysis** ...

6

... (32) i.e., the field at the examined **frequency** is completely coherent. It is worth of mentioning that this result is a non-trivial one and it follows from the definition of the degree of spectral coherence, Eq. ...

10

... The clustering procedure 2.2 test of equality of the frequencies where the spectral maxima are reached (Timmer et al., 1999). Based on the pairwise p -values matrix and following the clustering technique pro- posed by ...

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