The cross-correlation of a signal with itself: the correlation between values of a signal in successive time periods. noun correlation between the elements of a series and others from the same series separated from them by a given interval. When mean values are subtracted from signals before...
Error propagation and statistical analysis for Markov chain Monte Carlo simulations in lattice QCD and statistical mechanics using autograd python correlation physics monte-carlo automatic-differentiation markov-chain autograd statistical-mechanics statistical-analysis data-analysis autocorrelation qcd particle-physic...
Output 512 of convolution generator 510 is then cross-correlated with target speech residual signal X(n) (i.e., signal 151 of FIGS. 2A-B) in cross-correlator 520. The convolution and correlation are done for each codebook vector Ck (n) where n=1, . . . , N. The operation performed...
I was trying to understand the process through FIR Megacore in Altera DSP, thats why I said to auto-correlate as once if I am able to auto-correlate through FIR megacore, them I am sure that I will be able to perform cross-correlation too. So I need help...
Autocorrelation, cross-correlation, squared coherency and phase functions were used to estimate the decorrelation lag time, and the correlation length, linearity with frequency, and frequency response delay between rainfall and streamflow. springer Using a spatial autocorrelation analysis of census data, ...
Negative linear correlation means that xH tends to pair with yL, xM tends to pair with yM, and xL tends to pair with yH. This description, well-known to statisticians, is noteworthy in order to use it as a foundation for the ensuing discussion. Figure 1a furnishes a cross-tabulation for...
The correlation resulted in two models. The first model, based on the multivariate analysis of spectral data, and the second model, based on polynomial equations from NDVI, had coefficients of determination (R2) of 0.86 and 0.51, respectively. This study confirmed the applicability of remote ...
The random errors can be reduced by calculating the acoustic propagation time from the overall correlation of the initial pulse and reEflneercgtieesd20o17n,e1.0,T19h6e1 non-linear dependence of the acoustic velocity on temperature and pr3eosfs2u2re is taken into account. In addition, the ...