Using a sequence of frequency stepping sinusoidal pulses as the excitation signal, a set of transient responses in the vicinity of the resonant frequency are obtained.
The solution of the Helmholtz equation by the Boundary Element Method leads to a sequence of frequency dependent linear systems of equations, where each is typically solved independently.
The same holds when a sequence of frequency coefficients, for example Discrete Cosine Transform (DCT) coefficients, is observed instead of pixels.
This produces a sequence of frequency modulated sidebands.
Thus, to continue our example, we can form the hypothesis H eq consisting of all sequences with all components being equal, regardless of their common value, as the union ∪ f H f. We define the prior probability p(f 1,..., f k) of a sequence of frequencies (f 1,..., f k) to be the product p(f 1)...p(f k) of the priors of its components.
We maintain one track for each target and update it with a sequence of beat frequency measurements that could have originated from the target.
The simulation of a single sampling path begins by generating a random initial condition (i.e., initial time of the sampling path and initial frequency), followed by sampling a sequence of allele frequencies using the Euler approximation (12) X a (t + Δ t ) = X a (t ) + ∑ b m a b (X b (t ) − X a (t ) ) Δ t + X a (t ) (1 − X a (t ) ) 2 N a ε a Δ t.
The time evolution of deformation is registered as a sequence of low-frequency beats in an interferogram whose beat frequency ν yields a creep rate έ = λν/2Ι 0whereλ = 650 nm is a laser wavelength, and Ι 0 is an initial length of the working part of samples of about 10 × 5 × 1 mm3 size.
A sequence of resonance frequencies for the discrete model appears to be universal for all multilayered designs with an odd number of layers, as it is independent of any design parameters.
(a) RMSE of estimate, (b) RMSE of estimate, (c) RMSE of K estimate, and (d) error probability of K. To demonstrate the tracking capability of the proposed processing scheme, the following simulation is performed with a sequence of ten frequencies.
A control group who passively listened to a matched sequence of frequency altered/s/- stimuli did not show such a perceptual adaptation effect, indicating that the perceptual changes were linked to the auditory-motor adaptation.
