Sentence examples for a sampled version of from inspiring English sources
Note that is a sampled version of the continuous time sinusoidal basis function used in the Fourier transform.
The method is based on the discretization of a sampled version of the time-delay term in the original continuous model.
So if we just look at what a sequence and a sampled version of that sequence might look like, what we have here is an original sequence x of n.
Now in impulse invariance, as you recall, it corresponds to generating an impulse response which is a sampled version of the continuous time impulse response, and there is a temptation naturally to think all of this parameter, capital T, as necessarily identical to the sampling in the system in which the filter is going to be used.
The input is a sampled version of.
Application of the SIS algorithm immediately results in a sampled version of the a posteriori probability function.
That means that when the organist pulls a stop on the console to signal, say, an English horn or a chime or a flute and then touches the keyboard, the people sitting in the pews hear a digitally sampled version of a horn, a chime or a flute pipe recorded elsewhere.
In Mr. Dean's work the solo cello, played by the Brentano's emotionally fearless cellist, Nina Lee, brackets Gesualdo's madrigal with a high searching line, which eventually converses with an electronically sampled version of itself, an effect both disorienting and poignant.
The channel frequency response h i,j,k [ n] from transmit antenna i to receive antenna j in the kth OFDM block and the nth subcarrier is a uniformly sampled version of h i,j,k (f) in (2) and can be expressed as begin{aligned} h_{i,j,k}[!n] &= sumlimits_{l = 0}^{L - 1} {alpha_{i,j,k}[!l]!{(W)_{N}^{nl}}},1 le i le {N_{t}}, 1 le j &quadle {N_{r}}, 1 le k le K, 1 le n le N, end{aligned} (7).
The sampled version of A is expressed as A = [ a 1 a 2 … a m 1 a m 2 ⋯ a m k ⏟ mainlobe ⋯ a m - 1 a m ] m × 1 T (3).
The uniform sampled version of a continuous-time signal x t) with the sampling period T is x T t = x t ∑ n = - ∞ ∞ δ t - nT, where δ(t) is the unit impulse function, or Dirac delta function.
