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where T = N T s M = N π b / σ M, g k,T (n) is the uniform samples of g k (t) with a sampling period T, i.e., g k,T (n) = g k (nT), and y k (t) is the reconstruction function.
The difference between BFS and uniform samples appears in agreement with the adopted sampling techniques.
Under these conditions the signal can be reconstructed from the uniform samples according to the following sinc interpolation: (1).
In synchronous converters, uniform samples quantized to approximate a continuous range of values by a specific set of discrete values.
Subsequently, the output integrator, which is a set of nonuniform samples, is passed from the interpolator, and uniform samples are achieved.
These size effects are confounded by additional shape variations, which have different charges, defects, and surface areas compared to uniform samples, resulting in unpredictable behaviors in vivo [40].
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Discrete signals and,, are obtained from the uniform sampling on the signal and, respectively, using a sampling period and sec.
Compared to uniform sampling, variable density sampling has great potential in reducing aliasing artifacts and improving sampling efficiency.
The three classical spatial sampling schemes for a spherical microphone array are equiangular, Gaussian, and nearly uniform sampling schemes.
Fourier spectrum of uniform sampling.
Table 10 Correlation Analysis (Uniform sample size: 291) Financial Development Dynamics Info InFinancial Development Dynamics Info
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