Sentence examples for interpolation range from inspiring English sources

The impact of the estimation errors in time-delay and sensor coordinates on the spherical interpolation range estimator is analyzed via computer simulations.

We compare different spatial interpolation methods, ranging from spatial autocorrelation-based methods to methods that explain the occurrence of elements based on biophysical and socio-economic information.

Now for estimating the CFR at non-pilot subcarriers, interpolation methods ranging from simple linear or second order techniques [3] to time domain [4] and even more complex approaches are used.

First, normal vectors at each point are calculated by interpolation using the range image data.

The remaining spectrum intensities are achieved by linear interpolation within the range of the discrete data set.

The dual address range interpolation process of street-network geocoding improves the likelihood of an exact match compared to parcel geocoding, but parcels are considered to have higher spatial accuracy [ 23].

Geocoding is accomplished by first matching the street name, then the segment that contains the house numbers and finally placing a point along the segment based on a linear interpolation within the range of house numbers.

Estimations of NEDD8 and ubiquitin levels were based on interpolation within linear ranges.

And as to the BFFBP algorithm, in accordance with [7], where the split factor is chosen to be 2, and the number of splits is chosen by K = N − 1, N = log2 N ref = 11 and a 2D eight-point sinc interpolator is used for range and angle interpolation.

The maximum average error for wide range of interpolation factors from 8 to 256 is 2.59% for CF and 0.02% for CFIR.

While there is a wide range of interpolation schemes (polynomial, Fourier, and least squares [151]), many of these schemes are not directly applicable for spatial interpolation in sensor networks due to their communication complexity.