Sentence examples for between sampling rate and from inspiring English sources
Having demonstrated uneven sampling, we made a preliminary spatial analysis to assess overall and local spatial and temporal autocorrelation, and to investigate apparent correlations between sampling rate and sheep density.
The relationship between sampling rate and lifetime is governed by the limited energy availability that typically characterizes WSNs.
The ratio between the sampling rate and twice the signal bandwidth is defined as the oversampling ratio (OSR).
The ratio between the sampling rate and twice the signal bandwidth (Nyquist rate) is defined as the oversampling ratio (OSR = f s /fNyquist).
Figures 7 and 8 investigate the relationship between the sampling rate and AUC of hybrid and private SVMs.
During the development stage of the model the Monte Carlo sampling rate was determined by an iterative process by which the input was up-sampled until the computed output was undistinguishable between the chosen sampling rate and higher sampling rates.
The method was optimized using the uni-variant approach and the best compromise between sensitivity, reproducibility, sampling rate and low consumption of reagents was taken into consideration.
As a result, the disparity between the jet engine model sampling rate and these high resolution signals requires a multi-rate simulation.
Each of the digital signals was simulated with an IF carrier frequency uniformly distributed between 0.23 and 0.27 times the sampling rate, a symbol rate uniformly distributed between 0.16 and 0.24 times the sampling rate, and a raised cosine pulse shape with a excess bandwidth, with the exception of the BFSK which was modeled with a rectangular pulse shaping filter.
After that, we will describe the computation of mutual information between different sampling rates and the two classification models to choose the appropriate sampling rate with high utility information but low privacy information.
In multi-rate sampled-data systems, a continuous-time plant is controlled by a discrete-time controller which is located in the feedback loop between sensors with different sampling rates and actuators with different refresh rates.
