Sentence examples for variance bandwidth from inspiring English sources

The main contribution of CCGns is to propose three aspects: a scalable MAC message management and processing architecture (SM3PA), an applicable for multi-hop relay network architecture (AMRNA), and a two-stage minimum variance bandwidth allocation (TSMVBA) algorithm.

The main contribution includes three aspects which propose a scalable MAC messages management and the corresponding architecture, an applicable for multi-hop relay network topology architecture, and a two-stage minimum variance bandwidth allocation algorithm.

Perf train Perf test Feature Best features REF 58%533% Variance(Bandwidth(Envelope(FFT(Split x, 250)), 50), 10))   EDS 61%64%% Log(Range(SpectralSpread(Hann(Split(Blackman(x), 153))))) Best classifiers REF 79%80%% Multilayer perceptron (23 features, 3 layers)   EDS 82% 80% kNN (25 features, 8 neighbors).

They are vital to estimate realistic values for QoS model parameters, e.g., network bandwidth variance, virtual machine (VM) startup times, start failure probabilities.

Simulation results indicate that the proposed algorithm offers better performance than existing approaches in average transmission time, average packet loss rate, average throughput, and available bandwidth variance for each link.

Mike Wehrs, CEO and president of Scanbuy, agrees, adding that optimizing content for mobile devices means keeping in mind considerations such as bandwidth variance tolerance, battery usage, and total time to load over a mobile network under average conditions.

Our analysis shows that the algorithm has proven theoretical performance bounds, which gives a low variance for the aggregate bandwidth utilization.

In the proposed approach, the frequency response function is mapped onto a probability distribution function where the mean value of the probability distribution function becomes the resonance frequency and the variance corresponds to its bandwidth.

It represents the same information that has been described in the above point but changing  mm with  mm. Figure 7 Central Frequency, Centroid Frequency, and Fractional BandWidth operators variance and deviation from the theoretical result.

Q m is the generalized Marcum Q-function, γ is the instantaneous SNR, δ2 is the noise variance and the time bandwidth product is assumed to be an integer number denoted by m.

In the case of NOM, this inevitable relationship has been observed in many spectroscopic, separation and chemical experiments, resulting in data with a remarkably limited bandwidth of variance, even when advanced techniques (e.g. at the level of one-dimensional solid-state C NMR spectroscopy) are used [ 44, 45].