Sentence examples for mean square estimator from inspiring English sources

For each batch of simulations, we report the bias between the value used to generate the epidemics and the average of all estimates, along with the Mean Square Estimator (MSE) of the simulation series.

Given the observation samples, our goal is to find the minimum mean square estimator of the unknown clock offset, which is given by (1).

CM4 uses the minimum mean square estimator with the assumptions that the estimator is a linear function of the data, and that the errors are isotropically and independently distributed.

For a spreading gain of 128 systems, the CDD system can support K=40 user communications simultaneously without the mutual interference; this load is promising since the linear Minimum Mean Square Estimator (MMSE) multiuser detector with a much higher complexity can only support to K=40 to achieve an ideal performance.

For large neuron numbers N and expected peak spike counts f max τ the resolution of asymptotically efficient decoders, like the maximum likelihood decoder, or the minimum mean square estimator, can indeed attain the resolution bound given by the FI (Seung and Sompolinsky, 1993; Bethge et al., 2002; Mathis et al., 2013).

The performance of the least mean squares estimator is given by (J K =operatorname{Tr}(P =2).

However, note that a least mean squares estimator should satisfy Equation (30).

This example also, illustrates the difficulty to find the least mean squares estimator which is physically realizable.

Then, the linear least mean squares estimator announced in Theorem  2, is physically realizable if and only if (p_{1}+p_{4}=2p_{2}).

This demonstrates the difficulty to find an appropriate plant whose least mean squares estimator is physically realizable.

Now we find θ and γ such that the least mean squares estimator proposed by Theorem 2 be physically realizable.