Sentence examples for matrix is perfectly from inspiring English sources

Furthermore simulations show that the algorithm quickly converges to a solution that is close to the one in which the covariance matrix is perfectly known.

If the value of the CR is less than or equal to 0.1, the inconsistency is acceptable, or if the consistency ratio CR is equal to 0.00, it means the judgment of the pairwise comparison matrix is perfectly consistent.

NODF measures the extent to which species exploit a subset of the hosts exploited by another, more generalist species; an NODF value of 1 means that the matrix is perfectly nested and a value of 0 means that it is entirely anti-nested.

It is assumed that the fiber and matrix are perfectly bonded along the entire interface between them.

As can be observed, the interfaces between the MnGe nanodots (the dark areas) and the Ge matrix are perfectly coherent without noticeable lattice distortion or bending of the atomic planes.

Finally, row F shows that there are no differences in orientation when one of the matrices is perfectly "round" (i.e., all its eigenvectors explain the same amount of total variance).

where H k is the actual channel transfer matrix and is perfectly known at the receiver, H ― k and H ˜ k represent, respectively, the known and unknown parts of the channel matrix at T k, and α k ∈ [0,1] is a measure on the CSIT quality.

We assume that the dynamic model, i.e., the state transition matrix H t is perfectly known through the parameters w t, D, and α which are considered to be deterministic and known.

In a frequency division duplexing system, channel state information is provided through a feedback channel; therefore, we assume that matrix is not perfectly known at the base station while user perfectly estimates the channel vectors once for time slot, that is, when, to obtain.

But before that we will describe the method to compute the optimal delineation given the matrix ℋ. Dynamic programming is perfectly suited when dealing with problems that contain sequential constraints, where the solutions to the subproblems have a recursive overlapping substructure (Bellman, 1957).

Using the proposed algorithm, the three complex parameters of the noise covariance matrix can be perfectly estimated.