Sentence examples for by the error vector from inspiring English sources

The latter affects the system level performance and is often measured by the error vector magnitude (EVM).

Our aim is to maximize the PA efficiency and minimize the predistortion complexity with respect to the linearity constraint, as represented by the error vector magnitude (EVM) of the amplified signal, and according to some predefined parameters.

Additionally, we can directly recover the matte components by subtracting the error vector e from the actual luminance observation y.

It can be proved that the problem in (24) could be solved through the iteration method of Bregman by introducing the error vector b V i = d V i - ∇ u i : d V i k + 1, u i k + 1 = min u i ∈ 0, 1, d V i ∫ Ω e C i d V i k + λ e i u i k + η 2 d ↼ i k - ∇ u i k - b V i k 2 dx b V i k + 1 = b V i k + ∇ u i k + 1 - d V i k + 1, k > 0 (25).

The opportunity of using polymer fibers and COTS components to improve the indoor coverage of the MB-OFDM UWB standard is so reported by the measurement of the Error Vector Magnitude or the Relative Constellation Error variation as a function of the system parameters (RF power, optical attenuation, fiber length…) as well as the compliance of the eye diagram with the mask testing.

Quantifying the mislocalization in this way may potentially provide the means of eliminating it, e.g. by applying the inverse of the error vector field (Fig. 2) to any lesion-deficit mapping study.

The orthonormal vectors v ik are determined by minimizing the expected vector of the error vector ϵ i with respect to v ik in the LMS sense.

Lemma 4. For the SO-DCTS algorithm in (28), the expectation of the error vector is given by (32).

Thus, the error vector is given by e i = r i − c i = ( e i, 1, e i, 2, e i, 3, ⋯, e i, n i ) Open image in new window, where e i, k i = r i, k i − c i, k i = ( e i, k i, 1, e i, k i, 2, e i, k i, 3, ⋯, e i, k i, r ′ ) Open image in new window, for 1 ≤ k i ≤ n i and 1 ≤ i ≤ t.

Once the consequent parameters are obtained, an actual network output vector, y, can be computed and the error vector, e, is determined by varvec{e} = varvec{y}_{text{d}} - varvec{y }. (4).

Since the error vector can be calculated by computing the error between reprojected position from 3D point and the measured 2D point, δP is the only unknown in the equation.