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Let (beta varepsilon R^{m }) be the column vector contains these P unknown coefficients.
Let be the column vector of variables of sensing node,, and a column vector function.
Furthermore, let be the column vector having all elements equal to one.
Let X=(x 1,x 2,⋯,x m ) be the column vector of the unknowns.
Let ({mathbf {s}}_{k}^{(m)} in mathbb {C}^{N times 1}), k=1,…,K, m=1,…,M T be the column vector that represents the N complex-valued information symbols transmitted in the kth OFDM symbol over the mth antenna.
Without loss of generality, we consider the component of the channel matrix and let be the column vector storing the nearest received pilot symbols from the th transmit antenna to the th receive antenna.
Similar(50)
Let β 1,..., β m be the column vectors of B*, (3) r i = g i - ∑ j = 1 m (g i β j ) β j ′ (d) This step is to assign weight to each residual such that contribution to subspace finding is mostly limited to genes significantly associated with the clinical outcome.
where is the q × p channel matrix, is the column vector of p transmitted symbols, and is the column vector of q white noise samples at time.
where is the column vector whose only nonzero entry is a 1 in the th position.
where E i is the i th column vector of the noise eigenvectors and s = is the column vector of S having arbitrary direction θ and delay, τ.
Equation (16) is a system of linear equations in matrix form where F is the coefficients matrix, φ is the column vector of variables, and s is the column vector of solutions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com