Sentence examples for sum of sources from inspiring English sources

The imposed external total flow rate q is sum of sources (injection) and sinks (extraction) and is assumed to be bounded.

(The distinction between monadic and relational events is not to be taken as cast in iron, since the latter can be reduced to the former by making the mereological sum of sources and surrounding medium the subject of sounds).

In the instantaneous mixture case, where each observation consists of a sum of sources with different signal intensity in presence of noise, the sparseness-based methods introduced in[12 17], among others, rely on parameters that are chosen empirically.

Based on the uniquely decodable property, we then prove that the asymptotic sum-capacity (C_{text {sum}}^{text {as}}) approaches the sum of source entropies if the signature waveforms are linearly independent of each other, i.e., (text {dim}(mathcal {S}_{K})=K).

In the proposed game-theoretic approach, denote I i  as the maximum value between the mutual information of direct communication I DC  and the minimal value between I S R i, the mutual information between the source and the selected relay R i, and I MRC, the mutual information sum of source destination and relay R i  destination [29].

where (b_{i} = frac {1} {1- {y}^{i}}), for 1≤i≤q−1, y is an arbitrary primitive element of G F q) and y i is computed over G F q). Thanks to the column full of "1" in G for the first RS repair symbol, this latter can also be considered as an LDPC-Staircase symbol (it is the XOR sum of source symbols from the RS viewpoint).

These states determine the total source function Stot, which is the sum of source functions S i, each of them belonging to a single state (r, s) i.

> -wrap-foot>> aBased on maximum residence time minus sum of source organ residence times Tumour absorbed dose estimates were made for the 4 patients that underwent Zr-ibritumomab tiuxetan scans both prior to and during therapy with Y-ibritumomab tiuxetan, with 13 tumour localizations in total.

Therefore, we assumed the error to be the square root of the sum of two sources: 1) errors of 1 % common to all rates, which correspond to an rf miscalibration of about 1 %, and 2) errors in the fits owing to systematic deviations of 1 ‰ of the A/ B ratios.

The percentage of activity underlying the MMN peak that was explained by ROIs (MMN sources in all ROIs divided by the sum of all sources in the entire brain volume) was 92.7%.

It doesn't seem to be much more than the sum of its sources and references because in some basic way it lacks a personal core.