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A common and feasible bottom up method for uncertainty approximation is the Kragten approach (see SI), which applies error propagation to calculate the combined standard uncertainty (uc).
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To the best of our knowledge, this is the first work in the literature that applies error-correcting coding for alternate-relaying cooperative systems.
Advantages and drawbacks when applying error correction in different layers are shown.
The applied error evaluation is variable-dependent and unambiguous for unsteady problems.
The Stanford team converted video images into compressed digital data, designed software to apply error correction codes, then beamed a laser through a device called a spatial light modulator to focus that data onto the lithium niobate crystal.
Therefore, we can also apply error projection (6) on the unconstrained estimate of each Kalman filter.
While in classic fuzzy commitment schemes [15, 32] biometric variance is eliminated applying error correction codes, Zheng et al. [50] employ error tolerant lattice functions.
While some schemes apply error correction codes [15, 16], others introduce adjustable filter functions and correlation [20] or quantization [21, 22].
Due to the applied error boundary, the system works accurately, however the query tree has to be iteratively remade in each mean shift iteration at the cost of additional computational overhead.
In the next preprocessing stage we apply error correction to the reads.
Briefly, reporter mapping to genes was computed by performing a squeeze operation that created intensity profiles by combining replicates while applying error weighting.
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