Sentence examples for errors can be characterized from inspiring English sources

The UL-FEC protection capability against burst of errors can be characterized by the so-called Maximum Tolerable Burst Length (MTBL) [21], which consists in the maximum time protection that the UL-FEC technique can provide.

Within low-throughput genomic data many errors can be characterized simply using the Sequence Alignment/Map (SAM) specification [ 1] and tools are available for reading and manipulation of sequence files.

As revealed above that residual ripple error can be characterized by the ripple amplitude, i.e. the peak-to-valley value of the ripple (PVe).

Only the largest synapses can be distinguished in that case, and the error rate can be characterized by the limiting SNR∼ <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0008853.e052.PNG" class= inline-graphic"/>.

It is shown that the set of all Φ for which the variance error remains constant can be characterized by the solutions of a Nevanlinna Pick interpolation problem.

For a quantizer as given in the form of (2), as illustrated in [6], using the sector bound approach, the quantization error e ( t ) can be characterized as e ( t ) = q ( v ( t ) ) − v ( t ) = f ( K x ( t ) ) − K x ( t ) = Δ ( t ) K x ( t ), (7).

The steady-state errors for set-point tracking can be characterized by the well-known interaction measures such as RGA and BRG.

The tracking performance of the entire 2DOF control system can be characterized by tracking error e 2 DOF ( s ).

By minimizing a quadratic measure of the error derived from the output of the system, the design problem can be characterized by the proposed GA formulation.

Estimates of errors derived from such analyses depend on the assumption that each dependent variable can be characterized by a unique amplitude and scale of spatial variation that can be normalized to unity.

Landmark detection statistics can be characterized by the exceedance probability of the localization error.