Sentence examples for high probability of error from inspiring English sources

Single event upset (SEU) shows a high probability of error in the dependable application development in FPGAs.

Additional manual review removed four variants owing to high probability of error (see Materials and Methods).

Clinical diagnosis of NHL in Uganda has a high probability of error compared with both pathological diagnosis in Uganda and in The Netherlands.

Clinical diagnosis of NHL in Uganda has a high probability of error compared with pathological diagnosis in Uganda and in The Netherlands.

Keeping this in mind, we can broadly divide the probability of stochasticity into three different classes, namely: low probability of error (ϵ ≈ 0), medium probability of error (ϵ ≈ 0.5) and high probability of error (ϵ ≈ 1). Figure 2 gives an example of few biological functions divided into these different classes of stochasticity.

Here we investigate, in individuals with schizophrenia, two specific effects associated with this role: the error likelihood effect (occurring on trials with correct performance, but features that predict a high probability of errors), and the error unexpectedness effect (occurring on trials with an error, but features that predict errors are of low probability).

In mitosis, when the spindle tension is lacking (β=1; Fig. 2 f), the model predicts a high probability of errors, mainly monotelic (class 2) states, as well as the correct amphitelic ones (class 5) at steady states.

The existing DF cooperative protocol results in higher probability of error than the proposed system over 5 dB at SER lower than 10−3.

The contact method has a higher probability of error because the measurements are significantly shorter, and more variable due to unpredictable corneal compression with the probe [ 1, 5].

The net result is a higher probability of error in defining molecular operational taxonomic units and making taxonomic assignments for these unknowns, decreasing the value of the data for any real biological application.

Although scaling to larger lattices leads to a higher probability of error (a common problem in quantum simulators) due to photon loss, a global order parameter such as the total magnetization is robust with respect to individual decay processes.