Sentence examples for distribution of feedback from inspiring English sources

In our study, we consider the distribution of feedback as an important factor.

We take the other three user groups as MEDIUM, HIGH, RANDOM by their distribution of feedback values.

Table  3 shows the frequency distribution of feedback from postgraduate students (exit interview) on walk-in consultations, including strengths and weaknesses of this support system.

Prior studies often excluded unregulated providers from quality improvement interventions (such as the distribution of feedback reports), sometimes because the researchers believed these providers cannot understand or use the reports in a meaningful way.

We find that promoter leakage tends to unimodalize the mRNA or protein distribution regardless of feedback type, implying that promoter leakage may cause phenotypic simplification.

Results showed that perceived compliance of the plate increased monotonically with vibration feedback intensity, and depended to a lesser extent on the temporal or frequency distribution of the feedback.

Figure 4 on the right shows the probability density distribution of the feedback associated to video, audio, and general quality.

Note that the distribution of incomplete feedback loops is indicative of the different topological structures that can be observed in the network, and is not necessarily monotonically decreasing.

The distribution of incomplete feedback loops is tightly interlocked with the topology of the network under consideration and is monotonically decreasing only for specific network topologies.

Due to the methodology used (sub-isomorphisms counting) the distribution of incomplete feedback loops is directly connected with the topological structure of the network and it is not always true that their number is monotonically decreasing.

Therefore, to better illustrate how the number of incomplete feedback loops depends on the topology of the network under consideration, we included a new Figure 3 figure supplement 5, which shows how three networks, labeled A, B and C, with the same number of nodes and edges, but with different topologies, have different distributions of incomplete feedback loops.