Skip to main content
. 2022 Nov 24;16:982764. doi: 10.3389/fnins.2022.982764

TABLE 6.

Summary of hypotheses.

Hypothesis Description Conclusion
H1 Successful error detections in conceptual modeling will require less time spent looking at the stimulus than unsuccessful error detections. Supported
H2 Successful error detections in conceptual modeling will require, in total, fewer fixations than unsuccessful error detections. Not supported
H3 Successful error detections in conceptual modeling will require, on average, shorter fixation duration than unsuccessful error detections. Not supported
H4 Experts in conceptual modeling will spend less time looking at the stimulus than novices. Not supported
H5 Experts in conceptual modeling will require, in total, fewer fixations
than novices.
Not supported
H6 Experts in conceptual modeling will require, on average, shorter fixation
duration than novices.
Not supported
H7 Experts in conceptual modeling will diagnose the anomalies more accurately than novices. Not supported