Suggestions(5)
Exact(9)
The minimum difference that can reliably be detected with statistical analyses is determined by the number of replications of each treatment, n, the variance of the data and the number of treatments applied.
The parameter d s, represents the minimum difference that can be discriminated between the quantized real numbers.
A PMD change of 10% has been reported to be the minimum difference that could be reproducibly detected by visual assessment [ 3, 4].
Methods described by Bausell and Li (2002) were used to determine the minimum difference that could have been detected with a P-value of 0.05 and a power of 80%.
We knew that designing a large trial that resulted in a change in pregnancy prolongation of only one or two days (even if found statistically different) would be unlikely to change clinical practice, but we did not know the minimum difference that would influence obstetrical practice.
Although the 12.5 μg BID dose produced a marginally higher improvement in trough FEV1 over placebo than the 50 μg OD dose (Day 28), the response it produced in FEV1 at 12 hours after 28 days of treatment over placebo (i.e. 74 mL) was below the MCID of 100 mL (the minimum difference that can be perceived by patients, and which correlates with fewer relapses following exacerbations) [ 13].
Similar(51)
The combined error from both datasets was used to define a threshold of the minimum elevation difference that could be reliably attributed to erosion or deposition in the seven years separating the sUAS and LiDAR datasets.
Given the number of subjects enrolled and included in the safety analyses, the minimum statistical difference that could have been detected with 80% power between the control arm (N = 93) and either mixed-dose arm (N = 83) was 10 percentage points for event rates of 1.0% and 22 percentage points for event rates of 50%.
This minimum difference shows that the extracted silhouette is similar to the stored silhouette from which it has minimum difference.
Moreover, detectors have a decay time associated with their signals and hence there is a minimum time difference that two photons can be distinguished in the same detector.
While the optimisation algorithm can be applied for any gravity field functional, here we only explain it in terms of the geoid height N. In summary, the optimisation algorithm tries to improve a simulated mass distribution such that the generated synthetic geoid heights produce minimum differences to that of the EGM.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com