Responses based on the 5-likert scale questions (1-lowest (negative) and 5-highest positive) responses) Table 6 Post-task questions Question Mean St. Deviation Mode Qa.
Responses based on the 5-likert scale questions (1-lowest (negative) and 5-highest (positive) responses) Table 11 Post-test questions for design patterns training & educational character of the recommender system Question Mean St. Deviation Mode Q14.
Responses based on the 5-likert scale questions (1-lowest (negative) and 5-highest (positive) responses) Table 10 Post-test questions for functionality Question Mean St. Deviation Mode Q8.
Responses based on the 5-likert scale questions (1-lowest (negative) and 5-highest (positive) responses) Table 8 Post-Test questions for usefulness Question Mean St. Deviation Mode Q1.
The maximum identity for each pseudogene against all possible expression cassettes was determined and the mean, standard deviation, mode, and range of maximum identities calculated.
A descriptive analysis reports the following quantitative factors: mean, standard deviation, mode, maximum and minimum, kurtosis, skewness, and percentiles as well as entropy.
From the 9,000 Gibbs samples, the mean, standard deviation, mode and the upper and lower limits of a 95% highest density region (HDR) was computed for each of the unknown parameters.
The following list summarizes the functionalities developed so far which contained in the tabs: genome basic indexes (genome identificators, base frequencies, gc-content, etc).; k-Dictionaries and Multiplicity-Comultiplicity distributions; normalizations of indexes at the previous item; statistical parameters (e.g., mean, standard deviation, mode, k-empirical entropy, etc).
For the prescribed limit values of equivalent member length errors adopted to simulate random pretension deviations, contribution modes can be determined by considering the mode shape variations and mode jumpings.
The root mean square deviation (RMSD) between the "predicted" and experimentally determined binding modes of epothilone A is 2 Å.
