As shown in Fig. 5, the disjunctive relation between these concepts in the subject are represented using the semicolon.
The paper shows that the "commensuration" and "standardisation" that numbers can bring about rest on how the object of calculation as well as, crucially, its subject are represented and conceived.
Scientific metaphors are useful because they exemplify important aspects of the subject being represented by highlighting certain properties and omitting others, thus allowing us to emphasize or deemphasize important features of scientific concepts.
The number of co-activated muscles for each scalp position in one paradigmatic subject is represented in Fig. 3. Similar analysis was applied to the other measure of association.
Each subject is represented by multiple rows in the data, one for each pseudo time.
Each subject is represented in this 3-D space (both prior to and after treatment), based on the unique values of these 140 metabolites and proteins.
Because we only collected stationary indoor measurements and estimated Finf in the subjects' residences, we made a strong assumption that all indoor environments encountered by the subject were represented by their residence.
Under the independent-increment model, the data for these subjects use the counting process format, where each subject is represented by a set of time intervals and event indicators.
The case-crossover design centers on the case event, which implies that more than one preterm birth per subject is represented by an additional stratum, and requires the assumption that each of these events are independent.
