This framework views taxonomy formation as an interaction of: (a) observation; (b) creation and structuring of a taxonomic hierarchy; (c) identification of relevant taxonomic descriptors; and (d) use of background knowledge.
This prior, however, is insufficient, as it cannot explain complete segregation (complete non-interaction of the observations) observed in many experiments since the jointly Gaussian prior precludes this.
The data file was analyzed using a slightly modified version of model 2. We included the number of days postpartum that BCS was observed, and an interaction between days of observation postpartum and BCS to account for the biological changes due to fat mobilization early postpartum.
Important to note is the interaction between Year of observation (as categorical variable) and Plot.
From the recordings collected during the entire study period (286h of data collection), we calculated an index of involvement (mean number of interactions per minute of observation) and mean inter-partner distance for each focal individual.
And it is because of these universal limits that it is impossible in the theory of relativity to make an unambiguous separation between time and space without reference to the observer (the context) and impossible in quantum mechanics to make a sharp distinction between the behavior of the object and its interaction with the means of observation (CC, p. 105).
A significant Group × Time of Observation interaction also was found (F 2, 11) = 9.13, p ≤ 0.005.
Again, this effect was mitigated by a significant Programming Type × Time of Observation interaction (F 2,11) 30.84, p ≤ 0.001).
However, these main effects were subsumed by a significant Programming Type × Time of Observation interaction (F (2,11) = 208.62, p ≤ 0.001.
Again, this main effect was subsumed in a significant Programming Type × Time of Observation interaction (F 2, 11) = 19.83, p ≤ 0.001).
