Rules are described relative to the inferred common ancestor situation of the two categories being compared.
This section describes the experimental results obtained by considering distinct biological information as well as gold-standard networks and the inferred networks from two distinct situations: from temporal expression profiles and by biological score approach, which in this work was obtained by combining expression profiles and biological data.
Premixed turbulent burning velocities based on these conditions are then computed from recent correlations in the literature and compared with the convection velocities, which are the inferred turbulent burning velocities for this situation.
In more predictable contexts, the system will be able to form a more accurate model of the situation, and thereby the inferred precision of the prediction errors will be higher.
This means, the rules obtained from one scenario are still valid even for new situations, which demonstrates that the inferred representations do not depend on the task performed.
In situations where the distribution of inferred sizes is broad this has the advantage of showing them closer together.
The case of the effect of the conditioning genome on the inferred distance can be shown in the following hypothetical situation.
In addition, we show that the use of additional data beyond that needed to minimally constrain the network not only improves the accuracy of the inferred network, but also may allow the detection of situations in which the initial assumptions of unravelling with respect to the network and the perturbations have been violated.
This tectonic situation can lead to consequences for the hydraulic system for both inferred stress regimes: A) In a stress regime with nearly N-S-oriented SH, the N-S to NNE-SSW-oriented fracture system, which is dominant in the Sauerlach Th1 but very minor seen in Sauerlach Th2 and Th3, can have a dilatational character (Figure 9/white arrows in Case I).
At the moment we are still far from that situation (even though a few researchers suggest that the value of the inferred cosmological constant could be explained through the presence of the multiverse).
