The significance of this research is the use of dynamic mode choice functionality in the model, which allows an individual person to make instantaneous choices between available modes of transportation.
SLG mismatches for double gene perturbations can be viewed as NGG mismatches for single gene perturbations in the sense that they both imply that certain functionalities are missing in the model.
A sample case study is included to illustrate the functionality implemented in the models.
The ecological functionality in the current model, such as a parasite and an escaping catalyst, is not predefined, but is generated by the evolved ecological organization.
We tested The functionalities of the model in two case cities, namely Kuopio and Basel.
This may introduce errors in the reconstruction as absent functionalities could be included in the model due to permissive homology cutoffs or errors in the original annotation source.
These inconsistencies can be treated in exactly the same way as the NGG or SLG mismatches were treated, since they refer to the functionalities that are missing in the model but present under experimental conditions.
We demonstrate the functionality of the model in a one-sniff-learning and recognition task on a set of 50 odorants.
We validated the functionality of the model and algorithm in several tests and comparisons with previously reported experimental data.
Additionally, the functionality of the model was presented in conducting several series of analyses for the two crack slopes 15 and 20° and the range of the dimensionless crack lengths from 0.5 to 15.
