The simulations were done with Matlab-Simulink simulation software using a stable and calibrated dynamic model.
In this study, we developed a stable and temporally dynamic model for predicting tsetse (Glossina pallidipes) habitat distribution based on a remotely sensed Normalised Difference Vegetation Index (NDVI), an indicator of vegetation greenness, and topographic variables, specifically, elevation and topographic position index (TPI).
Previous work in murine oocytes during their maturation and pre-implantation development identified a series of stable and dynamic "epigenetic marks" associated with different developmental stages [6].
Using primary cultures of cortical neurons from spastin-mutant mice, we have shown that these axonal swellings occur in a specialized region of the axon characterized by an abrupt transition between stable and dynamic microtubules, which suggests that alterations in microtubule dynamics primarily give rise to this mutant phenotype (Tarrade et al., 2006).
Because axonal swellings occur in a specific region of mutant axons, characterized by an abrupt transition between stable and dynamic microtubules (Tarrade et al., 2006), we examined whether this defect in axonal transport results from local perturbations of the microtubule network.
We suggest that, in multisensory perception, there are both stable and dynamic processes, allowing stability and a fast, dynamic tuning of the system when required; both can take place together, which may lead to seemingly contradictory evidence.
For unique environmental influences a simplex structure with innovation terms was specified, allowing for stable and dynamic influences.
An effective rate adaptation algorithm should be able to dynamically find the proper data rate in both stable and dynamic environments.
Secondly, a simplex structure was specified for shared environmental influences allowing for both stable and dynamic influences (submodel 4a).
Thus, an effective rate adaptation algorithm should be able to dynamically find the optimal data rate by itself in both stable and dynamic environments.
