This paper provides a model architecture allowing coupling both effects to a dynamic interaction in changing environmental conditions.
On the other hand, validated growth model of tree architecture allows retrieval of many forest parameters at tree level and simulation of virtual 3-D views both at the tree and stand levels.
Our system is based on multi model architecture that allows for adaptative rule creation and algorithm effectiveness evaluation, focused on the automatic control of hypertension in the intensive care unit.
The cubic transport model base (CTMB) in the architecture allows a number of transport models to be selected and applied to a single source receptor transport process.
Connecting a more realistic model of physiology to a cognitive architecture allows one to develop more realistic computational process models that include an account for the effect of physiology on cognition.
The optical modeling has revealed that this architecture allows more photons to be absorbed in the blend film, giving rise to an higher current output, although the observed improvement cannot be completely attributed to the calculated higher absorption of the incoming light.
Built on it, the client (browser)/knowledge server architecture allows product design models to be published and connected over the WWW to form an integrated intelligent models/modules network.
We propose the "I" model architecture to allow for interpretive effects of scrambling.
The four-level architecture allows one unified representation for multiple product models.
A plug-in architecture allows the linking of experiments, their protocols, data, models and results in a configurable system that is available 'off the shelf'.
