Two measures of visual capacity, "processing speed" (the number of items processed per second) and the "visual apprehension span" (the maximum number of items that can be recognized in one view), can be modeled within this framework, and these 2 parameters can be assessed for different stimulus types.
From the system point of view, a PEMFC can be modeled as a two-input-two-output system, where the inputs are air and hydrogen flow rates and the outputs are cell voltage and current.
From a mechanistic point of view, many nonlinear DRCs can be modeled by simple biological mechanisms (e.g., receptor filling) that toxicologists do not consider "interactive" in any important biological sense.
Referring to the component causality graph templates derived from SDN reference model, each Implementation View of a provisioned network service can be modeled to a Service Belief Network.
Referring to the component causality graph templates derived from SDN reference model, the implementation view of the current running network services can be modeled as a belief network.
From a system point of view, however, the system can be modelled as a two-input, two-output linear time-invariant system whose inputs are hydrogen and air flow rates, and whose outputs are cell voltage and current.
For such sub-models, multiple views can be assigned.
From the queueing point of view, the user's operation can thus be modeled as an M/G/1 queue with random service interruptions.
This view can be contrasted with more traditional models (Papez, 1937; Delay & Brion, 1969; Aggleton & Brown, 1999) that have stressed the importance of the hippocampal inputs to the mammillary bodies and their relay to the anterior thalamic nuclei.
To see an overall view of this behavior, the collaboration diagram (external view) and the statechart (internal view) can be combined, which gives a full model.
