Predicting long-term climatic behavior by using computer models has proved difficult, and the notion of fiddling with the planet's climate based on the results generated by those models worries even scientists who are fully engaged in the research.
By using computer models to bring together the space data with a myriad measurements made in situ, and by combining these with our understanding of underlying physical laws, it is possible to begin to make sense of what is observed.
We studied structural transformations within this composition range at 550 °C by using computer modeling of the atomic-scale ordering and clustering in the atomic density field approximation.
So by using computer modeling that takes other variables like weather and humidity into effect, consumers will be able to compare the energy they consume by, say, running air-conditioning in the summertime.
This can be done by observing how far a single event, like a heat wave, is outside the norm of prior events, or by using computer models to determine how often an event like it would occur with or without human greenhouse gas emissions (which can be included or excluded from the model).
The performance of optical speckle correlators based on joint transform correlator (JTC) architecture and a joint power spectrum (JPS) nonlinear filtering (median thresholding, adaptive median thresholding, ring median thresholding) is studied by using computer models of these correlators.
By using computer models, he said, potential therapies can be tested "In Silico" at high speed.
By using computer models, he says, potential therapies can be tested "in silico" at high speed.
