Sentence examples for computational rendering from inspiring English sources

"We chose the name Media Lab because at the time many of us were engaged in digitizing and computational rendering of all forms of media from sound to graphics to text to movies to pictures, and so forth". He adds that they also felt the word "media" allowed them to add layers of meaning over the ensuing years.

These results confirm the findings of aforementioned previous studies, suggesting that this network —known for its involvement in "hot cognition" or emotional aspects affecting cognition (Ochsner & Gross, 2005)—subserves responses to social norm violations (for a computational rendering of the underlying neural substrates of social norm violations, see Xiang, Lohrenz, & Montague, 2013).

This field encompasses the efficient implementation of four interrelated computational tasks: rendering, modeling, animation, and visualization.

Traditional SSFEM approaches lead to large-scale numerical problems and computational costs rendering these methods impractical for design optimization purposes.

In this new procedure, finer local integration techniques are managed to be considered at lower computational costs, rendering more accurate and efficient techniques.

However, this redefinition would make the comparison over time difficult and lead to an exponential increase in computational time, rendering this approach impractical for longer MD trajectories.

The model's mechanistic basis would allow extension to simulate, e.g. transient response to rapid climate change (vegetation dynamics) and carbon isotopic balances, while its computational efficiency renders it suitable for inclusion in Earth system models of intermediate complexity.

Nevertheless, the high computational complexity renders them inappropriate for the case of a heterogeneous network with a massive number of small cells.

However, because of this simultaneous reconstruction, they need to be re-launched entirely when new traits are analyzed, which, combined with their computational heaviness, renders it difficult in the exploratory stages to select relevant traits for the data at hand.

Standard computer graphics rendering schemes waste much computational effort processing objects that are not visible to the simulated observer.

Hence the need for representing the complex chemical reactions by simple reduced models, which can retain considerable accuracy while rendering computational feasibility.