Sentence examples for approximate representations from inspiring English sources

As a result, rigid body dynamics with approximate representations of the impact dynamics are commonly used.

The explicit quantities correspond to approximate representations of the performance functions in terms of the uncertain structural parameters.

The advantages and disadvantages of various uncertainty analysis approaches, which use approximate representations of the full nonlinear model using power series or polynomial chaos expansions, are discussed in terms of computational cost and accuracy in computing the shape and tails of the state and output distributions.

Ladyman and Ross (2007) argue that objects are pragmatic devices used by agents to orient themselves in regions of spacetime, and to construct approximate representations of the world.

Eye tracking can limit this impact, by only calculating high-resolution parts of the VE where the user is looking at and giving more approximate representations at the peripheral vision.

This puts RASTA filtering in the same category as, for example, Mel-frequency spectra and Mel-frequency cepstral coefficients: engineering approaches designed to efficiently approximate representations manifested in psycho-acoustic experiments [11].

In this case interface reconstruction methods are used to construct approximate representation of interfaces between materials.

Picture Captain Mainwaring of Dad's Army with receding snow-white hair and you have an approximate representation of one of our most renowned contemporary authors.

It is based on an approximate representation of the exact physics of the problem, which is similar to an approximate representation of space and time discretization performed in conventional simulation.

The method consists of a discretization of the initial data into an approximate representation by discrete, discontinuous waves.

This relates to the approximate representation of the head losses, which are based on the Darcy-Weisbach formula traditionally employed in the analyses of steady flows.