Sentence examples for be computed at a from inspiring English sources
Using a continuous adjoint framework, design sensitivities can be computed at a cost of only two edge plasma simulations, independent of the number of design variables.
Using the direction of motion allowed at each of the limits, the area of the workspace can then be computed, at a very low cost, using the Gauss Divergence Theorem.
However, it is important to point out that once the initial integral P(Θ | S, L S ) is approximated, each score function can be computed at a cost of O(K).
Turing's demonstrations of the power of these machines strongly supported his claim (now called the Church-Turing thesis) that anything that can be computed at all can be computed by a Turing machine.
The converter model is computed at a small fixed time step as low as 100 ns.
Since the impedances are computed based on the assumption of a rigid foundation in the KNGR design, the impedances are computed at a single point around the center of the basemat.
Dense disparity maps are computed at a rate of 76 frames per second for input stereo pairs of 1280 × 1024 pixel resolution and a maximum expected disparity equal to 15.
Accurate disparity maps are computed at a rate of nearly 275 per second, for a stereo image pair with a disparity range of 80 pixels and 640 × 480 pixels spatial resolution.
Accurate disparity maps are computed at a rate of more than 320 frames per second, for a stereo image pair of 640 × 480 pixels spatial resolution with a disparity range of 80 pixels.
The adopted approaches are (i) three step optimisation, in which first the stage matrix (stage composition and sequence), the green timings at each single junction are optimised, then the node offsets are computed in three successive steps; (ii) two step optimisation, in which the stage matrix is defined at a first step, then the green timings and the node offsets are computed at a second step.
The code CPsuperH is self-contained (with all subroutines included), is easy and fast to run, and is organized to allow further theoretical developments to be easily implemented.1 The fact that the masses and couplings of the charged and neutral Higgs bosons are computed at a similar high-precision level makes it an attractive tool for Tevatron, LHC and LC studies, also in the CP-conserving case.
