Sentence examples for calculation we developed from inspiring English sources

In order to accelerate the calculation, we developed an algorithm for collision detection that is implemented on a graphics processing unit (GPU) [11].

Therefore, the custom ActiGraph vector calculation we developed used the more traditional 'resultant vector' calculation [√(X + Y + Z ], and while this did result in a stronger relationship with the Actical, it was still weaker than the ActiGraph vertical relationship.

For the purpose of calculation we develop a group-preserving scheme utilizing the internal symmetry group of the model in the plastic phase so as to satisfy the yield condition exactly at each time step.

Based on the travel time calculations, we develop four travel time indicators to measure the healthy food accessibility: the minimum, the maximum, the weighted average, and the standard deviation.

For calculations we develop a group-preserving scheme, which preserves the projective proper orthochronous Lorentz group PSOo(2,1) symmetry of the model in the sliding phase so as to satisfy automatically the sliding conditions at each time step without iteration at all.

Based on the symmetrical functional form of the local volume fraction and results of finite element calculations we develop the so-called "mean window technique", which leads to the remarkable result that the effective linear or nonlinear mechanical properties of a composite can be obtained by averaging randomly selected windows from the real structure.

Moreover, in Section 3, making good use of matrix calculations, we develop a C p -type information criterion in order to select tuning parameters included in the estimator.

For a discretization of the calculation domain, we developed a mesh generator to optimize and refine the mesh for the finite element analysis and to assure the accuracy of the simulation.

For storing both the input and output of the calculations, we have developed MSML (Molecular Simulation Markup Language), a CML derivative (Chemical Markup Language).

With this in mind we developed fast calculation algorithms [36 38], one of which is based on increments and the other employs artificial neural networks.

To quantify these observations, we developed a calculation method to measure the distances between the deformation/hole centers and the nearest apical terminuses of the bacteria (the value "a" in Fig. 6A).