Since all the quantities to be evaluated have a closed-form expression, it can be pointed out that the complexity of the GO-AMC OP simply reduces to (mathcal {O}(|mathcal {D}_{boldsymbol {varphi }s}|) = mathcal {O}(|mathcal {D}_{m}|cdot |mathcal {D}_{r}|)), i.e., linear with the allowable MCS pairs.
The vector θ →, defined as θ → = { p →, r →, x → 0 }, lists all the required quantities to simulate the model.
However, they consider all input quantities to be uncorrelated, and the dark current term to have zero uncertainty.
For simplicity, we consider the case of two dimensional rolls, assuming all physical quantities to be independent of y.
Additionally, a MathCad version (Parametric Technology Corporation) was written on a Windows 7 computer system to calculate all quantities accurate to 8 digit accuracy.
where SL i is the source level that determines the transmit power over hop i; TL i denotes the transmission loss corresponding to hop i; NL f) is the noise level; DI is the directivity index (all quantities assumed to be in dB).
Let us define as the measurement of the head pose from the images, is the measurement of body motion direction, is the true gaze direction, and is the true body direction, with all quantities referred to the ground centre.
Thereby, we choose an invariant formulation in the three-dimensional Euclidian space E 3. Note that we mark all quantities associated to the air flow by the subscript ⋆ throughout the paper.
In fact, the representation of the gap function by smoothening and using a higher-order distance field are very similar, see Fig. 12. Assume the existence of a contact frame C being defined as a surface which serves for parametrizing the contacting domain in three-dimensional two-body contact with local coordinate ξ ˆ ∈ R 2. All quantities referring to the contact frame are denoted by.
The usefulness of the relationship of all fringe-field quantities to the shielding-error function is emphasized.
