This function is a polynomial in two dimensions, with terms up to degree 5. It is nonlinear, and it is smooth despite being complex, which is common for computer experiment functions (Lim et al., 2002 ...

A controversial White House economic advisor acknowledged his "cubic model" demonstrating zero coronavirus deaths by May 15 was generated by "a canned function on Excel, a cubic polynomial." ...

Yet despite the simplicity of the delay as a function of input slope and load,modeling has been aproblem ... slope.SPDM generalizes and extends that modelinto higher-order polynomials of input ...

Under the HI model, admixture events were set as having ... (2013): Here we separated F(d) from the coefficients of polynomial functions to avoid its possible influence on polynomial fitting ...

Generally, overlay measurement results are modeled with Cartesian polynomial functions for both intra-field and inter-field models and the model coefficients are sent to an advanced process control ...

The bounds obtained take the form of smooth polynomial functions and are valid for a continuous range of initial times and states. Moreover, they are obtained without recourse to sample path ...

This function is an example of a nonpolynomial model which exhibits a shape similar to that of a multivariate polynomial. Lim et al. (2002) compare predictions from this function with predictions from ...