Solving polynomials We solve polynomials algebraically in order to determine the roots - where a curve cuts the x -axis. A root of a polynomial function, f (x), is a value for x for which f (x) = 0.

An algorithm is developed for the simultaneous optimization of several response functions that depend on the same set of controllable variables and are adequately represented by polynomial regression ...

We investigate the extension of the nonparametric regression technique of local polynomial fitting with a kernel weight to generalized linear models and quasi-likelihood contexts. In the ordinary ...

This paper focuses on the stability problem of linear systems with time-varying delay. Generalized augmented intermediate polynomial-based functions (GAIPFs) with adjustable parameters are proposed.

Swarm-based optimization algorithms (SBOAs) have demonstrated effectiveness in solving complex problems within a reasonable time. Among these algorithms, the intelligent water drops algorithm (IWD) ...