There was an error while loading. Please reload this page. The basic idea in this implementation is to use the Lenstra-Lenstra-Lovasz (LLL) algorithm to compute an ...

Abstract: A simple procedure for computing the allowable interval coefficient perturbations of a strictly stable polynomial is presented. The amount of computations involved is very little, while the ...

Abstract: Kharitonov's four-polynomial concept is generalized to the case of linearly dependent coefficient perturbations and more general zero location regions. To this end, a specially constructed ...

a user might want to represent and evaluate multiple polynomials (different coefficients) with the same properties. This is useful e.g. for gradients (= partial derivative polynomial for each ...

We propose a global smoothing method based on polynomial splines for the estimation of functional coefficient regression models for non-linear time series. Consistency and rate of convergence results ...

Here's how the process of synthetic division works, step-by-step. Divide \(3{x^3} - 4x + 5\) by \((x + 2)\) and state the quotient and remainder. First, make sure the polynomial is listed in order of ...

This paper provides ANOVA inference for nonparametric local polynomial regression (LPR) in analogy with ANOVA tools for the classical linear regression model. A surprisingly simple and exact local ...