0 a number or variable (= mathematical symbol), or the result of adding or subtracting two or more numbers or variables
1 a number or variable (= mathematical symbol), or the result of adding or subtracting two or more numbers or variables
A linear irreducible characteristic set, when its polynomials are arranged ascendingly according to the order of the leading variables, can be explained geometrically.
After this step, traditional formulae of symbolic summation can be applied and polytope volumes are expressed by polynomials whose variables are symbolic sizes.
This notion includes many regressions, polynomial fitting and supervised learning problems.
The interface between combinatorics and statistical mechanics provided by these polynomials has yielded progress in both areas.
The trajectories of the body and its feet are modeled by piecewise cubic polynomials.
The explicit forms of these polynomial equations have been found.
In fact, we are easily able to reject a fourth-order polynomial against the cubic (likelihood ratio test 2 3.712).
The fluctuating velocity component a t each downstream location was curve fit up to the tenth degree polynomial.
