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Integer programming in a special case of linear programming in which all variables are required to take on integer values only. Set covering deployment is an example ...

The standard Lorentzian inner product on R^4 is given by -dx_0^2+dx_1^2+dx_2^2+dx_3^2, (1) i.e., for vectors v=(v_0,v_1,v_2,v_3) and w=(w_0,w_1,w_2,w_3), ...

A set M of all polynomials in s variables, x_1, ..., x_s such that if P, P_1, and P_2 are members, then so are P_1+P_2 and QP, where Q is any polynomial in x_1, ..., x_s.

Topological lower bounds in terms of Betti numbers for the number of critical points form a smooth function on a smooth manifold.

A basis, form, function, etc., in two or more variables is said to be multilinear if it is linear in each variable separately.

Approximates the possible values of y in terms of x if sum_(i,j=0)^na_(ij)x^iy^j=0.

One of the four 5-polyiamonds are called pentiamonds.

A homogeneous polynomial in two or more variables.

An m-ary n-ic polynomial (i.e., a homogeneous polynomial with constant coefficients of degree n in m independent variables).

In the American system, 10^(18).