Binding polynomial in molecular self-assemblyIn the present work the concept of a binding
polynomial is revisited for the most widely used case
ON ZERO COUPON BOND PRICE IN DIFFUSION INTEREST RATE MODEL WITH POLYNOMIAL BROWNIAN BRIDGE stochastic differential equation of
polynomial brownian bridge. In brownian bridge
model the initial
ALGEBRAIC DYNAMICS ON A SINGLE WORLDLINE: VIETA FORMULAS AND CONSERVATION LAWS “unique” worldline implicitly, by a system of nonlinear
polynomial equations containing a time
Numerical Algorithm for Design of Stability Polynomials for the First Order MethodsThe algorithm for coefficients determination for stability
polynomials of degree up to m = 35
Direct realization of the pseudospectral method of calculating waveguide mode such devices is much higher. The mathematical
model of light propagation in a waveguide is described by Maxwell
Application of the Chebyshev collocation method to solve boundary value problems of heat conduction in the form of an expansion in Chebyshev
polynomials of the 1st kind on Gauss–Lobatto grids, which allows
Reconstruction of the velocities and pressures for a viscous fluid in a hollow cylinder for problems of piping, for example, for
modelling a blood flow in a vessel with a fibrin on its inner surface
Scheduling incompatible tasks on two machines mathematical
model for some batching problems in which the jobs are grouped in pairs on two machines. A linear