The American gymnast Aly Raisman won an Olympic gold medal in the floor exercise Tuesday with a score of 15.6, well above the silver medalist Catalina Ponor's 15.2 (a huge margin in the fractional point differences of gymnastics) and the bronze medalist Aliya Mustafina's14.9.
The Cartesian coordinates of a point positioned at a fractional position γ∈[0,1] of the module are then given by F ρ i, α i, β i γ = ρ i 1 − cos β i γ cos α i, ρ i 1 − cos β i γ sin α i, ρ i sin β i γ. (6).
In this paper, we address the solution of the symmetric eigenvalue complementarity problem (EiCP) by treating an equivalent reformulation of finding a stationary point of a fractional quadratic program on the unit simplex.
This paper studies a fractional difference equation of two point boundary value problem (BVP) type, which is recognized as the 'discrete' BVP.
This paper aims to study a fractional difference equation of two point BVP type, which was realized as the discrete BVP.
And as EPA's analyses point out, the draft rule would cause just a fractional loss of electricity-generating capacity, an amount that would be completely offset by new or repowered plants coming online.
From a mathematic point of view, the fractional order can be any real even complex number.
From a Fourier point of view, the bilinear fractional integral operator can be rewritten as bigl(widehat{B_{alpha}(f,g }bigr) (xi =int_{mathbb{R}^{n}}g(t)F t, xi )e^{-2pi itxi},dt, where F t,xi =int_{mathbb{R}^{n}}|y|^{alpha-n}f t-2y)e^{2pi iyxi},dy.
In this paper we present an approximate solution of a fractional order two-point boundary value problem (FBVP).
In this paper we propose a new solution technique for approximate (or alternatively saying numerical) solution of a fractional order two-point boundary value problem (FBVP).
(GameSpot awards fractional points).
