Let f ∈ Cr([−1,1]), r ≥ 0 and let L* be a linear right fractional differential operator such that L*(f) ≥ 0 throughout [−1,0]. We can find a sequence of polynomials Qn of degree ≤ n such that L*(Qn) ≥ 0 over [−1,0], furthermore f is approximated right fractionally and simultaneously by Qn on [−1,1]. The degree of these restricted approximations is given via inequalities using a higher order modulus of smoothness for f(r)
In this article we deal with the following general two-dimensional problem: Let f be a two variable ...
Let f ∈ Cr,p ([0, 1]2), r, p ∈ ℕ, and let L∗ be a linear left fractional mixed partial differential ...
The theory of complete fractional simultaneous monotone uniform polynomial approximation with rates ...
Let f Î Cr ([−1, 1]), r ³0 and let L∗ be a linear left frac- tional differential operator such that ...
Here we extend our earlier univariate high order simultaneous fractional monotone approximation theo...
Here are applied the right general fractional derivatives Caputo type with respect to a base absolut...
Here we extended our earlier fractional monotone approximation theory to abstract fractional monoton...
Let/∈ Cp ([-1,1]), p ≥ 0 and let L be a linear left fractional differential operator such that L(f) ...
Let/∈ Cp ([-1,1]), p ≥ 0 and let L be a linear left fractional differential operator such that L(f) ...
Here we extended our earlier fractional monotone approximation theory to abstract fractional monoton...
Let f ∈ Cr,p ([O, 1]2), r, p ∈ ℕ, and let L be a linear right fractional mixed partial differential ...
Let f ∈ Cr,p ([O, 1]2), r, p ∈ ℕ, and let L be a linear right fractional mixed partial differential ...
The paper deals with the left general fractional derivatives Caputo style with respect to a base abs...
In this article we deal with the following general two-dimensional problem: Let f be a two variable ...
In this article we deal with the following general two-dimensional problem: Let f be a two variable ...
In this article we deal with the following general two-dimensional problem: Let f be a two variable ...
Let f ∈ Cr,p ([0, 1]2), r, p ∈ ℕ, and let L∗ be a linear left fractional mixed partial differential ...
The theory of complete fractional simultaneous monotone uniform polynomial approximation with rates ...
Let f Î Cr ([−1, 1]), r ³0 and let L∗ be a linear left frac- tional differential operator such that ...
Here we extend our earlier univariate high order simultaneous fractional monotone approximation theo...
Here are applied the right general fractional derivatives Caputo type with respect to a base absolut...
Here we extended our earlier fractional monotone approximation theory to abstract fractional monoton...
Let/∈ Cp ([-1,1]), p ≥ 0 and let L be a linear left fractional differential operator such that L(f) ...
Let/∈ Cp ([-1,1]), p ≥ 0 and let L be a linear left fractional differential operator such that L(f) ...
Here we extended our earlier fractional monotone approximation theory to abstract fractional monoton...
Let f ∈ Cr,p ([O, 1]2), r, p ∈ ℕ, and let L be a linear right fractional mixed partial differential ...
Let f ∈ Cr,p ([O, 1]2), r, p ∈ ℕ, and let L be a linear right fractional mixed partial differential ...
The paper deals with the left general fractional derivatives Caputo style with respect to a base abs...
In this article we deal with the following general two-dimensional problem: Let f be a two variable ...
In this article we deal with the following general two-dimensional problem: Let f be a two variable ...
In this article we deal with the following general two-dimensional problem: Let f be a two variable ...
Let f ∈ Cr,p ([0, 1]2), r, p ∈ ℕ, and let L∗ be a linear left fractional mixed partial differential ...
The theory of complete fractional simultaneous monotone uniform polynomial approximation with rates ...