Add to ORKGIn this paper, by introducing three parameters A, B and λ, and estimating the weight coefficient, we give a new generalization of Hilbert’s inequality with a best constant factor. As applications, we consider its equivalent form and some particular results
We give a new Hilbert's inequality with a best constant factor and some parameters.</p
AbstractIn this paper, the weight coefficient of the formπ−θ(n)/2n+1(with θ(n)>0) is introduced. Imp...
In this paper, by introducing some parameters and estimating the weight coefficient, we give a new H...
In this paper, by introducing three parameters A, B and λ, and estimating the weight coefficient, we...
ABSTRACT. In this paper, by introducing three parameters A, B and λ, and estimating the weight coeff...
AbstractIn this work, by introducing some parameters and estimating the weight coefficient, a new in...
By introducing some parameters and estimating the weight functions, we establish a new Hilbert-type ...
In this paper, the author gives a new extension of Hilbert’s inequality by introducing some paramete...
This paper gives a new Hilbert’s type inequality with the same best constant factor π. As its applic...
This paper gives a new Hilbert’s type inequality with the same best constant factor π. As its applic...
This paper gives a new Hilbert’s type inequality with the same best constant factor π. As its applic...
AbstractBy introducing three parameters A, B, and λ, we give some generalizations of Hilbert's integ...
In this paper, by introducing some parameters and estimating the weight function, we give a generali...
We give a new Hilbert's inequality with a best constant factor and some parameters
AbstractThis paper deals with new generalizations of Hilbert's inequality and their applications. It...
We give a new Hilbert's inequality with a best constant factor and some parameters.</p
AbstractIn this paper, the weight coefficient of the formπ−θ(n)/2n+1(with θ(n)>0) is introduced. Imp...
In this paper, by introducing some parameters and estimating the weight coefficient, we give a new H...
In this paper, by introducing three parameters A, B and λ, and estimating the weight coefficient, we...
ABSTRACT. In this paper, by introducing three parameters A, B and λ, and estimating the weight coeff...
AbstractIn this work, by introducing some parameters and estimating the weight coefficient, a new in...
By introducing some parameters and estimating the weight functions, we establish a new Hilbert-type ...
In this paper, the author gives a new extension of Hilbert’s inequality by introducing some paramete...
This paper gives a new Hilbert’s type inequality with the same best constant factor π. As its applic...
This paper gives a new Hilbert’s type inequality with the same best constant factor π. As its applic...
This paper gives a new Hilbert’s type inequality with the same best constant factor π. As its applic...
AbstractBy introducing three parameters A, B, and λ, we give some generalizations of Hilbert's integ...
In this paper, by introducing some parameters and estimating the weight function, we give a generali...
We give a new Hilbert's inequality with a best constant factor and some parameters
AbstractThis paper deals with new generalizations of Hilbert's inequality and their applications. It...
We give a new Hilbert's inequality with a best constant factor and some parameters.</p
AbstractIn this paper, the weight coefficient of the formπ−θ(n)/2n+1(with θ(n)>0) is introduced. Imp...
In this paper, by introducing some parameters and estimating the weight coefficient, we give a new H...