In this paper we study the monotonicity, in-betweenness and in-sphere properties of matrix means with respect to Bures–Wasserstein, Hellinger and log-determinant metrics. More precisely, we show that the matrix power means (Kubo–Ando and non-Kubo–Ando extensions) satisfy the in-betweenness property in the Hellinger metric. We also show that for two positive definite matrices A and B, the curve of weighted Heron means, the geodesic curve of the arithmetic and the geometric mean lie inside the sphere centered at the geometric mean with the radius equal to half of the log-determinant distance between A and B
Means of positive numbers are well-know but the theory of matrix means due to Kubo and Ando is less ...
In this paper, a family of geometric means for positive matrices is studied; provided some counter e...
AbstractThe set of Hermitian positive-definite matrices plays fundamental roles in many disciplines ...
International audienceOn the space of positive definite matrices we consider distance functions of t...
International audienceOn the space of positive definite matrices we consider distance functions of t...
Let σ and τ be Kubo-Ando means [1]. In this article we consider the in-betweenness property [2] for ...
AbstractOn the manifold of positive definite matrices, a Riemannian metric Kϕ is associated with a p...
In this short note we prove a conjecture due to Bhatia, Lim, and Yamazaki on the matrix power means....
AbstractIn this paper we provide a new class of (metric) geometric means of positive definite matric...
AbstractThe Riemannian metric on the manifold of positive definite matrices is defined by a kernel f...
In this article, we provide an alternate proof of the fact that the weighted power means μp(A,B,t)=(...
The geometric mean of two positive definite matrices has been defined in several ways and studied by...
AbstractWe define a new family of matrix means {Pt(ω;A)}t∈[−1,1], where ω and A vary over all positi...
Means of positive numbers are well-know but the theory of matrix means due to Kubo and Ando is less ...
Bhatia, Lim, and Yamazaki studied the norm minimality of several Kubo-Ando means of positive semidef...
Means of positive numbers are well-know but the theory of matrix means due to Kubo and Ando is less ...
In this paper, a family of geometric means for positive matrices is studied; provided some counter e...
AbstractThe set of Hermitian positive-definite matrices plays fundamental roles in many disciplines ...
International audienceOn the space of positive definite matrices we consider distance functions of t...
International audienceOn the space of positive definite matrices we consider distance functions of t...
Let σ and τ be Kubo-Ando means [1]. In this article we consider the in-betweenness property [2] for ...
AbstractOn the manifold of positive definite matrices, a Riemannian metric Kϕ is associated with a p...
In this short note we prove a conjecture due to Bhatia, Lim, and Yamazaki on the matrix power means....
AbstractIn this paper we provide a new class of (metric) geometric means of positive definite matric...
AbstractThe Riemannian metric on the manifold of positive definite matrices is defined by a kernel f...
In this article, we provide an alternate proof of the fact that the weighted power means μp(A,B,t)=(...
The geometric mean of two positive definite matrices has been defined in several ways and studied by...
AbstractWe define a new family of matrix means {Pt(ω;A)}t∈[−1,1], where ω and A vary over all positi...
Means of positive numbers are well-know but the theory of matrix means due to Kubo and Ando is less ...
Bhatia, Lim, and Yamazaki studied the norm minimality of several Kubo-Ando means of positive semidef...
Means of positive numbers are well-know but the theory of matrix means due to Kubo and Ando is less ...
In this paper, a family of geometric means for positive matrices is studied; provided some counter e...
AbstractThe set of Hermitian positive-definite matrices plays fundamental roles in many disciplines ...