AbstractThe tight span, or injective envelope, is an elegant and useful construction that takes a metric space and returns the smallest hyperconvex space into which it can be embedded. The concept has stimulated a large body of theory and has applications to metric classification and data visualisation. Here we introduce a generalisation of metrics, called diversities, and demonstrate that the rich theory associated to metric tight spans and hyperconvexity extends to a seemingly richer theory of diversity tight spans and hyperconvexity
In this work we consider two hyperconvex diversities (or hyperconvex metric spaces) (X; dX) and (Y; ...
The embedding of finite metrics in `1 has become a fundamental tool for both combinatorial optimizat...
The tight-span of a finite metric space is a polytopal complex that has appeared in several areas of...
The tight span, or injective envelope, is an elegant and useful construction that takes a metric spa...
Diversities have been recently introduced as a generalization of metrics for which a rich tight span...
AbstractTight-spans of metrics were first introduced by Isbell in 1964 and rediscovered and studied ...
Diversities have recently been developed as multiway metrics admitting clear and useful notions of h...
Tight-spans of metrics were first introduced by Isbell in 1964 and rediscovered and studied by other...
Abstract. Tight-spans of metrics were first introduced by Isbell in 1964 and rediscovered and studie...
AbstractTight-spans of metrics were first introduced by Isbell in 1964 and rediscovered and studied ...
Diversities have recently been developed as multiway metrics admitting clear and useful notions of h...
In this work we consider two hyperconvex diversities (or hyperconvex metric spaces) (X, δX) and (Y, ...
AbstractThe tight span of a finite metric space (X,d) is the metric space T(X,d) consisting of the c...
AbstractThe concept of tight extensions of a metric space is introduced, the existence of an essenti...
On the gluing of hyperconvex metrics and diversities Abstract. In this work we consider two hypercon...
In this work we consider two hyperconvex diversities (or hyperconvex metric spaces) (X; dX) and (Y; ...
The embedding of finite metrics in `1 has become a fundamental tool for both combinatorial optimizat...
The tight-span of a finite metric space is a polytopal complex that has appeared in several areas of...
The tight span, or injective envelope, is an elegant and useful construction that takes a metric spa...
Diversities have been recently introduced as a generalization of metrics for which a rich tight span...
AbstractTight-spans of metrics were first introduced by Isbell in 1964 and rediscovered and studied ...
Diversities have recently been developed as multiway metrics admitting clear and useful notions of h...
Tight-spans of metrics were first introduced by Isbell in 1964 and rediscovered and studied by other...
Abstract. Tight-spans of metrics were first introduced by Isbell in 1964 and rediscovered and studie...
AbstractTight-spans of metrics were first introduced by Isbell in 1964 and rediscovered and studied ...
Diversities have recently been developed as multiway metrics admitting clear and useful notions of h...
In this work we consider two hyperconvex diversities (or hyperconvex metric spaces) (X, δX) and (Y, ...
AbstractThe tight span of a finite metric space (X,d) is the metric space T(X,d) consisting of the c...
AbstractThe concept of tight extensions of a metric space is introduced, the existence of an essenti...
On the gluing of hyperconvex metrics and diversities Abstract. In this work we consider two hypercon...
In this work we consider two hyperconvex diversities (or hyperconvex metric spaces) (X; dX) and (Y; ...
The embedding of finite metrics in `1 has become a fundamental tool for both combinatorial optimizat...
The tight-span of a finite metric space is a polytopal complex that has appeared in several areas of...