2016•Journal of Mathematics and StatisticsOpen access

Continuity Function on Partial Metric Space

Fitri Aryani, Hafiz Mahmud, Corry Corazon Marzuki, Mohammad Soleh, Rado Yendra, Ahmad Fudholi

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Abstract

Ordered pairs form of a metric space (S,d), where d is the metric on a nonempty set S. Concept of partial metric space is a minimal generalization of a metric space where each x∈S,d(x,x) does not need to be zero, in other terms is known as non-self-distance.Axiom obtained from the generalization is following properties p(x,x)≤p(x,y) for every x,y∈S.The results of this paper are few studies in the form of definitions and theorems concerning continuity function on partial metric space.

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Ordered pairs form of a metric space (S,d), where d is the metric on a nonempty set S. Concept of partial metric space is a minimal generalization of a metric space where each x∈S,d(x,x) does not need to be zero, in other terms is known as non-self-distance.Axiom obtained from the generalization is following properties p(x,x)≤p(x,y) for every x,y∈S.The results of this paper are few studies in the form of definitions and theorems concerning continuity function on partial metric space.

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Available abstract

Ordered pairs form of a metric space (S,d), where d is the metric on a nonempty set S. Concept of partial metric space is a minimal generalization of a metric space where each x∈S,d(x,x) does not need to be zero, in other terms is known as non-self-distance.Axiom obtained from the generalization is following properties p(x,x)≤p(x,y) for every x,y∈S.The results of this paper are few studies in the form of definitions and theorems concerning continuity function on partial metric space.

Key concepts: Mathematics, Metric space, Generalization, Metric (unit), Intrinsic metric, Space (punctuation), Metric differential, Injective metric space

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