Weak convergence of probability measures in spaces of smooth functions [PDF]
The paper deals with conditions of weak convergence of measures on the space \(C^k\) of \(k\)-times differentiable functions defined on \(\mathbb R^n\) (or on a ball of \(\mathbb R^n)\) with values in \(\mathbb R^N\) \((N\) and \(n\) are positive integers). The author has found necessary and sufficient conditions for tightness of a sequence of measures
Richard J Wilson
exaly +6 more sources
Kuelbs–Steadman Spaces for Banach Space-Valued Measures [PDF]
We introduce Kuelbs–Steadman-type spaces ( K S p spaces) for real-valued functions, with respect to countably additive measures, taking values in Banach spaces. We investigate the main properties and embeddings of L q -type spaces into
Antonio Boccuto +2 more
doaj +2 more sources
Sequential Convergence on the Space of Borel Measures
We study equivalent descriptions of the vague, weak, setwise and total-variation (TV) convergence of sequences of Borel measures on metrizable and non-metrizable topological spaces in this work. On metrizable spaces, we give some equivalent conditions on the vague convergence of sequences of measures following Kallenberg, and some equivalent conditions
Liangang Ma
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Existence and Convergence of Probability Measures in Banach Spaces [PDF]
Theorems of the Bochner-Sazonov type are proved for Banach spaces with a basis. These theorems give sufficient conditions of a topological nature under which a positive definite function is the characteristic functional of a probability measure. The conditions are, in a certain natural sense, best possible.
A. Acosta
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Two-scale convergence with respect to measures and homogenization of monotone operators [PDF]
In 1989 Nguetseng introduced two-scale convergence, which now is a frequently used tool in homogenization of partial differential operators. In this paper we discuss the notion of two-scale convergence with respect to measures.
Dag Lukkassen, Peter Wall
doaj +2 more sources
Order convergence of vector measures on topological spaces [PDF]
Summary: Let \(X\) be a completely regular Hausdorff space, \(E\) a boundedly complete vector lattice, \(C_{b}(X)\) the space of all, bounded, real-valued continuous functions on \(X\), \(\mathcal {F}\) the algebra generated by the zero-sets of \(X\), and \(\mu \: C_{b}(X) \to E\) a positive linear map.
Jun Kawabe, Khurana, Surjit Singh
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Enhanced exploration in reinforcement learning using graph neural network based intrinsic reward mechanism [PDF]
We propose a Graph Neural Network-based Intrinsic Reward Learning (GNN-IRL) framework to address the exploration–exploitation trade-off in Reinforcement Learning (RL). This approach leverages the structural modeling capabilities of Graph Neural Networks (
J. Arun Pandian +2 more
doaj +2 more sources
Touch-Based Partner Yoga for Gay, Bisexual, Transgender, and Queer Men in a Community Wellness Setting: Protocol for a Mixed Methods Program Evaluation of “The Studio” [PDF]
BackgroundLeisure-time physical activity (LTPA) is a well-established contributor to physical, psychological, and social well-being worldwide. Human touch also plays a vital role in life course health, yet opportunities for safe, consensual touch are ...
Jesse Strunk Elkins +2 more
doaj +2 more sources
On weak convergence of measures on Hilbert spaces [PDF]
The paper considers the relationship between the weak convergence of measures on a separable Hilbert space H equipped with the \(w^*\)- and strong topology (denoted respectively by \(H_ w\) and \(H_ s)\). Assuming the weak convergence (weak compactness) of measures in \(H_ w\), conditions are shown necessary to ensure weak convergence (weak compactness)
Merkle, Milan J
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On compactness and convergence in spaces of measures
Adamski, Wolfgang +2 more
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