AbstractPhysicists know how to integrate over all possible paths, computer-vision experts want to assign probabilities to arbitrary scenes, and numerical analysts act as if some continuous functions are more typical than others. In these three disparate cases, a more flexible notion of integration is being invoked than is possible in the traditional foundations for mathematics. If allowed to enter a highly speculative mode, such as the intersection of category theory and computer science, we may bump into some solutions to the problem
NOT REPRODUCE LEGIBLY. Generalized Gaussian quadratures appear to have been introduced by Markov [11...
The accurate evaluation of marginal likelihood integrals is a difficult fundamental problem in Bayes...
The term numerical integration covers several different tasks, including numerical evaluation of int...
AbstractPhysicists know how to integrate over all possible paths, computer-vision experts want to as...
In an extension to some previous work on the topic, we show how all classical polynomial-based quadr...
International audiencePath integrals are a central tool when it comes to describing quantum or therm...
Bayesian probabilistic numerical methods are a set of tools providing posterior distributions on the...
7+4 pages (main text + supplementary information), 1 figure, 1 tablePath integrals are a central too...
The first research reports from complex analysis education show that not only novices but also mathe...
Numerical integration or quadrature is one of the workhorses of modern scientific computing and a ke...
Probabilistic integration formulates integration as a statistical inference problem, and is motivate...
Any student of mathematics is familiar with the importance of the process of integration. Integratio...
This article is the rejoinder for the paper “Probabilistic Integration: A Role in Statistical Comput...
AbstractThere has been a great deal of research into good algorithms for approximating multidimensio...
This article is the rejoinder for the paper "Probabilistic Integration: A Role in Statistical Comput...
NOT REPRODUCE LEGIBLY. Generalized Gaussian quadratures appear to have been introduced by Markov [11...
The accurate evaluation of marginal likelihood integrals is a difficult fundamental problem in Bayes...
The term numerical integration covers several different tasks, including numerical evaluation of int...
AbstractPhysicists know how to integrate over all possible paths, computer-vision experts want to as...
In an extension to some previous work on the topic, we show how all classical polynomial-based quadr...
International audiencePath integrals are a central tool when it comes to describing quantum or therm...
Bayesian probabilistic numerical methods are a set of tools providing posterior distributions on the...
7+4 pages (main text + supplementary information), 1 figure, 1 tablePath integrals are a central too...
The first research reports from complex analysis education show that not only novices but also mathe...
Numerical integration or quadrature is one of the workhorses of modern scientific computing and a ke...
Probabilistic integration formulates integration as a statistical inference problem, and is motivate...
Any student of mathematics is familiar with the importance of the process of integration. Integratio...
This article is the rejoinder for the paper “Probabilistic Integration: A Role in Statistical Comput...
AbstractThere has been a great deal of research into good algorithms for approximating multidimensio...
This article is the rejoinder for the paper "Probabilistic Integration: A Role in Statistical Comput...
NOT REPRODUCE LEGIBLY. Generalized Gaussian quadratures appear to have been introduced by Markov [11...
The accurate evaluation of marginal likelihood integrals is a difficult fundamental problem in Bayes...
The term numerical integration covers several different tasks, including numerical evaluation of int...