图 书 馆开课单位--牛津大学
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61Sequential Monte-Carlo Methods[顺序蒙特卡罗方法]
Nando de Freitas, Arnaud Doucet(牛津大学) Over the last fifteen years, sequential Monte Carlo (SMC) methods gained popularity as powerful tools for solving intractable inference problems arisi...
热度：155
Nando de Freitas, Arnaud Doucet(牛津大学) Over the last fifteen years, sequential Monte Carlo (SMC) methods gained popularity as powerful tools for solving intractable inference problems arisi...
热度：155
62Bayesian Nonparametrics[贝叶斯非参数]
Yee Whye Teh(牛津大学) Machine learning researchers often have to contend with issues of model selection and model fitting in the context of large complicated models and spa...
热度：178
Yee Whye Teh(牛津大学) Machine learning researchers often have to contend with issues of model selection and model fitting in the context of large complicated models and spa...
热度：178
63Monte Carlo Methods[蒙特卡罗方法]
Arnaud Doucet(牛津大学) We will first review the Monte Carlo principle and standard Monte Carlo methods including rejection sampling, importance sampling and standard Markov ...
热度：132
Arnaud Doucet(牛津大学) We will first review the Monte Carlo principle and standard Monte Carlo methods including rejection sampling, importance sampling and standard Markov ...
热度：132
64OWL Datatypes: Design and Implementation[OWL数据类型:设计和实现]
Boris Motik(牛津大学) We analyze the datatype system of OWL and OWL 2, and discuss certain nontrivial consequences of its definition, such as the extensibility of the set o...
热度：68
Boris Motik(牛津大学) We analyze the datatype system of OWL and OWL 2, and discuss certain nontrivial consequences of its definition, such as the extensibility of the set o...
热度：68
65Automated Character Annotation in Multimedia[多媒体中的自动字符注释]
Andrew Zisserman(牛津大学) We describe progress in automatically identifying characters in films and TV series using their detected faces together with readily available annotat...
热度：50
Andrew Zisserman(牛津大学) We describe progress in automatically identifying characters in films and TV series using their detected faces together with readily available annotat...
热度：50
66Wheat or chaff - Practically feasible inferactive ontology revision[小麦或箔条——实用可行的交互式本体修改]
Nadeschda Nikitina(牛津大学) When ontological knowledge is acquired automatically, quality control is essential. We consider the tightest possible approach – an exhaustive m...
热度：49
Nadeschda Nikitina(牛津大学) When ontological knowledge is acquired automatically, quality control is essential. We consider the tightest possible approach – an exhaustive m...
热度：49
67Sequential Bayesian Prediction in the Presence of Changepoints
Michael Osborne(牛津大学) We introduce a new sequential algorithm for making robust predictions in the presence of changepoints. Unlike previous approaches, which focus on the ...
热度：38
Michael Osborne(牛津大学) We introduce a new sequential algorithm for making robust predictions in the presence of changepoints. Unlike previous approaches, which focus on the ...
热度：38
68Efficiently Solving Convex Relaxations for MAP Estimation[有效解决MAP估计的凸松弛]
Pawan Kumar Mudigonda(牛津大学) The problem of obtaining the maximum a posteriori (MAP) estimate of a discrete random field is of fundamental importance in many areas of Computer Sci...
热度：80
Pawan Kumar Mudigonda(牛津大学) The problem of obtaining the maximum a posteriori (MAP) estimate of a discrete random field is of fundamental importance in many areas of Computer Sci...
热度：80
69Principle of Systems Biology illustrated using the Virtual Heart[使用虚拟心脏说明系统生物学原理]
Denis Noble(牛津大学) Highest systems property: “The living organism does not really exist in the milieu extérieur but in the liquid milieu intérieu...
热度：53
Denis Noble(牛津大学) Highest systems property: “The living organism does not really exist in the milieu extérieur but in the liquid milieu intérieu...
热度：53
70Principle of Systems Biology illustrated using the Virtual Heart[用虚拟心脏演示系统生物学原理]
Denis Noble(牛津大学) Highest systems property: “The living organism does not really exist in the milieu extérieur but in the liquid milieu intérieur...
热度：43
Denis Noble(牛津大学) Highest systems property: “The living organism does not really exist in the milieu extérieur but in the liquid milieu intérieur...
热度：43