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large-scale learning problem

Large Scale Acquisition of Paraphrases for Learning Surface Patterns

Large Scale Acquisition of Paraphrases for Learning Surface Patterns

... a large corpus (about 150GB) to overcome the data sparseness ...ity problem, we pre-process the text with a simple parts-of-speech (POS) tagger and then apply locality sensitive hashing (LSH) (Charikar, ...

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An Improved Way to Make Large Scale SVR Learning Practical

An Improved Way to Make Large Scale SVR Learning Practical

... It is interesting to note that very frequently the standard SVR problem and our variant (3) give the same w. In fact, from [12] we can see the result which gives sufficient condi- tions that ensure that every ...

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Large Scale Online Learning of Image Similarity Through Ranking

Large Scale Online Learning of Image Similarity Through Ranking

... The problem of selecting an informative representation of images is still an unsolved computer vision challenge, and an ongoing research topic. Different approaches for image representation have been proposed ...

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Large Scale Machine Learning on Debugging Machine Learning Systems

Large Scale Machine Learning on Debugging Machine Learning Systems

... Representation. A classifier must certanly be displayed in a few conventional language that the pc may handle. Con-versely, selecting a illustration for a learner is tan-tamount to picking the pair of classifiers so it ...

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Multi Task Learning for Conversational Question Answering over a Large Scale Knowledge Base

Multi Task Learning for Conversational Question Answering over a Large Scale Knowledge Base

... the problem of conversational question answering over a large-scale knowl- edge ...a large-scale knowledge base, recent neu- ral semantic parsing based approaches usu- ally decompose ...

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Semi-Supervised Eigenvectors for Large-Scale Locally-Biased Learning

Semi-Supervised Eigenvectors for Large-Scale Locally-Biased Learning

... From a technical perspective, the work most closely related to ours is the recently-developed “local spectral method” of Mahoney et al. (2012). The original algorithm of Mahoney et al. (2012) introduced a methodology to ...

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Learning Compact Model for Large-Scale Multi-Label Data

Learning Compact Model for Large-Scale Multi-Label Data

... parameters which have little impact on the predictive accu- racy, as well as to prune redundant feature parameters. We formulate this as a constrained optimizing problem and solve its relaxation form effectively ...

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Large scale Multitask Learning for Machine Translation Quality Estimation

Large scale Multitask Learning for Machine Translation Quality Estimation

... The first approach is sensible because, in the limit, the models built should reflect the “average” strate- gies/preferences of translators. However, its cost makes it prohibitive. The second approach can lead to very ...

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Incremental Learning for Large Scale Churn Prediction

Incremental Learning for Large Scale Churn Prediction

... Principal Component Analysis (PCA) is a well known technique for dimensionality reduction that projects the full dataset into a subset of the eigenvectors of the covariance matrix [2]. The method is robust and can be ...

8

Random Walk Inference and Learning in A Large Scale Knowledge Base

Random Walk Inference and Learning in A Large Scale Knowledge Base

... the problem of constructing inference methods that can scale to large knowledge bases (KB’s), and that are robust to imperfect ...a large triple store, which can be represented as a labeled, ...

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Continuous Learning for Large scale Personalized Domain Classification

Continuous Learning for Large scale Personalized Domain Classification

... tinual learning approaches do not address the problem of incorporating personalized infor- mation dynamically for better domain classi- ...a large margin on both incrementally added new domains and ...

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Algorithms or Actions?:A Study in Large Scale Reinforcement Learning

Algorithms or Actions?:A Study in Large Scale Reinforcement Learning

... Our theoretical analysis does not yet give the exact number of iterations τ where learning over algorithms is better. Hence, in Figure 3 we study how τ changes as several parameters change (problem size | A ...

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A Parameter-Free Classification Method for Large Scale Learning

A Parameter-Free Classification Method for Large Scale Learning

... in the number of variables, and from the selection process which is prone to overfitting. In Boull´e (2007), the overfitting problem is tackled by relying on a Bayesian approach, where the best model is found by ...

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Approximation Vector Machines for Large-scale Online Learning

Approximation Vector Machines for Large-scale Online Learning

... online learning approach, also known as the curse of kernelization, is that the model size ...computational problem and potential memory overflow (Steinwart, 2003; Wang et ...online learning methods ...

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Learning Taxonomy Adaptation in Large-scale Classification

Learning Taxonomy Adaptation in Large-scale Classification

... of large scale hierarchical classification has been proposed by Gopal et ...for large-scale classification has been proposed by Gopal and Yang ...the problem wherein the number of ...

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Large Scale Multiple Kernel Learning

Large Scale Multiple Kernel Learning

... a large number of efficient algorithms to solve the single kernel problems for all sorts of cost functions, we have therefore found an easy way to extend their applicability to the problem of Multiple ...

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Large-scale SVD and Manifold Learning

Large-scale SVD and Manifold Learning

... For neighborhood graph construction, an ’appropriate’ choice of number of neighbors, t, is crucial. A small t may give too many disconnected components, while a large t may introduce unwanted edges. These edges ...

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Reinforcement learning in a large-scale photonic recurrent neural network

Reinforcement learning in a large-scale photonic recurrent neural network

... We further optimized our system ’ s performance by scanning the remaining parameters β and γ. In Fig. 3(a), we show the error convergence under optimized global conditions for a training sample size of 500 steps (blue ...

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Fast Linear Algorithms for Machine Learning

Fast Linear Algorithms for Machine Learning

... machine learning community for predictive modeling and feature ...machine learning problems it’s very common for a dataset to have millions or billions of features and ...

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Scalable Kernel K-Means Clustering with Nystrom Approximation: Relative-Error Bounds

Scalable Kernel K-Means Clustering with Nystrom Approximation: Relative-Error Bounds

... moderately large-scale data ...2012), large-scale machine learning (Meng et al., 2016), and large-scale randomized linear algebra (Gittens et ...of ...

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