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Comparison of Mineral Levels in Blood and Hair Samples of Healthy Adults: Evaluating the Clinical Utility of Hair Mineral Analysis. [PDF]
Shahverdian A +7 more
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k -means clustering with outlier removal
Pattern Recognition Letters, 2017We study the problem of data clustering with outlier detection.We propose a k-means-type algorithm by incorporating an additional cluster into the objective function.The algorithm is able to provide data clustering and outlier detection simultaneously.Outliers are not used in the cluster center calculation.Experiments on synthetic and real data show ...
Guojun Gan
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Guaranteed Outlier Removal for Rotation Search
Rotation search has become a core routine for solving many computer vision problems. The aim is to rotationally align two input point sets with correspondences. Recently, there is significant interest in developing globally optimal rotation search algorithms. A notable weakness of global algorithms, however, is their relatively high computational cost,
Álvaro Parra Bustos, Tat-Jun Chin
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Automated Outlier Removal for Mobile Microbenchmarking Datasets
Microbenchmarking is a useful tool for fine-grained performance analysis, and represents a potentially valuable tool in the development of mobile applications and systems. However, the fine-grained measurements of microbenchmarking are inherently susceptible to noise from the underlying operating system and hardware.
Adam Rehn, Jason Holdsworth, Ickjai Lee
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Improving Classification by Outlier Detection and Removal
Advances in Intelligent Systems and Computing, 2015Most of the existing state-of-art techniques for outlier detection and removal are based upon density based clustering of given dataset. In this paper we have suggested a novel approach for iteratively pruning of outliers based upon the non-alignment with model created in a n-dimensional hyperspace.
Tanvir Ahmad
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Guaranteed Outlier Removal with Mixed Integer Linear Programs
The maximum consensus problem is fundamentally important to robust geometric fitting in computer vision. Solving the problem exactly is computationally demanding, and the effort required increases rapidly with the problem size. Although randomized algorithms are much more efficient, the optimality of the solution is not guaranteed.
Tat-Jun Chin +3 more
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Quasi-interpolation and outliers removal
Numerical Algorithms, 2017The authors develop a method for removing outliers using quasi-interpolation. The authors use quasi-interpolation and the approximation error of a function to create a boundary beyond which a data point is adjudicated as an outlier and removed from the dataset.
Anat Amir, David Levin
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Gamma Mixture Models for Outlier Removal
2018 25th IEEE International Conference on Image Processing (ICIP), 2018In this paper, we introduce a probabilistic outlier model which is seamlessly integrated into machine learning frameworks (e.g., boosting and deep neural network) to accurately identify outliers in training samples. With two Gamma mixtures, the proposed model can estimate the distribution of inlier and outlier samples respectively and generates their ...
Xin Wu, Ling Cai 0003, Rongrong Ji
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Removing outliers by minimizing the sum of infeasibilities
Image and Vision Computing, 2010This paper shows that we can classify latent outliers efficiently through the process of minimizing the sum of infeasibilities (SOI). The SOI minimization has been developed in the area of convex optimization to find an initial solution, solve a feasibility problem, or check out some inconsistent constraints.
Hyunjung Lee +2 more
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Optimal outlier removal in high-dimensional
Proceedings of the thirty-third annual ACM symposium on Theory of computing, 2001We study the problem of finding an outlier-free subset of a set of points (or a probability distribution) in n-dimensional Euclidean space. A point x is defined to be a β-outlier if there exists some direction w in which its squared distance from the mean along w is greater than β times the average squared distance from the mean along w [1].
John Dunagan, Santosh S. Vempala
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