a Combinatorial Characterizations of K-matrices Jan Foniok bc

Source URL: iti.mff.cuni.cz

Hash Kernels & Linear Models Vector Space Model for Text f (x) = hw, xi + b = i

Source URL: www.mlss2014.com

• Algebra
• Mathematics
• Computing
• Functional analysis
• Linear algebra
• Kernel
• Matrices
• Numerical linear algebra
• Email spam
• Group representation
• Spamming

Journal of Classification 27:DOI: s00357Dimensionality Reduction on the Cartesian Product of Embeddings of Multiple Dissimilarity Matrices Zhiliang Ma

Source URL: www.cis.jhu.edu

JOURNAL OF MATHEMATICAL PHYSICS VOLUME 40, NUMBER 9 SEPTEMBER 1999

Source URL: petitjeanmichel.free.fr

• Algebra
• Mathematics
• Linear algebra
• Matrix theory
• Matrices
• Symmetry
• Trace
• Determinant
• Metric
• Permutation
• Symmetry in mathematics
• Symmetric matrix

1 Robust Support Recovery Using Sparse Compressive Sensing Matrices ∗

Source URL: www.ece.umn.edu

Asymptotic properties of Bayesian type estimators without assuming that the Hessian matrices of log-likelihood functions converge Yoichi MIYATA ∗

Source URL: stat.w3.kanazawa-u.ac.jp

Positive-Definite ℓ1-Penalized Estimation of Large Covariance Matrices Lingzhou XUE, Shiqian MA, and Hui ZOU The thresholding covariance estimator has nice asymptotic properties for estimating sparse large covariance m

Source URL: users.stat.umn.edu

Panel 1: New Approaches to Measurement and Metrology for NMs in Complex Matrices Questions addressed in this topic include: • Presentation • What are the state of the art tools for detecting and characterizing ENMs i

Source URL: www.nseresearch.org

Communication Optimal Parallel Multiplication of Sparse Random Matrices∗ Grey Ballard Aydın Buluç

Source URL: gauss.cs.ucsb.edu

• Multiplication
• Matrix theory
• Numerical linear algebra
• Matrix multiplication algorithm
• Analysis of algorithms
• Computational complexity theory
• Matrix multiplication
• Matrix
• Parallel computing
• Multiplication algorithm
• Algorithm
• Time complexity

AN ANALOG SUB-LINEAR TIME SPARSE SIGNAL ACQUISITION FRAMEWORK BASED ON STRUCTURED MATRICES Juhwan Yoo, Amin Khajehnejad, Babak Hassibi, and Azita Emami-Neyestanak Department of Electrical Engineering, California Institut

Source URL: www.mics.caltech.edu