Files Posted by Tim Benham 
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04 Feb 2013 

Truncated multivariate normal Generates pseudorandom vectors drawn from the truncated multivariate normal distribution.
Author: Tim Benham 
random, distribution, gaussian, normal, sample, multivariate 
35 
6 
4.5 
2 ratings

13 Feb 2012 

Uniform distribution over a convex polytope Samples uniformly the interior of a convex polytope.
Author: Tim Benham 
polytope, random, uniform, uniform distribution, hit and run, achr 
20 
11 
5.0 
2 ratings

08 Feb 2012 

Chebyshev Center and Radius Computes the Chebyshev center and Chebyshev radius of a polytope.
Author: Tim Benham 
polytope, polyhedron, chebyshev center 
9 
0 

21 Nov 2011 

Analytic Center Computes the analytic center of a set of linear equations.
Author: Tim Benham 
polytope, linear equations, analytic center, polyhedron 
12 
0 

04 May 2011 

Fast Kmeans Fast Kmeans implementation with optional weights and Kmeans++ style seeding.
Author: Tim Benham 
clustering, kmeans, weighted kmeans 
56 
7 
4.7 
3 ratings

Files Matching Tim Benham's Watch List 
View all

Updated 

File 
Tags 
Downloads (last 30 days) 
Comments 
Rating 
04 Feb 2013 

Truncated multivariate normal Generates pseudorandom vectors drawn from the truncated multivariate normal distribution.
Author: Tim Benham 
random, distribution, gaussian, normal, sample, multivariate 
35 
6 
4.5 
2 ratings

13 Feb 2012 

Uniform distribution over a convex polytope Samples uniformly the interior of a convex polytope.
Author: Tim Benham 
polytope, random, uniform, uniform distribution, hit and run, achr 
20 
11 
5.0 
2 ratings

08 Feb 2012 

Chebyshev Center and Radius Computes the Chebyshev center and Chebyshev radius of a polytope.
Author: Tim Benham 
polytope, polyhedron, chebyshev center 
9 
0 

21 Nov 2011 

Analytic Center Computes the analytic center of a set of linear equations.
Author: Tim Benham 
polytope, linear equations, analytic center, polyhedron 
12 
0 

04 May 2011 

Fast Kmeans Fast Kmeans implementation with optional weights and Kmeans++ style seeding.
Author: Tim Benham 
clustering, kmeans, weighted kmeans 
56 
7 
4.7 
3 ratings


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