Contact | Publications | Research | Software | Teaching
Software
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LEcount
(Linear Extension Counting)
– A program for counting the linear extensions of a given partial order
(c) 2015 K. Kangas, T. Hankala, T. Niinimäki, M. Koivisto, University of Helsinki. IJCAI'16. -
Junctor & Adjunct
(Junction Trees Optimally and Recursively)
– Programs for Bayesian learning of decomposable graphical models from complete data
(c) 2015 K. Kangas, T. Niinimäki, M. Koivisto, HIIT and University of Helsinki. NIPS'14, UAI'15. -
BOSON
(Bucker Order Scheme for Optimal Networks)
– A program for finding an optimal Bayesian network structure
(c) 2013 P. Parviainen and M. Koivisto, HIIT and University of Helsinki. UAI'09, JMLR 2013. -
BEANDisco
(Bayesian Exact and Approximate Network Discovery)
– A program for exact and approximate Bayesian structure discovery in Bayesian networks
(c) 2011 T. Niinimäki, P. Parviainen, M. Koivisto, HIIT and University of Helsinki. AISTATS'10, UAI'11. -
REBEL
(Rapid Exact Bayesian Edge Learning)
– A program for exact Bayesian structure discovery in Bayesian networks
(c) 2006 M. Koivisto and K. Sood, HIIT Basic Research Unit, University of Helsinki. JMLR 2004, UAI'06. -
HIT
(Haplotype Inference Technique)
– A program for reconstructing haplotypes from unphased genotype data
using a hidden Markov model
(c) 2005 P. Rastas, University of Helsinki. WABI'05. -
MDLBlockFinder
– A Minimum Description Length -based method for the analysis
of haplotype blocks
(c) 2003 M. Koivisto, H. Mannila, M. Lukk, K. Sood, and E. Ukkonen. University of Helsinki and HIIT BRU. PSB'03.
Contact | Publications | Research | Software | Teaching
Last modified Sep 25, 2017.