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I'm a PhD student under supervision of Prof. Shlomo Moran
in the CS Department, Technion,
My current research concentrates on reconstruction of evolutionary (phylogenetic) trees. I am studying algorithmic and
applicative aspects, as well as issues of computational complexity.
I finished my M.Sc. degree in the bioinformatics track of the Mathematics and CS Department at The Weizmann Institute under
supervision of Prof.
Ehud Shapiro. We devised computational models and algorithms
for optimizing synthesis of long DNA molecules, and gene families (under patent
approval).

Other Areas of Interest
· Theory of computation
· Genomics and algorithms in computational biology
Publications
· Ilan Gronau, Shlomo Moran, and Irad Yavneh, " Towards Optimal Distance Functions for Stochastic Substitutions Models", (pdf) (submitted March, 2009) (BibTex)
- A note on Bayesian optimization of distance functions (Technion technical report CS-2009-06) (pdf)
·
Ilan Gronau, Shlomo Moran, and Sagi Snir, "Fast and
Reliable Reconstruction of Phylogenetic Trees with
Very Short Edges", In SODA:
ACM-SIAM Symposium on Discrete Algorithms, pp 379 – 388, 2008. (pdf) (full version draft) (updated 17-1-08) (BibTex)
– journal version (submitted 13.3.08)
· Ilan Gronau and Shlomo Moran, "Neighbor joining algorithms for inferring phylogenies via LCA-distances", Journal of Computational Biology 14(1), pp 1 – 15, 2007. (corrected June, 2007) (pdf) (tech-report) (BibTex)
·
Ilan Gronau and Shlomo Moran,
"Optimal Implementations of UPGMA and Other Common Clustering
Algorithms", Information Processing
Letters 104(6),
pp 205 – 210, 2007. (pdf) (BibTex)
·
Ilan Gronau and Shlomo Moran, "On
The Hardness of Inferring Phylogenies from Triplet-Dissimilarities", Theoretical Computer
Science 389(1-2), pp 44 – 55, 2007. (pdf) (BibTex)
Teaching
¤
Winter
2007/8 –
Complexity Theory 236313.
¤
Spring
2007 – Algorithms
in Computational Biology 236522.
¤
Winter
2006/7 – Algorithms
1 234247 – Implementing algorithms for phylogenetic reconstruction.
¤
Spring
2006 – Advanced
Programming Lab 236512 – Implementing algorithms for phylogenetic reconstruction.
¤
Winter
2005/6 – Algorithms
in Computational Biology 236522.
¤
Spring
2005 – Combinatorics for
Computer Science 234141.
¤
Other
teachings – Discrete
Mathematics, Algorithms in Graph Theory,
Automata and Formal Languages.
Phylogentic Links
·
PHYLIP – The Phylogeny
Inference Package
(
A full
package of phylogenetic tools (reconstruction
algorithms and data analysis)
·
SeqGen – Sequence
generator on phylogenetic
trees (
An application for the
· Data sets – Simulated phylogenetic data (LIRMM, 'Methods and Algorithms in Bioinformatics' lab)
Sets of probabilistically
generated trees, and sequences evolved over them. Used for testing various
reconstruction methods
Click on
photo to watch full-size high-resolution version.
See more
photos here.
--- Last updated 23-Mar-09 ---