activity
20002019
most citedPerfect forms and the cohomology of modular groups

7 citations · 14 across the 6 of their papers we have counts for

collaborators

6 papers

cs.CL2019

Fine-Grained Static Detection of Obfuscation Transforms Using Ensemble-Learning and Semantic Reasoning

Ramtine Tofighi-Shirazi, Irina Mariuca Asavoae, Philippe Elbaz-Vincent

The ability to efficiently detect the software protections used is at a prime to facilitate the selection and application of adequate deob-fuscation techniques. We present a novel…

math.KT2019

Voronoi complexes in higher dimensions, cohomology of for and the triviality of

Mathieu Dutour Sikirić, Philippe Elbaz-Vincent, Alexander Kupers +1

We enumerate the low dimensional cells in the Voronoi cell complexes attached to the modular groups and for , using quotient sublattices techniques…

cs.CR2019★ 3 cited

Defeating Opaque Predicates Statically through Machine Learning and Binary Analysis

Ramtine Tofighi-Shirazi, Irina Asăvoae, Philippe Elbaz-Vincent +1

We present a new approach that bridges binary analysis techniques with machine learning classification for the purpose of providing a static and generic evaluation technique for op…

math.NT2010★ 7 cited

Perfect forms and the cohomology of modular groups

Philippe Elbaz-Vincent, Herbert Gangl, Christophe Soulé

For N=5, 6 and 7, using the classification of perfect quadratic forms, we compute the homology of the Voronoi cell complexes attached to the modular groups SL_N(\Z) and GL_N(\Z). F…

math.KT2007★ 4 cited

Parallel computation of the rank of large sparse matrices from algebraic K-theory

Jean-Guillaume Dumas, Philippe Elbaz-Vincent, Pascal Giorgi +1

This paper deals with the computation of the rank and of some integer Smith forms of a series of sparse matrices arising in algebraic K-theory. The number of non zero entries in th…

math.KT2000

On Poly(ana)logs I

Philippe Elbaz-Vincent, Herbert Gangl, Maxim Kontsevich

We investigate a connection between the differential of polylogarithms (as considered by Cathelineau) and a finite variant of them. This allows to answer a question raised by Konts…