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Detecting and Explaining Privacy Risks on Temporal Data Speaker: Marie-Christine Rousset, Professor at University of Grenoble Abstract: Personal data

An algebraic circuit computes a polynomial using addition and multiplication operators. Understanding the power of algebraic circuits has close

** Enumeration Classes Defined by Circuits ** We refine the complexity landscape for enumeration problems by introducing very low classes defined by

/Exposé en anglais/Talk in english/ Let G be a bridgeless cubic graph. The Berge-Fulkerson Conjecture (1970s) states that G admits a list of six

Any Physical Theory of Nature Must Be Boundlessly Multipartite Nonlocal [Note: no quantum background is needed to attend this talk] Quantum

We show that interactive protocols between a prover and a verifier, a well-known tool of complexity theory, can be used in practice to certify the

Many classes of Boolean functions can be tested much faster than they can be learned. However, this speedup tends to rely on query access to the

Tensor networks (TNs) offer powerful algorithms for simulating quantum systems, but struggle to represent states with high entanglement. In contrast

Linear Temporal Logic (LTL) is one of the most common formalisms for expressing properties of systems in formal verification and other fields. However

Sébastien Bouchard, LaBRI Titre: Byzantine gathering in polynomial time. Abstract: Gathering is a key task in distributed and mobile systems, which