Mardi 31 mars 2026 à 18h30 • Salle Porquerolles Espace Nautique de Hyères L’UFOLEP du Var, le DAC Var Ouest et la CPTS Hyères et Iles d’Or vous proposent une ” Soirée conférence sur l’Activité Physique Adaptée”. Cette soirée est organisée par les étudiants Master 1 APAS de l’UFR STAPS de l’Université de Toulon. Que vous soyez médecin, prescripteur / intervenant APA ou professionnels, cette soirée vous concerne. Retrouvez nous à l’espace Nautique de Hyères salle Porquerolles ! Programme de la soirée sur l’APA : 18h40 – Ouverture : présentation de la soirée par Thomas PHILIPP (Conseiller Municipal délégué à…
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Pour bien terminer ce Printemps des Poètes, la BU de La Garde vous propose un atelier d’écriture poétique et d’improvisation animé par Wilhem Desclaux, étudiant-artiste de l’ESADTPM. Un moment pour jouer avec les mots, expérimenter, improviser, ouvrir vos écrits à la spontanéité, à l’écriture automatique mais aussi et surtout, à l’aspect brut de ce qui vous anime autour du thème 2026 « La Liberté. Force vive, déployée » … dans une ambiance bienveillante, ouverte à toutes et tous. Vous écrivez déjà ? L’atelier est le lieu parfait pour partager vos écrits ! Autrement…aucune expérience particulière n’est nécessaire : que vous…
ePrint Report: S-two Whitepaper Dan Carmon, Lior Goldberg, Ulrich Haböck, Leonardo Lerer, Ilya Lesokhin This whitepaper describes S-two, a circle STARK (Haböck, Levit, Papini 2024) over the Mersenne prime field with modulus $p =2^{31} -1$. We formalize the “flat AIR” circuit model, a modern arithmetization paradigm used by several contemporary zero-knowledge virtual machines, and we provide an in-depth security analysis of our proof of proximity for flat AIRs. For the latter, we highlight the importance of “cross-domain correlated agreement”, a notion which is crucial for taming the soundness error of multi-table proofs. We show that multi-table circle FRI satisfies this…
ePrint Report: Exploring the Boundary: Discriminative Model-based Parameter Search for Fault Injection Ju-Hwan Kim, Dong-Guk Han Fault Injection (FI) attacks are physical attacks designed to induce specific malfunctions in target devices. The reliable induction of intended faults requires precise tuning of fault parameters. However, existing parameter search strategies typically suffer from an imbalance between exploration and exploitation. This limitation frequently leads to premature convergence to local optima or inadequate investigation of high-potential regions. In this paper, we propose a novel parameter search framework that employs an ensemble of discriminative models to efficiently generate parameter candidates with high success probabilities. Our…
ePrint Report: Improved Related-Key Differential Neural Distinguishers for SPN Block Ciphers Chuchu Ge, Qichun Wang Related-key differential neural distinguishers have recently attracted increasing attention in block-cipher cryptanalysis, yet their construction still relies heavily on cipher-specific manual design. In this paper, we study the systematic construction of related-key differential neural distinguishers for lightweight substitution–permutation network (SPN) block ciphers and propose a unified framework covering difference selection, dataset construction, network architecture, and training and evaluation. Within this framework, we develop a feature-enhancement method that exploits the invertibility of SPN components to derive representations more informative about the final-round internal state, and a…
ePrint Report: A Maliciously-Secure Post-Quantum OPRF from Crypto Dark Matter Diego F. Aranha, Aron van Baarsen, Adam Blatchley Hansen, Kent Nielsen, Peter Scholl We construct protocols for oblivious pseudorandom functions (OPRFs) based on alternating moduli assumptions in the “Crypto Dark Matter” paradigm (Boneh et al, TCC 2016). Prior OPRFs based on this type of assumption were only secure against a semi-honest adversary. We show how to obtain maliciously secure protocols, by leveraging new cut-and-choose techniques for generating correlated randomness based on vector oblivious linear evaluation (VOLE), which allow efficient conversions between different moduli in zero-knowledge and secure two-party computation. Compared…
ePrint Report: Ciphertext-Policy ABE for $mathsf{NC}^1$ Circuits with Constant-Size Ciphertexts from Succinct LWE Jiaqi Liu, Yuanyi Zhang, Fang-Wei Fu We construct a lattice-based ciphertext-policy attribute-based encryption (CP-ABE) scheme for $mathsf{NC}^1$ access policies with constant-size ciphertexts. Let $lambda$ be the security parameter. For an $mathsf{NC}^1$ circuit of depth $d$ and size $s$ on $ell$-bit inputs, our scheme has the public-key and ciphertext sizes $O(1)$ (independent of $d$), and secret-key size $O(ell)$, where the $O(cdot)$ hides $operatorname{poly}(lambda)$ factors. As an application, we obtain a broadcast encryption scheme for $N$ users with ciphertext size $operatorname{poly}(lambda)$ independent of $log N$ and key sizes $operatorname{poly}(lambda,log…
Nell’ambito di “Università Svelate”, iniziativa ideata dalla CRUI in occasione della Giornata Nazionale delle Università, stamane l’Ateneo di Messina ha aperto alla città le porte del nuovo Polo Culturale di Piazza Cavallotti – ospitato nello storico palazzo che per quasi un secolo ha accolto la sede della Banca d’Italia – svelando l’Atrio ed il Gabinetto… Continua a leggere “Università Svelate”, aperte alla città le porte del Nuovo Polo Culturale e del Gabinetto di Lettura L’articolo “Università Svelate”, aperte alla città le porte del Nuovo Polo Culturale e del Gabinetto di Lettura proviene da Comunicati Stampa. (AGENPARL)
Reading time: 2 minutesIvica Zalud, Sam Shomaker, Kimberly Kho, Derek Wong and Tim Dolan. The nation’s first professorship in advanced gynecological surgery at a major academic institution was established last year at the John A. Burns School of Medicine (JABSOM) at the University of Hawaiʻi at Mānoa, expanding access to specialized care in Hawaiʻi. Just months after arriving, Kimberly Kho is already advancing that effort. Kho joined JABSOM after building one of the nation’s leading programs in minimally invasive gynecologic surgery at the University of Texas Southwestern Medical Center. Her work focuses on treating benign gynecologic diseases—noncancerous conditions that affect…
Reading time: 2 minutesPH 623 students make their final presentations on their research projects. Graduate students in the Department of Public Health Sciences (DPHS) at the University of Hawaiʻi at Mānoa enrolled in PH 623: Health Promotion Theory and Methods are helping tackle some of Hawaiʻi’s most pressing health challenges, including issues related to maternal health, cultural responsiveness in data collection and fall prevention. Their community-engaged research was recently highlighted at the department’s annual Hōʻike (exhibit) in December. Public health students partner with MALAMA Aquaponics on their research project. Modeled after a professional academic conference, the Hōʻike, now in its…