activity
20072026
most citedEstimation of the Hurst parameter from discrete noisy data

47 citations · 83 across the 22 of their papers we have counts for

collaborators

26 papers

math.ST2026

Risk comparison theorems and application to deep learning of diffusion coefficients

Arnaud Gloter, Nakahiro Yoshida

We investigate the nonparametric estimation of the diffusion matrix in stochastic differential equations featuring multidimensional, strong mixing covariate processes. We propose a…

math.ST2026

On the role of symmetry for staircase mechanisms in local differential privacy efficiency across different privacy regimes

Chiara Amorino, Arnaud Gloter

We investigate the structural foundations of statistical efficiency under -local differential privacy, with a focus on maximizing Fisher information. Building on the role of con…

math.ST2025

Drift estimation for rough processes under small noise asymptotic : QMLE approach

Arnaud Gloter, Nakahiro Yoshida

We consider a process $X^\ve$ solution of a stochastic Volterra equation with an unknown parameter in the drift function. The Volterra kernel is singular near zero, exhib…

math.ST2025

Factorization by extremal privacy mechanisms: new insights into efficiency

Chiara Amorino, Arnaud Gloter

We study the problem of efficiency under local differential privacy ( LDP) in both discrete and continuous settings. Building on a factorization lemma, which shows that any…

math.ST2025

Drift estimation for rough processes under small noise asymptotic : trajectory fitting method

Arnaud Gloter, Nakahiro Yoshida

We consider a process $X^\ve$ that solves a stochastic Volterra equation with an unknown parameter in the drift function. The Volterra kernel is singular, and includes as…

math.ST2024

Nonparametric estimation of the stationary density for Hawkes-diffusion systems with known and unknown intensity

Chiara Amorino, Charlotte Dion-Blanc, Arnaud Gloter +1

We investigate the nonparametric estimation problem of the density , representing the stationary distribution of a two-dimensional system $\left(Z_t\right)_{t \in[0, T]}=\left(X…