The pulse pile-up is a long-standing problem which deteriorates the energy, timing and
spatial resolution of the radiation detection systems. Several algorithms have been …

Microdosimetry investigates the energy deposition of ionizing radiation at microscopic
scales, beyond the assessment capabilities of macroscopic dosimetry. This contributes to an …

A novel estimation model based on deep learning is proposed for estimating the pulse
amplitude of photons incident upon a silicon drift detector in X-ray spectroscopic systems. It …

A novel estimator is proposed for estimating the energy distribution of photons incident upon
a detector in X-ray spectroscopic systems. It is specifically designed for count-rate regimes …

A Kalman-filter-based method is proposed to address challenges in nuclear signal
processing, including pileup events and noise cancelation. The state-transition equation is …

Nuclear spectroscopy attempts to infer elemental composition by estimating the energy
distribution of X-ray/gamma-ray photons. Performance at high count rates is limited by pulse …

Le Shot Noise est un processus aléatoire qui permet notamment de modéliser fidèlement le
nombre d'occurrences des interactions entre particules physiques et leurs détecteurs …

Spectroscopy devices suffer from the pulse pileup phenomenon, caused by overlapping of
the signals. The energy-domain based pileup correction algorithm estimates the pulse …

In the context of gamma-spectroscopy, this thesis introduces new nonparametric estimators
of the intensity and the mark's density of a shot-noise process based on a finite sample of …

A method of determining a spectrum of energies of individual quanta of radiation received in
a radiation detector is disclosed. Spectrum sensitive statistics are computed from a time …