Abstract Digital Pulse Processing offers multiple advantages over traditional analogue
processing chains. As a disadvantage, produce gigabytes of data every second. Storing and …

In various applications, the classification of radiation detector signals is of crucial
importance. This thesis focuses on a specific and complex use case, namely the …

High resolution spectroscopy systems need accurate measurement of peak height of pulses.
The non-zero response time of the detection system leads to overlap** of pulses, thus …

The recent integration technologies have provided important computing capacities in all
aspects of the signal processing domain. Nuclear science benefits from the advances made …

Particle transport codes used in detector simulation allow the calculation of the energy
deposited by charged particles produced following an interaction. The pulses temporal …

The conventional front end electronics (FEE) for nuclear spectroscopy follow analog
processing of detector signal via preamplifier, spectroscopy amplifier then digitizer. These …

Dans l'instrumentation nucléaire, les architectures de traitement numérique du signal
doivent faire face à la nature poissonienne du signal, composée d'impulsions d'arrivées …