This paper presents the structure, design and implementation of a new adaptive digital
shaper for processing the pulses generated in nuclear particle detectors. The proposed …

Performance of a new modification of xenon gamma-ray detector (XGD) is presented. This
detector differs from the previous ones by virtue of improved energy resolution (1.7±0.1)% at …

The output pulses of NaI (Tl) detectors have long tails due to the long decay constant of their
output circuits, and these pulses easily pile up in high-count-rate environments. In this study …

Pile-up between adjacent nuclear pulses is unavoidable in the actual detection process.
Some scholars have tried to apply deep learning techniques to identify pile-up nuclear pulse …

On the basis of preliminary studies, a novel duo-parameter model consisting of amplitude
filter factor and frequency filter factor for low-pass SK filter is presented in this paper. The …

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

In the last two decades, recursive algorithms for real-time digital pulse shaping in pulse
height measurements have been developed and published in number of articles and …

The Joint European Torus (JET) is currently undertaking an enhancement program which
includes tests of relevant diagnostics with real-time processing capabilities for the …

A new Data Acquisition (DAQ) sub-system for gamma-ray diagnostics was developed for
Joint European Torus (JET). The system is based on the ATCA platform and is able to …

The steady state operation with high energy content foreseen for future generation of fusion
devices will necessarily demand dedicated real-time tools and mechanisms for data …