This paper focuses on modeling and control of in-ground-effect (IGE) on multirotor
unmanned aerial vehicles (UAVs). As the vehicle flies and hovers over, around, or …

Gamma spectroscopy is a technique for identifying radioactive sources and evaluating their
activity. Reliable estimation of activity levels remains challenging due to various physical …

In nuclear applications related to radiation energy measurement, digital pulse processing for
fast sampling facility has great advantages compared to the traditional analog pulse …

Automatic sensing devices and computer systems have been widely adopted by the
automotive manufacturing industry, which are capable to record machine status and process …

Pulse pile-up presents a significant challenge in nuclear radiation measurements,
particularly in neutron-gamma pulse shape discrimination, as it causes pulse distortion and …

Pile-up is a common problem in high-count-rate gamma spectroscopy. Many techniques
have been introduced to overcome this problem. Sparse reconstruction is a recent signal …

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 …

The use of compressive sensing tools has become frequent in signal processing
applications when dealing with sparse signals. It has been recently shown that even in the …

One of the main objectives of nuclear spectroscopy is the estimation of the counting rate of
unknown radioactive sources. Recently an algorithm based on a sparse reconstruction of …

The phenomena of pulse pile-up presents a significant challenge to the upper limits of
performance of X-ray and γ-ray spectroscopic systems. In spite of the advances in pile-up …