Understanding the resource utilization and server characteristics of large-scale systems is
crucial if service providers are to optimize their operations whilst maintaining Quality of …

An artificial neural network has been designed to obtain neutron spectra from Bonner
spheres spectrometer count rates. The neural network was trained using 129 neutron …

The objective of this paper is to present the results of the neutron spectrum unfolding using a
high-performance code that we have developed, which is based on genetic algorithm. This …

After its discovery in 1932, the neutron and its nuclear reactions started to be thoroughly
investigated, During the studies on the capture reaction of neutrons in hydro genous …

Neutron activation analysis has been widely used for quantitative analysis. It can quantify
elements in parts per million or billion. Artificial neural network is an attractive technique to …

Neutron activation technique has been applied using a proposed set of twelve thick metal
foils (Au, As, Cd, In, Ir, Er, Mn, Ni, Se, Sm, W, Zn) for off-site measurements to obtain the …

An artificial neural network (ANN) has been designed to obtain neutron doses using only the
count rates of a Bonner spheres spectrometer (BSS). Ambient, personal and effective …

Many methods have been proposed and developed in research into neutron spectrum
unfolding. In this work, three artificial intelligence optimization methods—genetic algorithms …

While neutron activation analysis is widely used in many areas, sensitivity of the analysis
depends on how the analysis is conducted. Even though the sensitivity of the techniques …

The most delicate part of neutron spectrometry, is the unfolding process. The derivation of
the spectral information is not simple because the unknown is not given directly as a result of …