The design and evaluation of a novel approach to reactor core power control based on
emotional learning is described. The controller includes a neuro-fuzzy system with power …

Nuclear reactors are in nature nonlinear and their parameters vary with time as a function of
power level, fuel burnup, and control rod worth. Therefore, these characteristics must be …

In this paper, an adaptive critic-based neurofuzzy controller is presented for water level
regulation of nuclear steam generators. The problem has been of great concern for many …

Improved load following capability is one of the main technical performances of advanced
PWR (APWR). Controlling the nuclear reactor core during load following operation …

In the last decade, the intelligent control community has paid great attention to the topic of
intelligent control systems for nuclear plants (core, steam generator…). Papers mostly used …

There has been a lot of interest in generating electricity using nuclear energy recently. This
interest is due to the features of such a source of energy. The main part of the nuclear …

An innovative adaptive fuzzy control scheme for power tracking in a research nuclear reactor
is presented. The reference power profile is devised to attain the desired power in the …

Improving the methods of identification and control of nuclear power reactors core is an
important area in nuclear engineering. Controlling the nuclear reactor core during load …

A neuro-fuzzy control algorithm is applied for the core power distribution in a pressurized
water reactor. The inputs of the neural fuzzy system are composed of data from each region …

In this paper, a fuzzy model predictive control method is applied to design an automatic
controller for thermal power control in pressurized water reactors. The future reactor power is …