A three-dimensional model for calculating long term exposure to extremely low-frequency magnetic fields from high-voltage overhead power lines is presented, as well as its validation by measurements. For the validation, the model was applied to two different high-voltage overhead power lines in Iffwil and Wiler (Switzerland). In order to capture the daily and seasonal variations, each measureme...

Hardware implementation of artificial neuron networks (ANN) based on MOS-transistors with floating gates (Neuron MOS or νMOS) is discussed. Comparison of two type on-chip learning neurons with digital and analog input weight storing is provided. The main problem in design the neuron with analog input weight memory is tolerance to deviations of circuit elements parameters and supplied voltage de...

Abstract In this study, a mathematical model was developed to describe the charging process of pile. The PWM determined, and for DC-DC output pile constructed. Prior photovoltaic connection, voltage distribution network line drop obtained. impact access capacity distributed piles on analyzed. Furthermore, between nodes were balanced calculate each node at time. This analysis enabled investigati...

This paper presents a powerful approach to find the optimal size and location of distributed generation units in a distribution system using Genetic Optimization algorithm (GA). The total active and reactive power losses are minimized and voltage profile is improved. GA fitness function is introduced including the active power losses, reactive power losses and the cumulative voltage deviation v...

The use of a discontinuous single electrode voltage-clamp (dSEVC) offers an attractive alternative to the patch-clamp technique, since whole-cell measurements can be performed with a single sharp electrode. Comparison of current-voltage relations, however, revealed a weaker voltage dependence of channels measured with the dSEVC compared to patch clamp. The accuracy of the dSEVC was tested on Vi...