Paper describes application of recently developed software based on electromagnetic field theory approach to the analysis of high frequency and transient behavior of spacious and complex grounding systems. Parametric analysis is presented that illustrates possibilities of the utilization of such software in the grounding system design process, to optimize the grounding electrode arrangement for...

Paper describes application of recently developed software based on electromagnetic field theory approach to the analysis of high frequency and transient behavior of spacious and complex grounding systems. Examples of analysis are presented that illustrates possibilities of the utilization of such software in the grounding system design process, to optimize the grounding electrode arrangement f...

Neural networks have been proposed as an ideal cognitive modeling methodology to deal with the symbol grounding problem. More recently, such neural network approaches have been incorporated in studies based on cognitive agents and robots. In this paper we present a new model of symbol grounding transfer in cognitive robots. Language learning simulations demonstrate that robots are able to acqui...

Successful operation of entire power system depends to a considerable extent on efficient and satisfactory performance of substations. Hence substations in general can be considered as heart of overall power system. In any substation, a well designed grounding plays an important role. Since absence of safe and effective grounding system can result in mal-operation or non-operation of control an...

An accurate design of grounding systems is essential to assure the safety of the persons, to protect the equipment and to avoid interruptions in the power supply. In order to attain these targets, it is necessary to compute the equivalent electrical resistance of the system and the potential distribution on the earth surface in fault conditions. In this paper, a numerical approach for grounding...