A new approach for time-domain analysis and design of lumped networks is considered. The lumped elements are modeled by transmission-line sections or stubs and the modeled network is analysed by the transmission-line matrix (TLM) method, which provides an exact solution to the model. Compensafion of errors arising in modeling the network elements is discussed. Sensitivities w.r.t. design variab...

Wireless sensors have attracted many researchers' attention because of their playing the very important role of smooth transition from the existing network to the smart grid. WSN (wireless sensor network) for surveillance of overhead transmission line is very promising for the efficiency as well as the economy. Meanwhile, it put some new challenges because of the N1 principle in the power util...

126 AI MAGAZINE The Defense Advanced Research Projects Agency (DARPA) Transfer Learning Program (TLP) explored the application of “transfer”—a notion well studied in psychology—to machine learning, where it was still novel. The aims of TLP were to understand and formally frame how this intuitively compelling psychological idea might apply in the computational context, build computational models...

The Dynamic Line Rating (DLR) system is designed to improve the transmission capacity of overhead lines, which decreases or delays to re-build transmission lines. The system is composed of sampling terminals installed on dead-end configuration of a line and one control instrument equipped in dispatch center. The data between the sampling terminals and the control instrument is transmitted throu...

Twenty years after the discovery of high temperature superconductors, practical superconducting wires made of these materials are now being manufactured, and trials of electrical and industrial applications including a train supported by magnetic levitation, a transmission line, a ship ’ s engine, and many others are being implemented. High temperature superconductors have again taken central s...

This paper presents a novel fault location method for series compensated transmission lines. It is established based on synchronized voltages sampling and Thevenin impedance from both ends of series compensated transmission line. The method is based on the use of phasor measurement units (PMU) technology which is aimed to be independent of current measurements, fault type, fault resistance, fau...