Wind Farms (WF) employing squirrel cage induction generator (SCIG) is directly connected to the grid, it represent a large percentage of the wind energy conversion systems around the world. In facilities with moderated power generation, the WF are connected through Medium Voltage (MV) distribution headlines. A situation commonly found in such scheme is that the power generated is similar to the...

This paper presents the concept of the reconfigurable preprocessors for intelligent human sensing. Reconfigur-able logic can realize high-performance preprocessing of sensor data with flexibility and low power consumption. It is well known that the custom circuit for a specific application can accelerate the execution of that application. However, custom circuits were not so widely accepted, be...

This report presents low power hardware implementations of the advanced encryption standard (AES). The low power circuit level design were implemented in a 65nm CMOS process from STMicroelectronics. A full AES model in System Verilog was written. This design was synthesized in Synopsys Design Compiler using a range of standard cell gate libraries for comparison purposes and to find the lowest p...

This report presents low power hardware implementations of the advanced encryption standard (AES). The low power circuit level designs will be implemented in a 65nm CMOS process from STMicroelectronics. There will be a synthesized low power base design for comparison purposes using general purpose standard VT (GPSVT) gate libraries. For comparison, the gate libraries of the base design will be ...

This paper describes the model and analyzes custom power devices for compensating voltage sag and swell conditions in three phase systems. Faults occurring in power distribution systems or facilities in plants cause the voltage sag or swell. If a fault occurs, it can damage the power system or user’s facility. Sensitivity to voltage sags and swells varies within different applications. For sens...

We consider two periodically weighted model-matching problems with regard to a discrete-time LTI plant by means of discrete-time linear periodically time-varying (LPTV) control. These two problems are formulated by projection operators and shown to be determined uniquely by corresponding LTI model-matching problems in which new free parameters arise from the periodically time-varying property o...

A method for structural and parameter identification of a slowly time-varying systems is proposed. The frozen-time method is used in this analysis. By means of this method we obtain consecutive LTI models, which are identified in consecutive discrete instants using the Qualitative System Identification (QSI) Algorithm. The proposed algorithm models the behavior of the ODE’s coefficients means o...

SRAM is the most crucial part of memory designs and are imperative in many simple or compound applications that implicate system on chip (SoCs). Power dissipation and stability has now become the most essential area of concern in sub-micron SRAM cell design with continuous technology scaling according to Moore’s law. At latest, retrenchment of channel length MOSFET is directly proportional to t...

ScanProsite--http://www.expasy.org/tools/scanprosite/--is a new and improved version of the web-based tool for detecting PROSITE signature matches in protein sequences. For a number of PROSITE profiles, the tool now makes use of ProRules--context-dependent annotation templates--to detect functional and structural intra-domain residues. The detection of those features enhances the power of funct...

Original scientific paper This paper focuses on the advancement of electric power quality tendencies of an induction motor as well as alleviating the consequence on account of the prolonged duration voltage discrepancy and also quite a short time period voltage variance of these kinds of that over voltage, under voltage continuous interruption, impermanent voltage fall together with voltage cli...