0000000000588363

AUTHOR

E. Romano

showing 2 related works from this author

Report on collaborative SLPs and related mobility

2020

This report (D6.2) outlines the work carried in Work Package (WP) 6 of this project E-SLP, where 5 actual SLP pilots were designed, implemented and delivered to students. This report builds on the cooperation model described in D6.1, and the work done in WP2 "Concept and role of SLPs in European HE” and WP3 “Institutional policies for SLP’s”. Furthermore D.6.2 describes the methodology used to design each pilot, detailing its target group, study level, contents and programme characteristics. The lessons learned from these pilots will be detailed in D.6.3 “Models and guidelines for the collaborative development and delivery of SLPs and related mobility”, which add the experience level to rep…

short learning programmesverkko-opiskelukoulutussuunnitteluelinikäinen oppiminenkorkeakouluopiskelukoulutusohjelmatpilotointikorkeakoulut
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A combined CWT-DWT method using model-based design simulator for partial discharges online detection

2009

The suppression of noises is fundamental in onsite Partial Discharge (PD) measurements. For this purpose, the wavelet transform analysis method has been developed and it is a powerful tool for processing the transient and suddenly changing signals. As the wavelet transform possesses the properties of multi-scale analysis and time-frequency domain localization, it is also particularly suitable to process the suddenly changing signals of the partial discharge pulse (PD). In this paper, an improved Wavelet denoising method developed by a model-based design software is presented. Simulations are provided as well as some results obtained during laboratory experiment and on-line PD measurements. …

Settore ING-IND/31 - ElettrotecnicaWaveletComputer scienceNoise reductionPartial dischargeModel-based designdiscrete wavelet transforms partial discharge measurements time-frequency analysis transientsElectronic engineeringSoftware designWavelet transformContinuous wavelet transformTime–frequency analysis2009 IEEE Conference on Electrical Insulation and Dielectric Phenomena
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