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Hvordan får vi fat på flere deltagere, når vi følger op på effekten af forløb, hvor deltagere kvitter tobak og nikotin? Det er omdrejningspunktet for STOPbasens temarapport baseret på interviews med både rådgivere og deltagere omkring opfølgning 6 måneder efter et kursusforløb.

As we got noticed that, in the laboratory, It is some how difficult for the faculty to call the students for any purpose while they are on their table doing the experiments. So, our Team had decided to create a system which will help the faculty to call a particular team for any purposes such as viva or for any purposes. They only need to press the buttons on the small module provided on their table, once they press any switches, there is a wireless transmitter module is given which will transmit the signal, there will be a receiver on each module which will glow in accordance button they got pressed. Here we are using some basic elements such as an encoder as well as an decoder, some switches, and some indicating elements and power supply. Our team believes that this work could help our faculty in the laboratory.

This edition presents a sonata for solo scordatura violin by Johann Heinrich Schmelzer comprised of 99 varied repetitions of an ostinato. Included here is a detailed examination of the source, problems with the continuo, and a possible performance solution. A complete score and continuo part are included in the appendices along with a detailed formal analysis of the work.

The Doppler lidar (DL) is an active remote sensing instrument that provides range- and time-resolved measurements of radial velocity and attenuated backscatter. The principle of operation is similar to radar in that pulses of energy are transmitted into the atmosphere; the energy scattered back to the transceiver is collected and measured as a time-resolved signal. From the time delay between each outgoing transmitted pulse and the backscattered signal, the distance to the scatterer is inferred. The radial or line-of-sight velocity of the scatterers is determined from the Doppler frequency shift of the backscattered radiation. The DL uses a heterodyne detection technique in which the return signal is mixed with a reference laser beam (i.e., local oscillator) of known frequency. An onboard signal processing computer then determines the Doppler frequency shift from the spectra of the heterodyne signal. The energy content of the Doppler spectra can also be used to determine attenuated backscatter.

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Exploring the legal framework for the Automated Driving System (ADS) in several EU Member States and Great Britain.

Este anexo objetiva apresentar as ações desenvolvidas pela equipe de pesquisadores do Produto 3, do eixo de Assistência Técnica, para o alcance da meta pactuada no âmbito do subproduto 3.2, a saber: 09 (nove) visitas in loco previstas no produto 3.2. Considerando o contexto da Pandemia do Covid-19, foram realizados alguns ajustes que não comprometeram os resultados finais previstos no projeto, uma vez que os objetivos previstos relacionados com esta meta foram alcançados, sobretudo o desenvolvimento do sistema de monitoramento da gestão do PDDE e suas Ações Integradas.

Exploring the legal framework for the Automated Driving System (ADS) in several EU Member States and Great Britain.

status: published