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This document contains instructions for preparing NAACL HLT 2016 submissions and camera-ready manuscripts. The document itself conforms to its own specifications, and is therefore an example of what your manuscript should look like. Papers are required to conform to all the directions reported in this document. By using the provided LaTeX and BibTeX styles (naaclhlt2016.sty, naaclhlt2016.bst), the required formatting will be enabled by default.

Modelo de Trabalho Acadêmico utilizando classe repUERJ para elaboração de teses, dissertação e trabalhos monográficos em geral. As referencia estão baseadas no modelo bibtex e citação em autor-data. Este modelo foi criado por Dr. Luís Fernando de Oliveira, Professor Adjunto do Departamento de Física Aplicada e Termodinâmica, Instituto de Física Armando Dias Tavares da Universidade do Estado do Rio de Janeiro - UERJ. A classe repUERJ.cls foi criada a partir do código original disponibilizado pelo grupo CódigoLivre (coordenado por Gerald Weber). Foram feitas adequações para implementação das normas de elaboração de teses e dissertações da UERJ. Os estilos repUERJformat.sty codificam os elementos pré-textuais e pós-textuais. O estilo repUERJpseudocode.sty codifica a elaboração de algoritmos utilizando um glossário desenvolvido por mim (Luís Fernando), o mesmo usado em meu curso de Física Computacional. Todo este material está disponível também no meu site http://sites.google.com/site/deoliveiralf. As normas da UERJ para elaboração de teses e dissertações pode ser obtidas no documento disponível no site http://www.bdtd.uerj.br/roteiro_uerj_web.pdf. Agradecimentos ao grupo da Rede Sirius - BDTD e à Biblioteca Setorial da Física. Rio de Janeiro, 11 de Novembro de 2015.

Time Domain Reflectometry DIT

This report describes a brief overview about the incident ocurred on the Soviet Union (URSS) In 1983. On this date their early warning radar indicated that a US missile was headed towards the URSS, but the alert was a system failure. No catastrophe did not happen because the radar operator was able to analyze the situation and realize that it was a system error. The human experience is even more important that the algorithms.

In this work, we investigate the STO as a detector with in-plane geometry using field modulation Spin Torque ferromagnetic resonance (FM-STFMR), during which microwave signal is injected into the device and output response is measured in terms of RMS voltage across lock-in amplifier. The microwave signal injected externally to STO, efficiently synchronizes signal at two times the frequency of free oscillation of the nanomagnet (f0). The synchronization efficiently enhances signal sensitivity at 2f0 which opens other potential for development of spintronic devices. The effect of synchronization in STO under applied input RF power follows a consistent decrease in sensitivity with increasing power. Better synchronization at 2f0 is noticed above threshold current and shows good agreement with the results of numerical simulations.

Microcontrollers.

This document contains instructions for preparing NAACL HLT 2016 submissions and camera-ready manuscripts. The document itself conforms to its own specifications, and is therefore an example of what your manuscript should look like. Papers are required to conform to all the directions reported in this document. By using the provided LaTeX and BibTeX styles (naaclhlt2016.sty, naaclhlt2016.bst), the required formatting will be enabled by default.

Resume of Yogesh Patil

Guerilla Section 2 Worksheet