Gallery — Two-column

I prepared this template for my technical report writing class at Bilkent University. It is based on the IEEE peer review class.

En este informe se presenta detalladamente el desarrollo de la primera practica de laboratorio, en la cual encontramos la ley de ohm y sus aplicaciones en los circuitos en paralelo y en serie, teniendo en cuenta las normas de laboratorio para así lograr la correcta finalización de dicha guía.

Adaptación de la plantilla IEEE for journals, para ser utilizada en los cursos de Ingeniería de Sistemas en la Universidad Minuto de Dios.

Laboratorio correspondiente a hidraulica a presion, perdida por Accesorios HL

Esta plantilla fue creada para utilizarse como reporte de los laboratorios de INCQ. La información se encuentra divida en subarchivos para mejorar su organización. La compilación recomendada es de pdftex.

The purpose of this report is to explain how – by leveraging on the capabilities of the amazon web services – it is possible to manage and process a set of data that is too large and complex for traditional data processing techniques and technologies. The report discusses the implementation of a set of services – from the retrieval of external data to its transformation, through the storage on non relational databases and finally the parallel computation on an external cluster – meant for the management of discographic information in order to easily join different data in an agile manner and subsequently perform additional processing based on the joined output.

This document is the LaTeX template for submitting articles at the WPGEC (Workshop de Pós-graduação de Engenharia da Computação) from the University of São Paulo in its sixth edition. This document allows the writing of articles in both portuguese and english version. Collaborator: Rosalia Caya

Gliding is an efficient and versatile way to traverse large distances whilst expending as little energy as possible. Work done in the field of biomimetic robotics has demonstrated further benefits to gliding in increasing trajectory control and reducing landing impact loads. A small-scale micro-glider was built to fit a specific design envelope with the objective of maximizing its glide range. A linear dynamics model was used to design and predict the gliding performance of the robot. Once manufactured, it achieved a glide distance of 1.8m and the performance was accurately captured by the dynamics model.

Scientific publication template or paper for beginners.