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Report on the project "Maze Solving by an Autonomous Robot" performed at Aalborg University in 2014.

This is a simple report template with the UCT logo. Feel free to use/modify it to suit your needs. Variables that need to be altered have been commented to make modifications easier. For example if you need to change the university logo, look for the comment '% University Logo' in main.tex and then make appropriate modifications in that line. A Table of Contents and a bibliography have also been implemented. To add entries to your bibliography, simply edit biblist.bib in the root folder and then use the '\cite{...}' command in main.tex. The Table of Contents will be updated automatically. I hope that you find this template both visually appealing and useful. - Linus

The entity registry system (ERS) is a decentralized entity registry that can be used to replace the Web as a platform for publishing linked data when the latter is not available. In developing countries, where off-line is the default mode of operation, centralized linked data solutions fail to address the needs of the communities. Although the features are mostly completed, the system is not yet ready for deployment. This project aims to provide extensive tests and scalability investigations that would make it ready for a real scenario.

Use this as a template for your LNT seminar report.

Copyright (C) 2014 M. Moreira and D. Oliveira, . Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.3 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts. A copy of the license is included in the section entitled ``GNU Free Documentation License''.

Szablon pracy zaliczeniowej z epistemologii (Kognitywistyka, IP UAM).

Plantilla Repositorio de Matemáticas Escuela Colombiana de Ingeniería Julio Garavito

Plantilla para informes de laboratorio tipo artículo de la Escuela de Ingeniería Química de la Universidad de Costa Rica

The viscosity of a particular fluid is an interesting parameter that plays an important role in fluid dynamics of that fluid. We chose the common household cooking item canola oil. Using a ball drop, we set out to measure viscosity at various temperatures and create a model for the viscosity of canola oil as a function of temperature, as well as an accurate measurement for viscosity at room temperature. It was found that the viscosity between 0 and 40 degrees Celsius can be approximated using an exponential function and that an estimation for viscosity at room temperature was not very difficult to obtain. The precision of this measurement was limited by uncertainty in lab equipment used to measure various quantities as well as the image analysis software we used and the limited frame-rate of our camera.