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joaomlourenco / novathesis

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Split document type into 2 leves

joaomlourenco
joaomlourenco commented Dec 18, 2016

From @joaomlourenco on December 18, 2016 19:50

From @joaomlourenco on November 18, 2016 13:7

PROBLEM: Current document types include: phd, phdplan, phdprop, msc, mscplan, bsc. As a consequence, sometimes people submit their thesis with the prototype of the jury printed in the cover instead of activating the flag to omit the jury).

PROPOSAL: Replace by a two level scheme, where the first

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enhancement

rubenandrebarreiro / 3d-object-viewer-geometric-solids

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🕋 🔷 🔻 A project based in Computer Graphics and Interfaces. This project was built using HTML (HyperText Markup Language), CSS (Cascade Style Sheets), JavaScript and WebGL (Web Graphics Library). The application allows to visualize multiple 3D Geometric Solids, viewed by multiple projections and angles. The application allows also, see the 3D Geometric Solids in multiple colors, drew in white Wired lines and even, painted and illuminated by custom Vertex/Fragment Shaders that the user can upload to the application, all this in the canvas of the Web Browser!

javascript css html science engineering webgl graphics computer nova computing interfaces 3d geometric solids fct-nova figures fct-unl geometric-solids geometric-figures
  • Updated Mar 30, 2019
  • JavaScript

rubenandrebarreiro / 3d-object-modelling-flying-helicopter

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☀️ 🏢 🚁 A project based in Computer Graphics and Interfaces. This project was built using HTML (HyperText Markup Language), CSS (Cascade Style Sheets), JavaScript and WebGL (Web Graphics Library). The application allows to drive a Flying Helicopter above a city, all using 3D Modelling and 3D Objects. The Flying Helicopter it's drove using the keyboard and you can see all the action of multiple angles, using an Axonometric Projection!

javascript css html science engineering webgl helicopter graphics computer city nova modelling computing flying interfaces 3d fct-nova fct-unl flying-helicopter
  • Updated Mar 30, 2019
  • JavaScript

rubenandrebarreiro / 2d-fractals-mandelbrot-julia

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💠 🔷 🔻 A project based in Computer Graphics and Interfaces. This project was built using HTML (HyperText Markup Language), CSS (Cascade Style Sheets), JavaScript and WebGL (Web Graphics Library). The application allows to see Fractals' structures with multiple scales and, using some of the both Benoit Mandelbrot and Gaston Julia's sets, in the canvas of the Web browser!

javascript css html science engineering webgl graphics julia computer mandelbrot nova computing interfaces fractals 2d julia-sets fct-nova mandelbrot-sets fct-unl
  • Updated Mar 30, 2019
  • JavaScript

rubenandrebarreiro / 3d-object-modelling-industrial-automated-robotic-hand

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🤖 🏭 💎 A project based in Computer Graphics and Interfaces. This project was built using HTML (HyperText Markup Language), CSS (Cascade Style Sheets), JavaScript and WebGL (Web Graphics Library). The application allows to move and manipulate an Industrial Automated Robotic Hand, all using 3D Modelling and 3D Objects. The Robotic Hand can be moved along the floor, do grab movements and rotate some of its own components. The movements and actions of the Robotic Hand are always performed using the keyboard and you can see all the action of multiple angles, using an Axonometric Projection!

javascript css html science engineering webgl graphics computer industrial modelling computing automated interfaces 3d robotic hand fct-nova robotic-hand new-university-of-lisbon fct-unl
  • Updated Mar 30, 2019
  • JavaScript

rubenandrebarreiro / apache-spark-api-flight-airports-average-departure-delays-minimum-spanning-tree

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⌚ 🧳 ✈️ A project based in High Performance Computing. This project was built using Apache Spark API, Java and Gradle. The scenario of the project was a Cluster-based implementation of the Prim's Algorithm in a Graph representation of a network of routes between several airports and the average departure delays of that routes. The goal of this project is to find the bottleneck airport, i.e., the airport with greater aggregated departure delays, then apply a reduction factor and recompute the Minimum Spanning Tree (M.S.T. - Prim's Algorithm).

java science engineering big-data networking apache-spark hadoop clustering routing computer high-performance-computing graph-theory nova informatics airports prim-algorithm cluster-computing fct-nova minimum-spanning-tree fct-unl
  • Updated Jul 10, 2019
  • Python

rubenandrebarreiro / gpu-cuda-self-organising-maps

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🧠 💡 📈 A project based in High Performance Computing. This project was built using CUDA (Compute Unified Device Architecture), C++ (C Plus Plus), C, CMake and JetBrains CLion. The scenario of the project was a GPU-based implementation of the Self-Organising-Maps (S.O.M.) algorithm for Artificial Neural Networks (A.N.N.), with the support of CUDA (Compute Unified Device Architecture), using its offered parallel optimisations and tunings. The final goal of the project was to test the several GPU-based implementations of the algorithm against a given CPU-based implementation of the same algorithm and, evaluate and compare the overall performance (speedup, efficiency and cost).

science engineering data-science machine-learning intelligence cuda computer artificial high-performance-computing gpu-acceleration data-analysis artificial-neural-networks nova informatics gpu-computing unsupervised-learning self-organizing-map fct-nova gpu-testing fct-unl
  • Updated Jun 28, 2019
  • C++

rubenandrebarreiro / fire-fighting-autonomous-intelligent-sensors-mobile-app

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☁️ 📲 🔥 A project based in Mobile and Pervasive Computing. This project was built using Arduino, C++ (C Plus Plus), Java, Android and Google App Engine. The scenario chosen for this project was to combat forest fires with the use of sensors and actuators, to detect and prevent fire occurrences in forests, as also, collect and analyse data from them, and kept in a Web Server. A Mobile App was also built to support some functions and interactions with the system, globally.

android science engineering forest fire mobile-app computer data-extraction data-analysis nova informatics sensors fighting fct-nova mobile-computing ubiquitous-computing fct-unl pervasive-computing web-servers fire-fighting
  • Updated Jun 29, 2019
  • Java

rubenandrebarreiro / mars-rover

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🤖 🗺️ 👽 A project based in Artificial Intelligence, using Search and Genetic Algorithms. This project was built using Java. The scenario chosen for this project was to help an autonomous vehicle, most precisely, a Rover, in the planet Mars, to find and discover the best path to a specify goal. The terrain of the Red Planet, have critical zones and terrains, that offer more costly travels, which the Rover have more difficulty to go through. So, the main idea it's to help this Mars' Rover to find the best path to its goal, using Search Algorithms with heuristics and costs, as also, Genetic Algorithms.

java science engineering intelligence robot rover computer artificial mars autonomous nova vehicles genetic-algorithms heuristics autonomous-vehicles searching-algorithms fct-nova fct-unl intelligent-search-algorithms
  • Updated Jan 27, 2019

rubenandrebarreiro / my-high-school-and-college-academic-grades-plot

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📊 📚 🎓 Simple applications in HTML, TeX and MATLAB to illustrate my school and academic grades in High School and College (BSc. degree and MSc. degree), in a shape of plots and graphs.

programming university master management grades technician college bachelor high-school feup computer-systems fct-nova uporto bsc-degree new-university-of-lisbon fct-unl esmc university-of-porto msc-degree
  • Updated Oct 7, 2019
  • HTML

rubenandrebarreiro / fire-fighting-autonomous-intelligent-sensors-arduino

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☁️ 📲 🔥 A project based in Mobile and Pervasive Computing. This project was built using Arduino, C++ (C Plus Plus), Java, Android and Google App Engine. The scenario chosen for this project was to combat forest fires with the use of sensors and actuators, to detect and prevent fire occurrences in forests, as also, collect and analyse data from them, and kept in a Web Server. A Mobile App was also built to support some functions and interactions with the system, globally.

android science engineering forest fire mobile-app computer data-extraction data-analysis nova informatics sensors fighting fct-nova mobile-computing ubiquitous-computing fct-unl pervasive-computing web-servers fire-fighting
  • Updated Jun 29, 2019
  • C++

rubenandrebarreiro / 2d-rotative-shapes-dance

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🔶 🔺 🔲 A project based in Computer Graphics and Interfaces. This project was built using HTML (HyperText Markup Language), CSS (Cascade Style Sheets), JavaScript and WebGL (Web Graphics Library). The application allows to create multiple geometric shapes, in permanent rotation, with different colors and sizes and, with blur effect or not, by clicking in the canvas of the Web browser!

javascript css html science engineering webgl shapes graphics computer nova dance computing interfaces 2d fct-nova fct-unl rotative
  • Updated Mar 30, 2019
  • JavaScript

rubenandrebarreiro / fire-fighting-autonomous-intelligent-sensors-server

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☁️ 📲 🔥 A project based in Mobile and Pervasive Computing. This project was built using Arduino, C++ (C Plus Plus), Java, Android and Google App Engine. The scenario chosen for this project was to combat forest fires with the use of sensors and actuators, to detect and prevent fire occurrences in forests, as also, collect and analyse data from them, and kept in a Web Server. A Mobile App was also built to support some functions and interactions with the system, globally.

java science engineering forest fire mobile-app computer data-analysis nova informatics sensors fighting actuators fct-nova mobile-computing ubiquitous-computing fct-unl pervasive-computing web-servers fire-fighting
  • Updated May 12, 2020
  • Java

rubenandrebarreiro / quantum-computing-security-and-privacy-of-users

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📎 📜 📝 A project based in Social-Professional Aspects of Informatics. This project was built using TeX and LaTeX. This article/paper will focus in the evolution of the history’s timeline of the Quantum Computing in world’s society, focusing more in its application on Internet’s security and privacy, as also, the benefits and concerns to the Cryptography and Cybersecurity.

social science tex security engineering cryptography privacy latex article internet paper quantum computer cybersecurity professional quantum-computing informatics fct-nova new-university-of-lisbon fct-unl
  • Updated Sep 25, 2019
  • TeX

rubenandrebarreiro / fct-nova-high-performance-computing-labs-part-2

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🗃️ ⏱️ 📈 Projects based in High Performance Computing Labs. This projects was built using Java and Apache Spark. This repository it's based in some practical lab exercises and examples related with High Performance Computing, Clustering, Big Data, among many others! The exercises will be focused in a Network of Routes between Airports.

java science engineering data-science big-data networking apache-spark clustering routing apache computer high-performance-computing nova informatics datasets airports cluster-computing fct-nova fct-unl
  • Updated Sep 19, 2019
  • Java

rubenandrebarreiro / fct-nova-network-and-computer-systems-security-labs

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🕵️‍♂️ 🔑 🔒 Projects based in Network and Computer Systems Security Labs. This projects was built using Java. This repository it's based in some practical lab exercises and examples related with Network and Computer System Security mechanisms, tools and related materials, as cryptography, authentication methods, hashing of messages, packet sniffing, steganography, detection of collisions, cryptoanalysis, among many others!

hashing science security engineering cryptography encryption authentication hacking distributed computer systems networks informatics decryption fct-nova new-university-of-lisbon fct-unl
  • Updated Apr 5, 2019
  • Java

rubenandrebarreiro / fct-nova-high-performance-computing-labs-part-1

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⏱️ 📈 💎 Projects based in High Performance Computing Labs. This projects was built using C++ (C Plus Plus) and CUDA (Compute Unified Device Architecture). This repository it's based in some practical lab exercises and examples related with High Performance Computing, among many others!

science engineering cplusplus cuda computer high-performance-computing gpu-acceleration nova informatics gpu-computing hpc-clusters hpc-applications hpc-systems fct-nova gpu-programming new-university-of-lisbon fct-unl hpc-architectures
  • Updated Jun 30, 2019
  • Cuda

rubenandrebarreiro / fct-nova-computer-science-engineering-documents

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✏️🎓📚 Some important documents and materials of the Integrated Master (BSc. + MSc.) of Computer Science and Engineering, in Faculty of Science and Technology of New University of Lisbon (FCT NOVA | FCT/UNL).

science engineering books university materials slides mathematics presentations portugal computer nova documents college maths bibliographies works fct-nova nova-university new-university-of-lisbon fct-unl
  • Updated Oct 7, 2019
  • HTML

rubenandrebarreiro / fct-nova-machine-learning-labs

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🧠 💡 🤖 Projects based in Machine Learning Labs. This projects was built using Jupyter Notebook, iPython, Python, Anaconda, Spyder IDE and JetBrains PyCharm. This repository it's based in some practical lab exercises and examples related with Machine Learning, using some libraries like NumPy, Matplotlib, SciPy, Pandas and TensorFlow to work on some datasets, among many others!

learning science engineering data-science machine-learning artificial-intelligence computer learning-analytics neural-networks learning-to-rank nova informatics datasets learning-algorithms fct-nova new-university-of-lisbon fct-unl
  • Updated Dec 26, 2019
  • Jupyter Notebook

rubenandrebarreiro / fct-nova-mobile-and-pervasive-computing-labs

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☁️ 📱 🌐 Projects based in Mobile and Pervasive Computing Labs. This projects was built using C++ (C Plus Plus) and Arduino IDE. This repository it's based in some practical lab exercises and examples related with Mobile and Pervasive Computing, among many others!

science arduino engineering computer nova informatics mobile-communications sensors arduino-uno actuators fct-nova mobile-computing arduino-sketches ubiquitous-computing fct-unl pervasive-computing pervasive-systems
  • Updated Jun 29, 2019
  • C++

antoniomnds / novathesis-webconfig

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Add documentation

github-learning-lab[bot]
github-learning-lab[bot] commented Jul 12, 2018

Creating documentation

GitHub Pages is a powerful tool that creates a static web page for GitHub repositories. GitHub Pages looks for an index.html or index.md file, but will also use a README.md file as the home page for the web page.

You can choose to have GitHub Pages look at the master branch, the gh-pages branch, or the /docs directory of the master branch.

:keyb

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