Gabrielcarvfer

NS3

NS3 with CMake (upstreamed), MinGW/Msys2 (upstreamed) and experimental ClangCL/Visual Studio support

Estrutura-de-dados-UnB

Material de apoio para a disciplina de estruturas de dados

Redes-de-Computadores-UnB

Repositório com exemplos para disciplina de redes de computadores

WSLSetup

WSL setup steps for SSH and VcxSrv plus Windows task to run every boot

ns3_for_education

Repository of educational examples using ns-3

Introducao-a-Ciencia-da-Computacao-UnB

Repositório com exemplos em python para introdução à ciência da computação e algoritmos e programação de computadores

5grange-l2s

beamer_template_unb

Beamer template for UnB presentations (with dark and light themes)

cmake_format

Source code formatter for cmake listfiles.

CPyCppyy

doxygen

Official doxygen git repository

ed_2022_2

Este repositório foi migrado para https://github.com/Gabrielcarvfer/Estrutura-de-dados-UnB

gabrielcarvfer.github.io

mlpack

mlpack: a fast, header-only C++ machine learning library

musicbrainz_ipfs_cache

Cache MB API requests into json files and distribute them through IPFS

nr

Fork of https://gitlab.com/cttc-lena/nr

ns-3-dce

Run real programs in the discrete time simulator ns3

ns-3-dev

Mirror from https://gitlab.com/Gabrielcarvfer/ns-3-dev

ORAN_testbed_docs

Work in progress

picard

MusicBrainz Picard

positron

pyequ

Basic equilizer to try digital signal processing stuff

pyttb

Python Tensor Toolbox

sdran-helm-charts

Helm charts for SD-RAN

sdran-in-a-box

SDRAN-in-a-Box for SD-RAN project

sphinxcontrib-mermaid

Mermaid diagrams in yours sphinx powered docs

srsRAN_Project

Fork of https://github.com/srsran/srsRAN_Project/ (but created this way because a MSFT genius decided that forks can't be private)

tachiyomi

Free and open source manga reader for Android.

temp

woss-ns3

WOSS is a multi-threaded C++ framework that permits the integration of any existing underwater channel simulator that expects environmental data as input and provides as output a channel realization. Currently, WOSS integrates the Bellhop ray-tracing program. Thanks to its automation the user only has to specify the location in the world and the time where the simulation should take place. This is done by setting the simulated date and the wanted latitude and longitude of every node involved. The simulator automatically handles the rest (see technical description). WOSS can be integrated in any network simulator or simulation tool that supports C++.