Language Breakdown
Lines of code distribution across 10 owned repositories
Pi-Shaped Developer
π-shapedTwo strong pillars: HTML & Jupyter Notebook
Collaboration Network
Global Impact visualization
Repos
38
PRs
0
Growth
+18%
Top Collaborators
No collaborator data yet.
Coding Streak
Contribution activity over the past year
João Mateus Alves Felinto
@JoaoMateu
Ivan Filho
@ivanfilho17
MARCOS EDUARDO
@Medupl
Alp ₿📈🚀🌕
@IDouble
JOSE_IVINES
@ceara-hexdec
Top Repositories
This project uses the CoppeliaSim simulator as an environment to demonstrate the application of computer vision in simulated robotics settings. The simulated scene depicts a table with a notebook and a banana, and a Python code is utilized to access the image captured by the CoppeliaSim camera through the Robot Operating System (ROS).
Simulate 3D to 2D projection in CoppeliaSim with the focal length method. Convert points for computer vision and virtual environments. Easy integration, practical demos, and contributions welcome.
In this workshop, we introduced participants to the fundamental concepts of AI and Computer Vision and guided them through the implementation of an object detection system using hand tracking techniques. The practical activity was conducted in the Google Colab environment using Python.
My progress and exercises related to the training course offered by the online platform Data Science Academy. The course is Fundamentals of Python Language for Data Analysis and Data Science, which is available on their platform.
In this project a game was developed in the Python language, based on the existing game called 'Akinator'. The game aims to instigate the code to find out what the user is thinking. For this, the program asks some questions until it reaches the character that the user thought. The idea arose from the desire to combine what we learned in RASbóticas IEEE UFCG with something that brought our identity. In this way, we added a Python language to the Simpsons and that was how Wiki-Simpsons came about.
Códigos referentes ao avanço do Laboratório de Arquitetura de Sistemas Digitais.
Repositório destinado as minhas atividades na disciplina de Calculo Numérico. Os arquivos presentes foram desenvolvidos na interface do Octave.
The goal of this repository is to create an open-source code capable of controlling the Amatrol Pegasus robotic arm. Code files as well as supporting documents will be provided.
Open Source Impact
Contributions to external projects
No external contributions found.