Imagens Médicas 2 (Medical Images 2)

Open-source initiative for a system for medical image processing.

Online Version (Under Development)

Follow the link: IM2 WebApp

Summary

The project IM2_app is an initiative to create an open source medical imaging system.

Obs:

The first IM2_app app was developed in MATLAB, this generates contradictions regarding the open-source initiative, however the program must run with all its functionality in Octave.

There is also a version developed in python, whose app has almost all the features of the MATLAB version, and a few more (eg count the number of colonies).

A Third version, as a web application is under development and will be released no later than September.

Instalations

• MATLAB version: IM2_app is in its version 1.1.0. Run Apps/mIM2_app to use the interface app or toolbox/matlab to see its image processing functions.
• Python version: Run python im2_app.py, located in the folder Apps/pyIM2_app.
• Web version: Visit our web page after the release of this version.

Contribute

If you want to contribute to the project, all help is welcome. Contributing is also a way to learn more about social coding, bug reports, development tips, pull requests...

In this repository

• docs: Images, guides, references, consulted codes.
• Apps: App Interface Codes.
  • Apps/mIM2_app: GUI developed with MATLAB .
  • Apps/pyIM2_app: GUI developed with Python (PyQT).
• Aulas: Classes and practical work of the discipline. Codes in python and matlab.
• datasets: Images used in classes and some sample images for app testing.
• toolbox:
  • matlab: IM2_app image processing matlab functions and tools.
  • python: IM2_app image processing python functions. (scipy, scikit-image e open-cv)
• im2webapp: Web Application source code.

Configuring the development environment

Desktop Version

• Python3 with the following modules installed: pip install -r requirements.txt
• Matlab or Octave (Open-Source Alternative).

WebApp

• Python3 with the following modules installed: pip install -r requirements.txt
• See file: aws_educate.md

More Info

• An image-processing based automated bacteria colony counter.
• Nondestructive technique for bacterial count based on image processing.
• Image manipulation and processing using Numpy and Scipy.
• MIT Course: Biomedical Signal and Image Processing

License

This project is licensed under the MIT License - see the LICENSE.md file for details.

Autores

• Ronaldo Sena - https://github.com/ronaldosena - ronaldo.sena@outlook.com
• Italo Fernandes - https://github.com/italogfernandes - italogsfernandes@gmail.com

See also the list of contributors who participated in this project.