This is the first post related to contributing to GNOME, where we will talk about the files project and our roadmap to setup the development environment

This post follows the [IQA #2], and we will be discussing approaches to detect fovea on retinal images, using image processing techniques.

This post follows an observation made after IQA #2 post, based on the usage of the model we trained on a specific image.

This post follows the [IQA #1], and we will be applying YOLO to detect Optic Disc on retinal images.

This is an introductory post for my IQA Research project, based on applying computer vision and deep learning techniques to assess quality on retinal fundus images.

Alongside Isabella Caselli, I have just sent my first contribution to the Linux Kernel, on the IIO Tree. This contribution was done on the MPU6050, which is an IMU with accelerometer and gyroscope,...

For the past year, I have been working with a dataset called Brazilian Multilabel Ophthalmological Dataset (BRSET). This dataset was first developed at the Federal University of São Paulo, by medic...

After spending some weeks setting up a Linux Kernel development environment, we are finally being able to start contributing to the Kernel. For that, the TA’s, who are way more experienced on contr...

Following now the 5th tutorial of our series, we run the IIO dummy anatomy tutorial. For this one, some really important concepts on how device drivers are actually coded and organized within the l...

This post is referring to the last linux kernel setup on the series of FLUSP tutorials, explaining aspects of Linux character devices. On this specific tutorial, we were not requested to execute ma...