Episode

Deepness QGIS plugin

Podcast
Satellite image deep learning
Published
Dec 19, 2024
Duration seconds
777
Processing state
not_requested
Canonical source
https://www.satellite-image-deep-learning.com/p/deepness-qgis-plugin
Audio
https://api.substack.com/feed/podcast/153268444/b9e89586ec9cb3775656c154d1613ecd.mp3
JSON
/v1/public/podcasts/satellite-image-deep-learning-5989248/episodes/deepness-qgis-plugin
Markdown
/podcast/satellite-image-deep-learning-5989248/deepness-qgis-plugin.md

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Summary

In this episode, I caught up with Marek Kraft to learn about the Deepness QGIS plugin. QGIS is a widely used open-source tool for working with geospatial data. It’s written in Python, and its functionality can be expanded with plugins. One plugin that recently caught my attention is Deepness, developed by Marek and his team. Deepness makes it straightforward to use deep learning models in QGIS. You don’t need specialised hardware like GPUs, and it offers a range of pre-trained models through a model zoo. As a long-time QGIS user, I was thrilled to discover Deepness, and I believe it has the potential to make deep learning much more accessible to geospatial practitioners without deep learning expertise. Marek shared some fascinating examples of how the plugin is being used, and discussed the growing community around it. * 📺 Demo video showcasing Deepness in action * 📺 Video of this conversation on YouTube * 👤 Marek on LinkedIn * 🖥️ PUT Vision Lab * 📖 Deepness documentation * 🖥️ Deepness Github page Bio: Marek Kraft is an assistant professor at the Poznań University of Technology (PUT), where he leads the PUT Computer Vision Lab. The lab focuses on developing intelligent algorithms for extracting meaningful information from images, videos, and signals. This work has applications across diverse fields, including Earth observation, agriculture, and robotics (including space robotics). Kraft's current research involves close-range remote sensing image analysis, specialising in small object detection for environmental monitoring. He also collaborated on European Space Agency projects aimed at extraterrestrial rover navigation and autonomy, making use of his knowledge of embedded systems. His research has led to over 80 publications, several patents, and a history of securing…