Skip to content

The project proposes an approach for the development of deep learning based classifiers for LiDAR point cloud, based on methodologies and tools that have been studied.

Notifications You must be signed in to change notification settings

LucasAbreuFG/Hackathon-Project_IEEE_GRSS_Boston

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

13 Commits
 
 
 
 

Repository files navigation

IEEE GRSS Boston Hackathon Project

The project proposes an approach for the development of deep learning based classifiers for LiDAR point cloud, based on methodologies and tools that have been studied.

This is an image acquired in one of the tests in the Puerto Rico terrain data collection



About 📃

Natural disasters can be defined as phenomena generated by the planet's own processes, that is, by nature. These phenomena are extremely destructive and can have catastrophic consequences for humans. Thus, places frequently affected by natural disasters are always developing and applying technologies to protect their population.

Still, many natural disasters are unpredictable and unfortunately their frequency is significantly increasing because of humans. Human actions directly affect the planet, as can be seen in phenomena such as global warming and the greenhouse effect. Some of the most common and destructive natural disasters are earthquakes, hurricanes and volcanic eruptions. Usually, more than one natural disaster is linked to another, for example: hurricanes can culminate in floods, large landslides can be an indication of earthquakes.


For this reason this project is being developed in this hackathon, it was done with the aim of locating, understanding and solving problems related to some natural disasters using the Python language for coding, aid of the QT Modeler software and the use of data. provided by the Hackathon itself for a more realistic analysis of a land that at first suffered losses to natural disasters.



Challenges

Several challenges were proposed for solving problems with natural disasters, among them some were made to analyze specifically, they are:

  • Detection of buildings and constructions;
  • Damaged roads and buildings;
  • Isolated areas;


Scripts

  • show_images.py is our script made using Python to visualize and select point cloud data to segment. It also has a filter application to extract the main points of a selected area.
  • hackaton.ipynb is our notebook for identifying households from footprints data.

Competition placement

With our project that was developed in 3 weeks, we got the first place in this great challenge!!

This project was developed during the IEEE GRSS Boston Hackathon.

About

The project proposes an approach for the development of deep learning based classifiers for LiDAR point cloud, based on methodologies and tools that have been studied.

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published

Contributors 3

  •  
  •  
  •