GitXplorerGitXplorer
P

Drone_image_classification

public
6 stars
1 forks
1 issues

Commits

List of commits on branch main.
Verified
b6b6f2fb95f69ac5facfa136e2bda7411a87d246

Update README.md

PPlekhanovaElena committed a year ago
Verified
c19d81c28ba8108a263d9f4e8b0ef93f80cd8f09

Update README.md

PPlekhanovaElena committed a year ago
Verified
f0330b4af15bc5a5e190a71075a654562cdd64d4

Update README.md

PPlekhanovaElena committed a year ago
Verified
81ae10bfe6c267ec6d731eae04dd56896c635bd6

Update README.md

PPlekhanovaElena committed 3 years ago
Verified
8b2e7763ce93004659f22868de69b686c7a8a68d

Update README.md

PPlekhanovaElena committed 3 years ago
Verified
861accf34ca55d919a89b848e9d38cc924f5a9ba

Add files via upload

PPlekhanovaElena committed 3 years ago

README

The README file for this repository.

Drone_image_classification

Landcover classification of drone UAV imagery (RGB and Multispectral) using Random forest with unsupervised segmentation (superpixel) postprocessing.

Description

In this repository I only store the code (Python). The data is taken from Hilden collection, which is accessible by contacting the Hilden Network.

The code is organized into 4 Jupyter notebooks and one Python script with functions:

  • 0._ - preprocessing of the images. Filling the gaps and resizing the images if needed.
  • 1._ - showing an example of landcover classification on one image
  • 2._ - classifying all the prepared in script 0. multispectral imagery
  • 3._ - classifying all the prepared in script 0. RGB imagery
  • myfunctions - all the custom functions I used

Visualization

If you want to quickly glance at how the analysis is done, just view the 1._script. It contains images and descriptions of each step.

Please feel free to contact me if you have any questions!