MinneApple Fruit Counting Challenge

Organized by haeni001 - Current server time: Nov. 17, 2019, 10:52 a.m. UTC

Current

Challenge phase
Nov. 1, 2019, midnight UTC

End

Competition Ends
Never

MinneApple Fruit Counting Challenge!

Welcome to the Robotic Sensor Network Laboratories (RSN) MinneApple segmentation challenge. This challenge is only one of our computer vision for precision agriculture challenges. For our challenge on fruit detection and fruit segmentation, please visit the respective websites.

Yield mapping in orchard environments from RGB images is a challenging and important problem, where many current states of the art algorithms fail. We want to push state of the art for computer vision algorithms that can handle large numbers of small fruits in cluttered and occluded outdoor environments.

The competition uses the recently released MinneApple dataset, consisting of roughly 1000 annotated images for fruit detection and segmentation and 60000 images for patch-based fruit counting. The dataset contains a large number of different scenarios, with varying varieties of apple, illumination conditions, and occlusion scenarios. We provide 631 images for training/validation, and the rest are used for testing. Participants are encouraged to generate their own training/validation splits form the data for which we provide labels. We do not make the labels for the testing set available to ensure fair competition.

Please make sure to follow the submission instructions in the Evaluation section.

Additional information can be found on the project webpage and Github

Competition Organizers:

haeni001@umn.edu

Evaluation Criteria

The following metrics are used for characterizing the performance of counting methods on MinneApple. The challenge winner is determined based on the highest Accuracy score.

  1. Mean Accuracy

Result Submission

The server expects a single ZIP archive containing a single text file containing your results. The text file should contain one count per image in the test set. Make sure that the image name in the text file is the same as the name of the original image file. The structure of your ZIP file should look like this:

results.zip--|

             |--results.txt

The test file should contain one image name and a predicted count per line, separated by a comma as such:

results.txt--|

             |--image_name_1,0

             |--image_name_2,3

             |--image_name_3,2

                           |- -...

Terms and Conditions

The images and annotations in this dataset belong to the Robotic Sensor Network Laboratory at the University of Minnesota and are licensed under an Attribution-NonCommercial-ShareAlike 3.0 United States license.

Challenge phase

Start: Nov. 1, 2019, midnight

Competition Ends

Never

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