How to Train an Object Detector using YOLO V8 and Google Colab

TLDRLearn how to train an object detector on your own custom data using YOLO V8 and Google Colab in just five steps. Prepare and structure your data, upload it to Google Drive, and execute the training process.

Key insights

📝Training an object detector using YOLO V8 and Google Colab is a straightforward process.

💻You will need a Google account, Google Drive, and access to Google Colab to train the object detector.

🎯Properly structuring your data is crucial for the training process to work successfully.

⭐️The Google Open Images dataset version 7 is a valuable resource for downloading images and annotations for training.

The training process duration depends on the number of images and the number of epochs chosen.

Q&A

What are the prerequisites for training an object detector using YOLO V8 and Google Colab?

You will need a Google account, Google Drive, and access to Google Colab.

Is it necessary to structure the data in a specific way?

Yes, it is essential to follow the recommended data structure provided in the video.

Can I use a dataset other than squirrels for training?

Absolutely. You can use any dataset you prefer for training the object detector.

Where can I find more detailed instructions on preparing the data and evaluating the trained model?

Check out the author's previous videos for a more comprehensive guide to the entire training process.

How long does the training process typically take?

The duration varies based on the number of images and the number of epochs chosen.

Timestamped Summary

00:00The video introduces training an object detector using YOLO V8 and Google Colab in just five steps.

01:40Proper structuring of the data is crucial for successful training.

04:42The speaker recommends the Google Open Images dataset version 7 as a valuable resource.

06:25Instructions on executing the training steps in the provided notebook are given.

11:50The notebook completes the training process, and the results are saved.

12:47The training results can be downloaded for evaluation and further use.

13:59A directory containing the results and weights of the trained model is shown.

14:38The author encourages viewers to watch previous videos for a more detailed guide.