March 11th, 2020

What do you want to see next in ML.NET?

Bri Achtman
Program Manager

ML.NET is an open source and cross-platform machine learning framework made for .NET developers.

Using ML.NET, you can stay in .NET to easily build and consume custom machine learning models for scenarios like sentiment analysis, price prediction, sales forecasting, recommendation, image classification, and more.

Over the past six months, the team has been working hard on fixing bugs, improving documentation, and adding more features and capabilities based on user feedback. This includes:

  • Enhancements for .NET Core 3.0
  • Azure training for image classification in Model Builder
  • Expanded support for ONNX export
  • Database loader for model training directly against relational databases
  • Simplified Image Classification API for training image classification models
  • Support for ML.NET in Jupyter Notebooks

Now we’d like to see how you’re using ML.NET and what features we can add and/or improve to make the framework and tooling even better.

Through the survey below, we would love to get feedback on how we can improve ML.NET. We will use your feedback to drive the direction of ML.NET and update our roadmap.

Thanks!

ML.NET team

Category
.NET

Author

Bri Achtman
Program Manager

Bri is a Program Manager at Microsoft on the .NET team, currently working on ML.NET. She spends her time finding and sharing the many interesting ways .NET developers are using machine learning and improving the user experience for ML.NET. Outside of work, Bri is a Vanderbilt alumna who loves taking her dog on long walks to the ice cream shop.

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  • Marcel

    Hi Bri, thanks to the team for putting out a survey to solicit our feedback.

    Is there anything on the roadmap regarding image ranking?
    ie: We need to determine the quality of user-generated images at scale (ie: are they blurry? do they text all over them? Are they artistic, nice contrast etc.)

    We have no idea where to start on this – as it’s not a traditional image classification problem. It’s image ranking. Would love to understand if this is possible/feasible in the ML world.

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