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Interactive Deep Learning for Sorting Plant Images by Visual Phenotypes
  • +4
  • Huimin Han,
  • Ritvik Prabhu,
  • Timothy Smith,
  • Kshitiz Dhakal,
  • Xing Wei,
  • Song Li,
  • Chris North
Huimin Han
Virginia Tech, Virginia Tech

Corresponding Author:[email protected]

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Ritvik Prabhu
Virginia Tech, Virginia Tech
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Timothy Smith
Virginia Techh, Virginia Techh
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Kshitiz Dhakal
Virginia Tech, Virginia Tech
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Xing Wei
Virginia Tech, Virginia Tech
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Song Li
Virginia Tech, Virginia Tech
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Chris North
Virginia Tech, Virginia Tech
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Abstract

This paper proposes an interactive system called Andromeda that enables users to interact with machine learning models by sorting images in a reduced dimension plot. In our system, a dimension reduction algorithm projects the images into a 2D space representing similarities between the images based on visual features extracted by a deep neural network. With Andromeda, users can alter the projection by dragging a subset of the images into groups according to their domain expertise. The underlying machine learning model learns the new projection by optimizing a weighted distance function in the feature space, and the model re-projects the images accordingly. The users can explore multiple custom projections, and can export a model for future classification tasks. Our approach incorporates user preferences into machine learning model construction and allows reuse of pre-trained image processing models to accomplish new tasks based on user inputs. Using edamame pod images as an example, we transferred a maturity based model into a model that can classify number of seeds per pod to demonstrate the utility of our system.