Mathias Unberath

@MathiasUnberath

Assistant Professor working on Imaging, Machine Learning, and Augmented Reality to develop collaborative systems for healthcare.

Baltimore, MD
Joined January 2015

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  1. Retweeted
    Jan 2

    and communities need to interact more to productively bring about intelligent systems that intend to assist people in real-world settings. A systematic review of the literature on transparent ML for medical image analysis reveals a clear disconnect btw the communities

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  2. 25 Dec 2021

    Increasing the acceptance of empirical formative user research as an integral component of human-centered ML design for MIC, will be critical in ensuring that the assumptions on which human-centered systems are built hold in the real world. Our guidelines attempt a first step.

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  3. 25 Dec 2021

    In short, we find that contemporary research on transparent ML for medical image analysis at risk of being incomprehensible to users, and thus, clinically irrelevant.

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  4. 25 Dec 2021

    Further, while all studies considered medical image analysis, only ~half of them were developed by multidisciplinary clinician-engineering teams. And only 3 (of the 68) reported empirical user testing.

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  5. 25 Dec 2021

    From review, we found that only ~half of the studies specified who users will be. Those that do specify target clinicians (no other stakeholders considered). However, no study considered formative user research to understand user context, needs, wants, and priors.

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  6. 25 Dec 2021

    Transparency is not a property of an ML model, but an affordance (relationship between model and user). In healthcare, there is a large knowledge gap between devs and potential targets (clinicians, patients,...). So, transparent - to whom?

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  7. 25 Dec 2021

    Transparent ML for MIC zeros in on method development & forgets human factors that determine intelligibility and downstream goals, e.g., trust. We suggest prioritizing formative user research to ensure that ML systems afford transparency.

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  8. Retweeted

    Engineers at have recently developed a new -based system that could be used to train surgeons to complete skull base surgeries, as well as potentially other complex surgical procedures.

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  9. 3 Dec 2021

    We systematically review non-adversarial robustness and suggest a struct causal model of imaging. Robustness then measures how well model performs on counterfactually altered images, where rare phenomena are artificially emphasized via soft interventions.

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  10. Retweeted
    16 Nov 2021

    We are hiring! is looking for TT faculty in natural language processing (including machine reasoning and grounded language), machine learning, AI and HCI. Join us!

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  11. Retweeted
    27 Oct 2021

    Pediatric Otoscopy Video Screening with Shift Contrastive Anomaly Detection by Weiyao Wang et al. including

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  12. Retweeted
    12 Oct 2021

    Check out Stereo Transformer at , which revisists the stereo depth estimation from a sequential problem. We will be there today and Thursday for Q&A. Many thanks to my collegues/advisor and more!

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  13. Retweeted
    29 Sep 2021
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  14. 29 Sep 2021

    She surprised me with the idea and I loved it A true testament to Anna creativity in communication and research. BTW, she's on the market for a PhD position last I heard :)

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  15. 27 Sep 2021

    Delightful start to with Adnan and winning an Outstanding Paper Award in the workshop for our work on immersive VR + haptics to train experts and generate data for ML at the same time.

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  16. Retweeted
    22 Sep 2021

    We have prepared super cool video for the upcoming - drop by us at the poster to chat about the interpretability of the severity scoring in pelvic traumas 📝:

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  17. Retweeted
    14 Sep 2021
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  18. Retweeted
    16 Aug 2021

    An Interpretable Algorithm for Uveal Melanoma Subtyping from Whole Slide Cytology Images by Haomin Chen et al. including

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  19. Retweeted
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  20. 6 Aug 2021

    2D/3D registration is at the center of image-based surgical navigation and will enable mixed reality and robotic techniques. But, it's notoriously difficult. 😢 We review how machine learning helps and identify next frontiers.

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