Articles & White Papers

  • A Comprehensive Review of AI Myths and Misconceptions

    2023

    A Comprehensive Review of AI Myths and Misconceptions

    Giving people realistic expectations and AI literacy can improve discussions about the benefits and costs of AI technology, how and when it should be used, and what we want our future with AI to look like. Written for a broad audience.

  • Plan, Pitch, Perform: From Data Science Idea to Funded Project

    2025

    Plan, Pitch, Perform: From Data Science Idea to Funded Project

    Many data science projects never reach production. This is not just due to technical issues, but also because they lack a connection to real business and end-user needs. This practical guide shows how to plan, pitch, and execute a data science project.

  • Successful Communication of Complex Information

    2023

    Successful Communication of Complex Information

    Complex information must be conveyed accurately and clearly. This 12-page guide aims at improving communication skills for technical experts. It was written primarily for data scientists who need to communicate findings to diverse stakeholders. It is applicable beyond that context.

Selected Peer-Reviewed Research

  • Structuring Uncertainty for Fine-Grained Sampling in Stochastic Segmentation Networks

    2022 · NeuRIPS 2022

    Structuring Uncertainty for Fine-Grained Sampling in Stochastic Segmentation Networks

    In this work, we explore Stochastic Segmentation Networks for image segmentation. These networks predict segmentation uncertainty, which we structure into meaningful components. This adds a layer of explainability that allows humans to fine-tune segmentation by adjusting these components individually.

  • Leveraging the Wikipedia Graph for Evaluating Word Embeddings

    2022 · IJCAI 2022

    Leveraging the Wikipedia Graph for Evaluating Word Embeddings

    We measure word embedding similarity by routing the Wikipedia hyperlink graph, which encodes similarities as edges between articles. This avoids costly human-created datasets and extends naturally to other languages available on Wikipedia.

  • Robust Principal Component Analysis for Generalized Multi-view Models

    2021 · UAI 2021

    Robust Principal Component Analysis for Generalized Multi-view Models

    PCA is susceptible to data corruption. A robust approach decomposes a data matrix into a low-rank component (principal components) and a sparse component (corruptions). This paper shows the decomposition can be recovered exactly for grouped measurements when only the corrupted matrix is given.

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