| 2019 | Interact | SplitSlider: A Tangible Interface to Input Uncertainty. | Miriam Greis, Hyunyoung Kim, Andreas Korge, Albrecht Schmidt, Cline Coutrix |
| 2019 | TEI | Extending Input Space of Tangible Dials and Sliders for Uncertain Input. | Miriam Greis, Hyunyoung Kim, Andreas Korge, Cline Coutrix, Albrecht Schmidt |
| 2018 | CHI | Uncertainty Visualization Influences how Humans Aggregate Discrepant Information. | Miriam Greis, Aditi Joshi, Ken Singer, Albrecht Schmidt, Tonja Machulla |
| 2017 | CHI | Increasing Users' Confidence in Uncertain Data by Aggregating Data from Multiple Sources. | Miriam Greis, Emre Avci, Albrecht Schmidt, Tonja Machulla |
| 2017 | CHI | Designing for Uncertainty in HCI: When Does Uncertainty Help? | Miriam Greis, Jessica Hullman, Michael Correll, Matthew Kay, Orit Shaer |
| 2017 | MUM | Detecting uncertain input using physiological sensing and behavioral measurements. | Miriam Greis, Jakob Karolus, Hendrik Schuff, Pawel W. Wozniak, Niels Henze |
| 2017 | MUM | My painting shows my stats: towards a personal colorful activity display. | Alexandra Voit, Miriam Greis, Dominik Weber, Katharina Gnner, Isabella Kutger, Tamara Mantz, Simone Schmidt, Lucas van der Vekens, Albrecht Schmidt |
| 2016 | NordiCHI | Decision-Making under Uncertainty: How the Amount of Presented Uncertainty Influences User Behavior. | Miriam Greis, Passant El Agroudy, Hendrik Schuff, Tonja Machulla, Albrecht Schmidt |
| 2015 | Interact | Investigating Representation Alternatives for Communicating Uncertainty to Non-experts. | Miriam Greis, Thorsten Ohler, Niels Henze, Albrecht Schmidt |
| 2014 | CHI | I can wait a minute: uncovering the optimal delay time for pre-moderated user-generated content on public displays. | Miriam Greis, Florian Alt, Niels Henze, Nemanja Memarovic |
| 2014 | PERCOM | UniDisplay - A research prototype to investigate expectations towards public display applications. | Florian Alt, Nemanja Memarovic, Miriam Greis, Niels Henze |
| 2012 | DIAGRAMS | Enriching Indented Pixel Tree Plots with Node-Oriented Quantitative, Categorical, Relational, and Time-Series Data. | Michael Burch, Michael Raschke, Miriam Greis, Daniel Weiskopf |