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Duncan C. McElfresh

Publication record assembled from the DBLP archive of ranked conferences.

Papers indexed

13

Venues

6

Active years

2012–2021

Best venue rank

A*

Where they publish

Papers

13 indexed papers, newest first.

YearVenueTitleAuthors
2021AAAIOptimal Kidney Exchange with Immunosuppressants.Haris Aziz, gnes Cseh, John P. Dickerson, Duncan C. McElfresh
2021AAAIIndecision Modeling.Duncan C. McElfresh, Lok Chan, Kenzie Doyle, Walter Sinnott-Armstrong, Vincent Conitzer, Jana Schaich Borg, John P. Dickerson
2021WSCDistributionally Robust Cycle and Chain Packing With Application To Organ Exchange.Duncan C. McElfresh, John P. Dickerson, Ke Ren, Hoda Bidkhori
2020AIESArtificial Artificial Intelligence: Measuring Influence of AI 'Assessments' on Moral Decision-Making.Lok Chan, Kenzie Doyle, Duncan C. McElfresh, Vincent Conitzer, John P. Dickerson, Jana Schaich Borg, Walter Sinnott-Armstrong
2020AIESHuman Comprehension of Fairness in Machine Learning.Debjani Saha, Candice Schumann, Duncan C. McElfresh, John P. Dickerson, Michelle L. Mazurek, Michael Carl Tschantz
2020ICMLMeasuring Non-Expert Comprehension of Machine Learning Fairness Metrics.Debjani Saha, Candice Schumann, Duncan C. McElfresh, John P. Dickerson, Michelle L. Mazurek, Michael Carl Tschantz
2020UAIKidney Exchange with Inhomogeneous Edge Existence Uncertainty.Hoda Bidkhori, John Dickerson, Duncan C. McElfresh, Ke Ren
2019AAAIScalable Robust Kidney Exchange.Duncan C. McElfresh, Hoda Bidkhori, John P. Dickerson
2019AIESA Framework for Technically- and Morally-Sound AI.Duncan C. McElfresh
2018AAAIBalancing Lexicographic Fairness and a Utilitarian Objective With Application to Kidney Exchange.Duncan C. McElfresh, John P. Dickerson
2018AAAIBalancing Lexicographic Fairness and a Utilitarian Objective With Application to Kidney Exchange.Duncan C. McElfresh, John P. Dickerson
2018AAAIBalancing Lexicographic Fairness and a Utilitarian Objective with Application to Kidney Exchange.Duncan C. McElfresh, John P. Dickerson
2012ICASSPAutomatic classification of audio data using nonlinear neural response models.Jrg-Hendrik Bach, Arne-Freerk Meyer, Duncan C. McElfresh, Jrn Anemller