| 2012 | CLUSTER | Fast Approximate Matching of Astronomical Objects. | Bin Fu, Eugene Fink, Garth A. Gibson, Jaime G. Carbonell |
| 2011 | SMC | SmartNotes: Application of crowdsourcing to the detection of web threats. | Mehrbod Sharifi, Eugene Fink, Jaime G. Carbonell |
| 2011 | SMC | Detection of Internet scam using logistic regression. | Mehrbod Sharifi, Eugene Fink, Jaime G. Carbonell |
| 2011 | SSDBM | Recipes for Baking Black Forest Databases - Building and Querying Black Hole Merger Trees from Cosmological Simulations. | Julio Lpez, Colin DeGraf, Tiziana di Matteo, Bin Fu, Eugene Fink, Garth A. Gibson |
| 2010 | HPDC | DiscFinder: a data-intensive scalable cluster finder for astrophysics. | Bin Fu, Kai Ren, Julio Lpez, Eugene Fink, Garth A. Gibson |
| 2010 | SMC | Learning of personalized security settings. | Mehrbod Sharifi, Eugene Fink, Jaime G. Carbonell |
| 2009 | SMC | Scheduling with uncertain resources: Representation of common knowledge. | Eugene Fink, Matt Jennings, Konstantin Salomatin, Jaime G. Carbonell |
| 2009 | SMC | Analysis of uncertain data: Smoothing of histograms. | Eugene Fink, Ankur Sarin, Jaime G. Carbonell |
| 2009 | SMC | Creating and visualizing fuzzy document classification. | Judith Gelernter, Dong Cao, Raymond Lu, Eugene Fink, Jaime G. Carbonell |
| 2009 | SMC | Analysis of uncertain data: Selection of probes for information gathering. | Anatole Gershman, Eugene Fink, Bin Fu, Jaime G. Carbonell |
| 2009 | SMC | Analysis of uncertain data: Evaluation of given hypotheses. | Anatole Gershman, Eugene Fink, Bin Fu, Jaime G. Carbonell |
| 2008 | SMC | Scheduling with uncertain resources: Learning to ask the right questions. | Alexander Carpentier, Mehrbod Sharifi, Eugene Fink, Jaime G. Carbonell |
| 2008 | SMC | Analysis of uncertain data: Tools for representation and processing. | Bin Fu, Eugene Fink, Jaime G. Carbonell |
| 2008 | SMC | Scheduling with uncertain resources: Learning to make reasonable assumptions. | Steven Gardiner, Eugene Fink, Jaime G. Carbonell |
| 2007 | SMC | Evaluation of representations in AI problem solving. | Eugene Fink |
| 2007 | SMC | Important extrema of time series. | Eugene Fink, Harith Suman Gandhi |
| 2006 | SMC | Scheduling with Uncertain Resources: Representation and Utility Function. | Ulas Bardak, Eugene Fink, Jaime G. Carbonell |
| 2006 | SMC | Scheduling with Uncertain Resources: Elicitation of Additional Data. | Ulas Bardak, Eugene Fink, Chris R. Martens, Jaime G. Carbonell |
| 2006 | SMC | Scheduling with Uncertain Resources: Collaboration with the User. | Eugene Fink, Ulas Bardak, Brandon Rothrock, Jaime G. Carbonell |
| 2006 | SMC | Scheduling with Uncertain Resources: Search for a Near-Optimal Solution. | Eugene Fink, P. Matthew Jennings, Ulas Bardak, Jean Oh, Stephen F. Smith, Jaime G. Carbonell |
| 2004 | CBMS | Using Probabilistic Methods to Optimize Data Entry in Accrual of Patients to Clinical Trials. | Bhavesh D. Goswami, Lawrence O. Hall, Dmitry B. Goldgof, Eugene Fink, Jeffrey P. Krischer |
| 2004 | SMC | Multi-attribute exchange market: search for optimal matches. | Eugene Fink, Jianli Gong, John Hershberger |
| 2004 | SMC | Search for approximate matches in large databases. | Eugene Fink, Aaron Goldstein, Philip J. Hayes, Jaime G. Carbonell |
| 2004 | SMC | Diagnosis of ovarian cancer based on mass spectra of blood samples. | Hong Tang, Yelena Mukomel, Eugene Fink |
| 2003 | AI | Multi-attribute Exchange Market: Theory and Experiments. | Eugene Fink, Josh Johnson, John Hershberger |
| 2003 | SMC | Experiments on the automated selection of patients for clinical trials. | Eugene Fink, Lawrence O. Hall, Dmitry B. Goldgof, Bhavesh D. Goswami, Matthew Boonstra, Jeffrey P. Krischer |
| 2003 | SMC | Fast-paced trading of multi-attribute goods. | Eugene Fink, Josh Johnson, John Hershberger |
| 2003 | SMC | Indexing of time series by major minima and maxima. | Eugene Fink, Kevin B. Pratt, Harith Suman Gandhi |
| 1995 | IJCAI | Planning with Primary Effects: Experiments and Analysis. | Eugene Fink, Qiang Yang |
| 1993 | IJCAI | Characterizing and Automatically Finding Primary Effects in Planning. | Eugene Fink, Qiang Yang |