| 2010 | WISE | Design of Negotiation Agents Based on Behavior Models. | Kivanc M. Ozonat, Sharad Singhal |
| 2009 | KDD | Towards a universal marketplace over the web: statistical multi-label classification of service provider forms with simulated annealing. | Kivanc M. Ozonat, Donald Young |
| 2008 | DSN | Anomaly? application change? or workload change? towards automated detection of application performance anomaly and change. | Ludmila Cherkasova, Kivanc M. Ozonat, Ningfang Mi, Julie Symons, Evgenia Smirni |
| 2008 | DSN | An information-theoretic approach to detecting performance anomalies and changes for large-scale distributed web services. | Kivanc M. Ozonat |
| 2008 | ICSOC | Service Selection in Business Service Ecosystem. | Sujoy Basu, Sven Graupner, Kivanc M. Ozonat, Sharad Singhal, Donald Young |
| 2008 | Middleware | Profiling and Modeling Resource Usage of Virtualized Applications. | Timothy Wood, Ludmila Cherkasova, Kivanc M. Ozonat, Prashant J. Shenoy |
| 2008 | NOMS | Analysis of application performance and its change via representative application signatures. | Ningfang Mi, Ludmila Cherkasova, Kivanc M. Ozonat, Julie Symons, Evgenia Smirni |
| 2006 | DCC | Gauss Mixture Model-Based Classification For Sensor Networks. | Kivanc M. Ozonat, Robert M. Gray |
| 2005 | DCC | Vector Quantization for Classification in a Simple Network. | Kivanc M. Ozonat, Robert M. Gray |
| 2005 | ICASSP | Gauss mixture image classification for the linear image transforms. | Kivanc M. Ozonat, Robert M. Gray |
| 2005 | ICIP | Vector quantization for image classification with side information for the additive Gaussian noise channels. | Kivanc M. Ozonat, Robert M. Gray |
| 2004 | DCC | Image Classification Using Adaptive-Boosting and Tree-Structured Discriminant Vector Quantization. | Kivanc M. Ozonat, Robert M. Gray |
| 2004 | ICIP | Context-dependent tree-structured image classification using the QDA distortion measure and the hidden markov model. | Kivanc M. Ozonat, Sangho Yoon |
| 2004 | MMSP | Fast Gauss mixture image classification based on the central limit theorem. | Kivanc M. Ozonat, Robert M. Gray |