TaPP

The Theory and Practice of Provenance (TaPP) workshop series was started in San Francisco in 2009 (see previous proceedings). TaPP aims to be a venue for early-stage and innovative research ideas related to provenance, and a forum to encourage exchange of ideas between researchers working on provenance and practitioners or potential users of such research. Industry and academic participants interested in provenance in any setting are welcome, and workshop contributions describing unsolved problems or new potential application areas for provenance research are particularly welcome.

Organizers

• Thomas Pasquier (University of Bristol, UK)

Accepted Papers

• An Event-based Data Model for Granular Information Flow Tracking (Joud Khoury (Raytheon BBN Technologies), Timothy Upthegrove (Raytheon BBN Technologies), Armando Caro (Raytheon BBN Technologies), Brett Benyo (Raytheon BBN Technologies), Derrick Kong (Raytheon BBN Technologies)) pdf: TBD

• Integrity checking and abnormality detection of provenance records (Sheung Chi Chan (University of Edinburgh), James Cheney (University of Edinburgh), Ashish Gehani (SRI International), Hassaan Irshad (SRI International)) pdf: TBD

• A first-principles algebraic approach to data transformations in data cleaning: understanding provenance from the ground up (Santiago Núñez-Corrales (iSchool and NCSA, UIUC), Lan Li (iSchool, UIUC), Bertram Ludäscher (iSchool and NCSA, UIUC)) pdf: TBD

• Data Provenance for Attributes: Attribute Lineage (Dennis Dosso (University of Padua), Susan B. Davidson (University of Pennsylvania), Gianmaria Silvello (University of Padua)) pdf: TBD

• Discrepancy Detection in Whole Network Provenance (Raza Ahmad (SRI International), Eunjin Jung (University of San Francisco), Carolina de Senne Garcia (Ecole Polytechnique), Hassaan Irshad (SRI International), Ashish Gehani (SRI International)) pdf: TBD

• Efficient Provenance Alignment in Reproduced Executions (Tanu Malik (DePaul University), Yuta Nakamura (DePaul University), Ashish Gehani (SRI International)) pdf: TBD

• A Generic Explainability Framework for Function Circuits (Sylvain Hallé (Université du Québec à Chicoutimi), Hugo Tremblay (Université du Québec à Chicoutimi)) pdf: TBD

• Provenance-Based Interpretation of Multi-Agent Information Analysis (Scott Friedman (SIFT), Jeff Rye (SIFT), David LaVergne (SIFT), Dan Thomsen (SIFT), Matthew Allen (Raytheon BBN Technologies), Kyle Tunis (Raytheon BBN Technologies)) pdf: TBD

Program Committee

• Adriane Chapman (University of Southampton, UK)

• Ana Trisovic (Harvard University, USA)

• Ashish Gehani (SRI, USA)

• Berrada Ghita (King’s College London, UK)

• Elisa Bertino (Purdue University, USA)

• David Eyers (University of Otago, New Zealand)

• Irini Fundulaki (ICS-FORTH, Greece)

• Khalid Belhajjame (Paris-Dauphine University, France)

• Lukas Rupprech (IBM, USA)

• Matteo Interlandi (Microsoft, USA)

• Matthew K. Lau (Institute of Applied Ecology, Chinese Academy of Sciences)

• Marta Mattoso (COPPE- Federal Univ Rio de Janeiro, Brazil)

• Mercè Crosas (Harvard University, USA)

• Melanie Herschel (University of Stuttgart, Germany)

• Nicole Bidoit-Tollu (University Paris Sud, France)

• Sebastian Schelter (New York University, USA)

• Xiao Yu (NEC Laboratories America, USA)

• Xueyuan (Michael) Han (Harvard University, USA)

• Yulai Xie (Huazhong University of Science and Technology, China)