Personnaz A., Amer-Yahia S., Berti-Equille Laure, Fabricius M., Subramanian S. (2021). Balancing familiarity and curiosity in data exploration with deep reinforcement learning. In :
Bordawekar R. (ed.), Amsterdamer Y. (ed.), Shmueli O. (ed.), Tatbul N. (ed.). Fourth workshop in exploiting AI techniques for data management (aiDM'21). New York : ACM, 16-23. SIGMOD/PODS '21 : International Conference on Management of Data, En ligne (CHN), 2021/06/20-25. ISBN 978-1-4503-85350.
Titre du document
Balancing familiarity and curiosity in data exploration with deep reinforcement learning
Année de publication
2021
Type de document
Partie d'ouvrage
Auteurs
Personnaz A., Amer-Yahia S., Berti-Equille Laure, Fabricius M., Subramanian S.
In
Bordawekar R. (ed.), Amsterdamer Y. (ed.), Shmueli O. (ed.), Tatbul N. (ed.), Fourth workshop in exploiting AI techniques for data management (aiDM'21)
Source
New York : ACM, 2021,
16-23 ISBN 978-1-4503-85350
Colloque
SIGMOD/PODS '21 : International Conference on Management of Data, En ligne (CHN), 2021/06/20-25
The ability to find a set of records in Exploratory Data Analysis (EDA) hinges on the scattering of objects in the data set and the onusers' knowledge of data and their ability to express their needs. This yields a wide range of EDA scenarios and solutions that differin the guidance they provide to users. In this paper, we investigate the interplay between modeling curiosity and familiarity in Deep Reinforcement Learning (DRL) and expressive data exploration operators. We formalize curiosity as intrinsic reward and familiarity as extrinsic reward. We examine the behavior of several policies learned for different weights for those rewards. Our experiments on SDSS, a very large sky survey data set provide several insights and justify the need for a deeper examination of combining DRL anddata exploration operators that go beyond drill-downs and roll-ups.
Plan de classement
Sciences fondamentales / Techniques d'analyse et de recherche [020]
;
Informatique [122]
