Learning from multiple sources denotes the problem of jointly learning from a set of (partially) related learning problems / views / tasks. This general concept underlies several subfields receiving increasing interest from the machine learning community, which differ in terms of the assumptions made about the dependency structure between learning problems. In particular, the concept includes topics such as data fusion, transfer learning, multitask learning, multiview learning, and learning under covariate shift. Several approaches for inferring and exploiting complex relationships between data sources have been presented, including both generative and discriminative approaches.
The workshop will provide a unified forum for cutting edge research on learning from multiple sources; the workshop will examine the general concept, theory and methods, and will also examine robotics as a natural application domain for learning from multiple sources. The workshop will address methodological challenges in the different subtopics and further interaction between them. The intended audience is researchers working in fields of multi-modal learning, data fusion, and robotics.
The workshop includes a morning session focused on the robotics application, and an afternoon session focused on theory/methods.
- David Hardoon - Institute for Infocomm Research (I2R).
- Gayle Leen - Helsinki University of Technology.
- Jaakko Peltonen - Helsinki University of Technology.
- Simon Rogers - University of Glasgow.
- Barbara Caputo - Idiap Research Institute.
- Francesco Orabona - Idiap Research Institure.
- Nicolò Cesa-Bianchi - Università degli Studi di Milan.
- Cedric Archambeau - Xerox Research.
- Andreas Argyriou - Toyota Technological Institute.
- Claudio Gentile - Università dell'Insubria.
- Mark Girolami - University of Glasgow.
- Samuel Kaski - Helsinki University of Technology.
- Arto Klami - Helsinki University of Technology.
- John Shawe-Taylor - University College London.
- Giorgio Valentini - Università degli Studi di Milan.