Timezone: »
The fields of active learning, adaptive sensing and sequential experimental design have seen a growing interest over the last decades in a number of communities, ranging from machine learning and statistics to biology and computer vision. Broadly speaking, all active and adaptive approaches focus on closing the loop between data analysis and acquisition. Said in a different way the goal is to use information collected in past samples to adjust and improve the future sampling and learning processes, in the spirit of the twenty questions game. These fields typically address the problem in very diverse ways, and using different problem formulations. The main objective of this workshop is to bring these communities together, share ideas and knowledge, and cross-fertilize the various fields.
Most of the theoretical work in the area of adaptive sensing and active learning has remained quite distant from the realm of practical applications (with a few notable exceptions). In less-than-ideal settings, many modeling assumptions are only approximately true, and hence closed-loop (active) methods as described need to be very robust in other to: (i) guarantee consistency, in the sense that the proposed method must not fail dramatically; (ii) improve on the performance of open-loop (passive) procedures whenever favorable conditions are met. Due to the feedback nature of closed-loop procedures these are often prone to failure when modeling assumptions are only approximately met, and this has been observed by many when deploying practical algorithms. By bringing together both theoreticians and practitioners from the fields of computer vision and robotics, statistics, signal and information processing and machine learning it will be possible to identify promising directions for active learning at large, and address these points in a satisfactory way.
Author Information
Rui M Castro (Columbia University)
Nando de Freitas (University of Oxford)
Ruben Martinez-Cantin (Centro Universitario de la Defensa)
More from the Same Authors
-
2017 Workshop: Bayesian optimization for science and engineering »
Ruben Martinez-Cantin · José Miguel Hernández-Lobato · Javier Gonzalez -
2016 Poster: Learning to Communicate with Deep Multi-Agent Reinforcement Learning »
Jakob Foerster · Yannis Assael · Nando de Freitas · Shimon Whiteson -
2014 Poster: Distributed Parameter Estimation in Probabilistic Graphical Models »
Yariv D Mizrahi · Misha Denil · Nando de Freitas -
2013 Workshop: Bayesian Optimization in Theory and Practice »
Matthew Hoffman · Jasper Snoek · Nando de Freitas · Michael A Osborne · Ryan Adams · Sebastien Bubeck · Philipp Hennig · Remi Munos · Andreas Krause -
2013 Workshop: Deep Learning »
Yoshua Bengio · Hugo Larochelle · Russ Salakhutdinov · Tomas Mikolov · Matthew D Zeiler · David Mcallester · Nando de Freitas · Josh Tenenbaum · Jian Zhou · Volodymyr Mnih -
2011 Workshop: Bayesian optimization, experimental design and bandits: Theory and applications »
Nando de Freitas · Roman Garnett · Frank R Hutter · Michael A Osborne -
2010 Session: Spotlights Session 10 »
Nando de Freitas -
2010 Session: Oral Session 12 »
Nando de Freitas -
2009 Tutorial: Sequential Monte-Carlo Methods »
Arnaud Doucet · Nando de Freitas -
2008 Poster: An interior-point stochastic approximation method and an L1-regularized delta rule »
Peter Carbonetto · Mark Schmidt · Nando de Freitas -
2008 Poster: Human Active Learning »
Jerry Zhu · Rui M Castro · Timothy T Rogers · Rob Nowak · Ruichen Qian · Chuck Kalish -
2008 Oral: An interior-point stochastic approximation method and an L1-regularized delta rule »
Peter Carbonetto · Mark Schmidt · Nando de Freitas -
2008 Demonstration: Worio: A Web-Scale Machine Learning System »
Nando de Freitas · Ali Davar -
2007 Spotlight: Bayesian Policy Learning with Trans-Dimensional MCMC »
Matthew Hoffman · Arnaud Doucet · Nando de Freitas · Ajay Jasra -
2007 Poster: Bayesian Policy Learning with Trans-Dimensional MCMC »
Matthew Hoffman · Arnaud Doucet · Nando de Freitas · Ajay Jasra -
2007 Poster: Active Preference Learning with Discrete Choice Data »
Eric Brochu · Nando de Freitas · Abhijeet Ghosh -
2006 Poster: Conditional mean field »
Peter Carbonetto · Nando de Freitas