Many computer applications result in large volumes of data that require a set of techniques and tools to extract useful information for decision support, prediction, exploration and understanding of the phenomena governing the data sources. This workshop aims to bring together professionals, researchers, and practitioners to discuss efficient techniques, methods and tools to manage, exploit and interpret the increasing volumes of data in environments that may change continuously. The goal is to build models that are able to tackle and govern the high variability in stationary or non-stationary or complex hybrid systems. Such systems are relevant to various applications such as: medical diagnostics, robotics, business, industrial control, fault detection, quality control, surface inspection, system identification, transportation, communications, web applications, environmental monitoring, biomedical systems, decision support systems, and security. This workshop invites submissions featuring new advances in the area of machine learning and data mining.
Topics covered by this workshop include but are not limited to:
Supervised learning (Single- and multi-label classification)
Unsupervised learning
Semi-supervised learning
Active learning
Deep learning
Reinforcement learning
Regression and approximation
Data mining and knowledge discovery
Ensemble methods (bagging, boosting, model fusion techniques, etc)
Feature selection and reduction
Incremental and online learning
Concept drift and shift in data streams
Adaptive data pre-processing
Real world applications such as:
Big Data
Cloud computing
Modelling and system identification
Time-Series prediction and forecasting
Quality control systems and condition monitoring
Fault detection, isolation, identification and diagnosis
Predictive maintenance and prognostics
Internet
Decision support systems
(Bio)Medical applications
Robotics, intelligent transport and advanced manufacturing
Multi-media applications
Social networksAuthors
12月18日
2016
12月20日
2016
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