Mining ambiguous data with multi-instance multi-label representation

Abstract

In traditional data mining and machine learning settings, an object is represented by an instance (or feature vector) which is associated with a class label. However, real-world data are usually ambiguous and an object may be associated with a number of instances and a number of class labels simultaneously. For example, an image usually contains multiple salient regions each can be represented by an instance, while in image classification such an image can belong to several classes such as lion, grassland and tree simultaneously. Another example is text categorization, where a document usually contains multiple sections each can be represented as an instance, and the document can be regarded as belonging to different categories such as scientific novel, Jules Verne's writing or even books on travelling simultaneously. Web mining is another example, where each of the links or linked pages can be regarded as an instance while the web page itself can be recognized as a news page, sports page, soccer page, etc. This talk will introduce a new learning framework, multi-instance multi-label learning (MIML), which is a choice in addressing such kind of problems. © Springer-Verlag Berlin Heidelberg 2007.