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Generalized Stacked Sequential Learning

Puertas i Prats, Eloi (Date of defense: 2014-11-04)

Over the past few decades, machine learning (ML) algorithms have become a very useful tool in tasks where designing and programming explicit, rule-based algorithms are infeasible. Some ...

Detection and Alignment of Vascular Structures in Intravascular Ultrasound using Pattern Recognition Techniques

Alberti, Marina (Date of defense: 2013-02-21)

In this thesis, several methods for the automatic analysis of Intravascular Ultrasound (IVUS) sequences are presented, aimed at assisting physicians in the diagnosis, the assessment of the intervention ...

Sequential image analysis for computer-aided wireless endoscopy

Drozdzal, Michal (Date of defense: 2014-05-16)

Wireless Capsule Endoscopy (WCE) is a technique for inner-visualization of the entire small intestine and, thus, offers an interesting perspective on intestinal motility. The two major drawbacks of this ...

From pixels to gestures: learning visual representations for human analysis in color and depth data sequences

Hernández-Vela, Antonio (Date of defense: 2015-03-09)

The visual analysis of humans from images is an important topic of interest due to its relevance to many computer vision applications like pedestrian detection, monitoring and surveillance, human-computer ...

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Generalized Stacked Sequential Learning

Detection and Alignment of Vascular Structures in Intravascular Ultrasound using Pattern Recognition Techniques

Sequential image analysis for computer-aided wireless endoscopy

From pixels to gestures: learning visual representations for human analysis in color and depth data sequences

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Generalized Stacked Sequential Learning

Detection and Alignment of Vascular Structures in Intravascular Ultrasound using Pattern Recognition Techniques

Sequential image analysis for computer-aided wireless endoscopy

From pixels to gestures: learning visual representations for human analysis in color and depth data sequences