Search for dissertations about: "Per-Erik Forssén"
Showing result 6 - 10 of 18 swedish dissertations containing the words Per-Erik Forssén.
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6. Vision-based Perception For Autonomous Robotic Manipulation
Abstract : In order to safely and effectively operate in real-world unstructured environments where a priori knowledge of the surroundings is not available, robots must have adequate perceptual capabilities. This thesis is concerned with several important aspects of vision-based perception for autonomous robotic manipulation. READ MORE
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7. Learning visual perception for autonomous systems
Abstract : In the last decade, developments in hardware, sensors and software have made it possible to create increasingly autonomous systems. These systems can be as simple as limited driver assistance software lane-following in cars, or limited collision warning systems for otherwise manually piloted drones. READ MORE
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8. Learning Representations for Segmentation and Registration
Abstract : In computer vision, the aim is to model and extract high-level information from visual sensor measurements such as images, videos and 3D points. Since visual data is often high-dimensional, noisy and irregular, achieving robust data modeling is challenging. READ MORE
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9. Methods for Visually Guided Robotic Systems : Matching, Tracking and Servoing
Abstract : This thesis deals with three topics; Bayesian tracking, shape matching and visual servoing. These topics are bound together by the goal of visual control of robotic systems. The work leading to this thesis was conducted within two European projects, COSPAL and DIPLECS, both with the stated goal of developing artificial cognitive systems. READ MORE
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10. Shape Based Recognition – Cognitive Vision Systems in Traffic Safety Applications
Abstract : Traffic accidents are globally the number one cause of death for people 15-29 years old and is among the top three causes for all age groups 5-44 years. Much of the work within this thesis has been carried out in projects aiming for (cognitive) driver assistance systems and hopefully represents a step towards improving traffic safety. READ MORE