Search for dissertations about: "relative pose"
Showing result 1 - 5 of 36 swedish dissertations containing the words relative pose.
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1. Labour mobility and plant performance : The influence of proximity, relatedness and agglomeration
Abstract : The purpose of this thesis is to shed new light on the theorizations discussing the economic benefits of geographical clustering in a space economy increasingly characterized by globalization processes. This is made possible through the employment of a plant-perspective and a focus on how the relative fixity and mobility of labour influence plant performance throughout the entire Swedish economy. READ MORE
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2. Low Rank Matrix Factorization and Relative Pose Problems in Computer Vision
Abstract : This thesis is focused on geometric computer vision problems. The first part of the thesis aims at solving one fundamental problem, namely low-rank matrix factorization. We provide several novel insights into the problem. In brief, we characterize, generate, parametrize and solve the minimal problems associated with low-rank matrix factorization. READ MORE
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3. Computer Vision Based Analysis of Animal Behavior
Abstract : The behavior of animals is commonly studied in medicine and biology. There is a large variation in what animals are studied, in experimental paradigms and purpose.However, many studies on animal behavior have at least one thing in common - it typically involves measuring or studying the kinematics of the animal. READ MORE
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4. Pose Estimation and Calibration Algorithms for Vision and Inertial Sensors
Abstract : This thesis deals with estimating position and orientation in real-time, using measurements from vision and inertial sensors. A system has been developed to solve this problem in unprepared environments, assuming that a map or scene model is available. READ MORE
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5. Towards Robust Visual Localization in Challenging Conditions
Abstract : Visual localization is a fundamental problem in computer vision, with a multitude of applications in robotics, augmented reality and structure-from-motion. The basic problem is to, based on one or more images, figure out the position and orientation of the camera which captured these images relative to some model of the environment. READ MORE