Search for dissertations about: "system analysis in robotics"
Showing result 1 - 5 of 111 swedish dissertations containing the words system analysis in robotics.
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1. Simulation of robot paths and heat effects in welding
Abstract : The objective of this thesis is to develop a simulation tool and a method by which robot trajectories, temperature histories, residual stresses and distortion can be analysed and optimized off-line. This was performed by integrating robot simulation software with finite element analysis software. READ MORE
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2. Modeling and Estimation Topics in Robotics
Abstract : The field of robotics offers a wide array of estimation problems, ranging from kinematic and dynamic calibration to pose estimation and computer vision. This thesis presents a set of methods to solve estimation problems encountered in robotics, with an emphasis on industrial robotics. READ MORE
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3. On Reduction of Production Disturbances in Manufacturing Systems Based on Discrete-Event Simulation
Abstract : Improved efficiency in manufacturing systems to achieve increased output and thus reduced production disturbances is a vital area. DES (Discrete-Event Simulation) can visualize and study the dynamic issues related to total efficiency in manufacturing systems. A methodology for production disturbance reduction is presented. READ MORE
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4. On Discrete-Event Simulation and Integration in the Manufacturing System Development Process
Abstract : DES is seldom used in the manufacturing system development process, instead it is usually used to cure problems in existent systems. This has the effect that the simulation study alone is considered being the cost driver for the analysis of the manufacturing system. READ MORE
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5. One Image, Many Insights: A Synergistic Approach Towards Enabling Autonomous Visual Inspection
Abstract : Visual inspection in autonomous robotics is a task in which autonomous agents are required to gather visual information of objects of interest, in a manner that ensures safety, efficiency and comprehensive coverage. It is, therefore, crucial for identifying key landmarks, detecting cracks or defects, or reconstructing the observed object for detailed analysis. READ MORE