Essays about: "thesis ON optical NETWORK"
Showing result 6 - 10 of 62 essays containing the words thesis ON optical NETWORK.
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6. Benchmarking Object Detection Algorithms for Optical Character Recognition of Odometer Mileage
University essay from Uppsala universitet/Institutionen för informationsteknologiAbstract : Machine learning algorithms have had breakthroughs in many areas in the last decades. The hardest task, to solve with machine learning, was solving tasks that humans solve intuitively, e.g. understanding natural language or recognizing specific objects in images. READ MORE
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7. CArDIS: A Swedish Historical Handwritten Character and Word Dataset for OCR
University essay from Blekinge Tekniska Högskola/Institutionen för datavetenskapAbstract : Background: To preserve valuable sources and cultural heritage, digitization of handwritten characters is crucial. For this, Optical Character Recognition (OCR) systems were introduced and most widely used to recognize digital characters. READ MORE
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8. Far-field pattern synthesis of transmitarray antennas using convex optimization techniques
University essay from KTH/Tillämpad fysikAbstract : Transmitarrays antennas (TAs) can be seen as the planar counterpart of optical lenses. They are composed of thin radiating elements (unit cells) which introduce different local phase shifts on an incident electromagnetic wave, emitted by a primary source, and re-radiate it. READ MORE
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9. Development of a tool to analyze back-focus characteristics of fix-focal cameras
University essay from Lunds universitet/InnovationAbstract : Fix-focal cameras require careful alignment of the sensor relative to the lens during assembly in order to produce a sharp image. Axis developed wide- and fish-eye network cameras are, for a number of reasons, focused at infinity when aligned. READ MORE
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10. Design of Instrumentation & Control and Optical Table Instruments for the Divertor Flow Monitor Diagnostic at ITER
University essay from Uppsala universitet/Tillämpad kärnfysikAbstract : This master's thesis describes the process of the design and instrument selection for a future optical table, part of a plasma flow monitor diagnostic system at the international thermonuclear experimental reactor, ITER. The diagnostic system is designed to detect the presence of edge localized mode, low to high confinement mode transition of plasma, and plasma flow velocity in the divertor region of the reactor. READ MORE