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Image processing and automatic solving of nonograms
Udvardy, Bálint ; Richter, Miloslav (referee) ; Janáková, Ilona (advisor)
In many puzzle books we come across logical puzzles like sudoku or nonograms (also known as griddlers or piccrosses), which demand mathematical logic to solve them. This work focuses on solving nonograms based on digital images of the puzzle taken with a smarthphone or a scanner. This solution is restricted to black and white nonograms, which can be slightly distorted by the angle of the camera during capture.
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Detection of small object movements using camera
Udvardy, Bálint ; Janáková, Ilona (referee) ; Richter, Miloslav (advisor)
One of the basic problems in computer vision is motion detection and analysis in a given scene. This work focuses on detecting small changes in the image by using the moiré phenomenon. The main goal of this thesis is to detect different types of dislocations with algorithms used in computer vision. In this work synthetically created pictures are analysed, which were created with the mathematical model of a pinhole camera.
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Detection of small object movements using camera
Udvardy, Bálint ; Janáková, Ilona (referee) ; Richter, Miloslav (advisor)
One of the basic problems in computer vision is motion detection and analysis in a given scene. This work focuses on detecting small changes in the image by using the moiré phenomenon. The main goal of this thesis is to detect different types of dislocations with algorithms used in computer vision. In this work synthetically created pictures are analysed, which were created with the mathematical model of a pinhole camera.
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Image Processing And Automatic Solving Of Nonograms
Udvardy, Bálint
In many puzzle books we come across logical puzzles like sudoku or nonograms (also known as griddlers or piccrosses), which demand mathematical logic to solve them. This article focuses on solving nonograms based on digital images of the puzzle. This solution is restricted to black and white nonograms, which can be slightly distorted by the angle of the camera during capture.
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Image processing and automatic solving of nonograms
Udvardy, Bálint ; Richter, Miloslav (referee) ; Janáková, Ilona (advisor)
In many puzzle books we come across logical puzzles like sudoku or nonograms (also known as griddlers or piccrosses), which demand mathematical logic to solve them. This work focuses on solving nonograms based on digital images of the puzzle taken with a smarthphone or a scanner. This solution is restricted to black and white nonograms, which can be slightly distorted by the angle of the camera during capture.
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