This diploma thesis deals with the segmentation of the optic disc and cup in retinal image data. The theoretical part of the thesis describes the optic disc and cup and provides an overview of the current state of the art in using machine learning methods for their segmentation. Furthermore, the basic principles and blocks of convolutional neural networks are described. Convolutional neural networks U-Net and its modification nnU-Net were trained on the created databases. These models were tested and the results obtained were discussed and compared with selected published methods. Finally, the models were evaluated in terms of their potential for practical application
Posljednjih godina, sve se više istražuje područje računalno potpomognute medicinske dijagnostike. Z...
This thesis deals with the analysis of retinal images from digital fundus camera, especially with st...
We present a framework for robust optic disc segmentation using convolutional neural networks. Optic...
The aim of the following thesis was to study the issue of optical disc and retinal vessels segmentat...
This bachelor thesis is focused on the algorithm of automatic detection of the optical disk in retin...
This master´s thesis deals with blood vessel segmentation in retinal image data. The theoretical par...
Cílem následující diplomové práce bylo studium problematiky segmentace optického disku a cév sítnice...
This diploma thesis deals with the application of deep neural networks with focus on image segmentat...
Tato bakalářská práce je zaměřena na algoritmus automatické detekce optického disku v retinálních sn...
The aim of the bachelor thesis is to learn more about the problem of convolutional neural networks a...
The aim of the bachelor thesis is to learn more about the problem of convolutional neural networks f...
This bachelor thesis describes the design and implementation of the system for automatic 3D segmenta...
Optic nerve head and macula are important structures in fundus images. Detection and measurement pla...
Optička koherentna tomografija (OCT) je neinvanzivna metoda snimanja bioloških tkiva često korištena...
This work deals with machine learning and its application in the field of image segmentation and obj...
Posljednjih godina, sve se više istražuje područje računalno potpomognute medicinske dijagnostike. Z...
This thesis deals with the analysis of retinal images from digital fundus camera, especially with st...
We present a framework for robust optic disc segmentation using convolutional neural networks. Optic...
The aim of the following thesis was to study the issue of optical disc and retinal vessels segmentat...
This bachelor thesis is focused on the algorithm of automatic detection of the optical disk in retin...
This master´s thesis deals with blood vessel segmentation in retinal image data. The theoretical par...
Cílem následující diplomové práce bylo studium problematiky segmentace optického disku a cév sítnice...
This diploma thesis deals with the application of deep neural networks with focus on image segmentat...
Tato bakalářská práce je zaměřena na algoritmus automatické detekce optického disku v retinálních sn...
The aim of the bachelor thesis is to learn more about the problem of convolutional neural networks a...
The aim of the bachelor thesis is to learn more about the problem of convolutional neural networks f...
This bachelor thesis describes the design and implementation of the system for automatic 3D segmenta...
Optic nerve head and macula are important structures in fundus images. Detection and measurement pla...
Optička koherentna tomografija (OCT) je neinvanzivna metoda snimanja bioloških tkiva često korištena...
This work deals with machine learning and its application in the field of image segmentation and obj...
Posljednjih godina, sve se više istražuje područje računalno potpomognute medicinske dijagnostike. Z...
This thesis deals with the analysis of retinal images from digital fundus camera, especially with st...
We present a framework for robust optic disc segmentation using convolutional neural networks. Optic...