Examples of using Computer vision in English and their translations into Czech
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Computer Vision and Image Processing.
Open Informatics- Computer Vision and Image Processing.
Computer Vision and Image Processing.
Master programme- Computer Vision and Image Processing.
Computer Vision and Image Processing- 1801T038 Branch description.
But these can all be the first signs of"Computer Vision Syndrome.
Geometry of computer vision and graphics and how to study it.
The team offers end-to-end development of turnkey computer vision applications for the industry.
Branch Computer Vision and Image Processing- Passage through study.
To master conceptual and practical knowledge of the basic methods in 3D computer vision.
Branch Computer Vision and Image Processing- Passage through study.
We use cameras and ultrasonic sensors and computer vision algorithms to map the surrounding area.
Computer Vision Applications in the Industry, Medicine and Man-to-Machine Interactions.
This research area includes computer vision applications in various fields of research.
This course explains the topics of optoelectronic image sensors, especially CCD and CMOS sensors,optical system, illuminators and their application in the computer vision.
Knowledge equivalent to Geometry for Computer Vision and Graphics and Computer Vision Methods.
In the seminar we will also discuss computer graphics techniques used in related research disciplines such as image processing, computer vision and human computer interaction.
The course covers selected computer vision problems: search for correspondences between images via interest point detection, description and matching, image stitching, detection, recognition and segmentation of objects in images and videos, image retrieval from large databases and tracking of objects in video sequences.
Recurrent neural networks, holographic reduced representations, HTM, sparse distributed representation, deep learning, self-organizing maps,growing neural gas, computer vision, Hopfield networks, SVD, Kalman filters, reservoir computing, spiking neural networks, etc.
Experience confirms that application of computer vision methods often improves the efficiency of physician's work by providing(semi)automatic parameter calculations that would otherwise require a lot of physician's time, or by pre-processing of large data volumes and identification of patients with more serious conditions, who can then receive more of the physician's attention.
It's a hell of a thing watching you work these computers, Vision.
On the Vision teacher computer where you have created lists that you want to share.