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Synchronous scene recording with multiple cameras
Ladický, Milan ; Vičar, Tomáš (referee) ; Kolář, Radim (advisor)
This thesis provides a detailed description of the basic equipment for synchronous capture from two cameras. The cameras used are thoroughly characterized, and the principles of their usage in scene capturing are explained. Furthermore, the theory of image fusion is examined, with a specific focus on fusing color and grayscale images from a thermal camera. The main emphasis is placed on the software framework, which is extensively described from camera initialization and image acquisition processes to storing captured images, fusion calibration, and the actual creation of the resulting fused image. The architecture of the application and its surface logic are outlined, along with a discussion of the key libraries utilized in the program and their significance for the entire process. This work establishes a stable software foundation for developing a program that enables synchronous capture and fusion of resulting images, thereby opening up new possibilities for image processing and analysis
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Synchronous scene recording with multiple cameras
Ladický, Milan ; Vičar, Tomáš (referee) ; Kolář, Radim (advisor)
This thesis provides a detailed description of the basic equipment for synchronous capture from two cameras. The cameras used are thoroughly characterized, and the principles of their usage in scene capturing are explained. Furthermore, the theory of image fusion is examined, with a specific focus on fusing color and grayscale images from a thermal camera. The main emphasis is placed on the software framework, which is extensively described from camera initialization and image acquisition processes to storing captured images, fusion calibration, and the actual creation of the resulting fused image. The architecture of the application and its surface logic are outlined, along with a discussion of the key libraries utilized in the program and their significance for the entire process. This work establishes a stable software foundation for developing a program that enables synchronous capture and fusion of resulting images, thereby opening up new possibilities for image processing and analysis
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