The thesis presents the realization of a system designed for control and rotation of DSLR cameras. The system allows us to trigger DSLR camera image capture over a variety of external factors and adjustable features, panning, monitoring and responding to requests for additional illumination of the photographed object.
The thesis is divided into three parts. The first section presents the problems and solutions of image capturing in photography and presents the basic specifications of the system. The second part of the thesis presents the entire process of system development, from schematic design to the finished printed circuit board with developed software. In the last part of the thesis the system is tested and the implemented solutions are evaluated with regard to the design specifications. Deviations from the expected operation or inadequately implemented solutions are explained and solutions are presented.
The system has been modularly designed and contains the main control module connecting to other various accessories. Internal power source provides mobility and the possibility of long independent operation time. Supervision and control of the system is performed via a wireless Bluetooth communication with LabVIEW computer software.
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