Page 121 - Electronic Mechanic - TP - Volume - 2

ELECTRONICS MECHANIC - CITS

3 Decision Making: Using algorithms, the system makes decisions on whether to switch cameras or not. These
algorithms consider the current conditions and the predefined criteria to make informed choices.
4 Instantaneous Switching: Upon determining the need to switch cameras, the system initiates the switch
seamlessly without user intervention. The transition should be smooth to avoid disrupting the user experience.
5 Dynamic Adaptation: The system continuously adapts its decision-making process based on real-time feedback
and user interactions. This adaptive approach ensures that the camera switching remains effective in various
scenarios.
6 Optimization and Learning: Over time, the system may learn from user behavior and preferences, refining its
algorithms to optimize camera switching decisions.
7 User Override (Optional): Some systems may offer users the option to override automated camera switching
manually. This allows users to select a specific camera regardless of the automated decision, providing more
control over the capturing process.
Results:
The conclusions of the topic of camera switching to different views can vary depending on the specific context
and applications.

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CITS : E & H - Electronics Mechanic - Exercise 149