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1. The process of collecting and interpreting data as it is generated to enable immediate insights and actions.
2. Systems designed to manage and regulate industrial operations to ensure optimal performance.
3. The ability of a system to identify and localize objects within an image or video.
4. Robots that feature rotary joints, allowing for versatility in applications like welding and painting, which require a wide range of movements.
5. Automated machines designed to perform tasks in manufacturing environments, enhancing efficiency and precision.
6. Automated machines designed to perform tasks in manufacturing environments, enhancing operational efficiency and precision.
7. A control action that predicts future error based on its rate of change, helping to dampen system response.
8. A control action that adjusts the output proportionally to the current error value.
9. A control system that uses feedback to make real-time adjustments, improving accuracy and performance.
10. The systematic process of identifying and evaluating potential hazards associated with the operation of robotic systems.
11. A type of control mechanism that does not use feedback to determine if the desired output was achieved.
12. Comprehensive guidelines and procedures designed to minimize risks and ensure safe operation in environments involving hazardous machinery.
13. An advanced manufacturing process that incorporates digital technologies for better data utilization and integration of automated systems.