What are the differences between automation and robotics?
Automation and robotics fields are often confused because many people do not fully understand the differences between automation and robotics; These differences are revealed by how everyone works. One of the main differences between automation and robotics is whether the machine performs one set of operations or whether the sequence can be mixed or changed for better efficiency. If the machine receives sensory feedback, the machine can automatically change sequences for the best results. Some machines can learn from errors or through constant exposure, while others will lack this ability. The level of movement also varies between automation and robotics, with one faster and more complex. Automation can only monitor one set of operations and cannot be changed after programming. Robots are made to perform several jobs at the same time, and there is a point of operations to switch to increase the processes. The timing of operations can also be changed in robotics if necessary.
In automation and robotics, the machine will be exposed to external stimuli, but only one type of machine will respond to these stimuli. The automated machine will not respond; Although the object is blocking automation, it will continue to perform the same operation. Robots are made to react in such a way if they block or stop the robot, change operations to best suit the situation.
Artificial Intelligence (AI) is a programming method in which the machine is able to collect information about the outside world and then can use this knowledge to best perform its function. Automation and robotics consider this knowledge differently. Automated machines are unable to collect knowledge and cannot be programmed with any form of intelligence. Robots can be made with intelligence and are able to learn from errors; This allows the robot to solve problems if they are exposed to them long enough.
the amount of movement and the total speed of robot and carsOmatization is generally very different. Automated machines are designed for slow work and are usually programmed with very simple movements. For example, an automated arm can be able to pick up the chip, turn and then place the chip somewhere else. The robot can work faster and is able to adapt complex movements.