AI and robotics are reshaping industries like healthcare and arts, but certain roles reliant on human creativity, complex decision-making, and empathy are less likely to be fully automated. In the arts, AI aids with tasks like pattern generation but struggles with originality and emotional depth inhRead more
AI and robotics are reshaping industries like healthcare and arts, but certain roles reliant on human creativity, complex decision-making, and empathy are less likely to be fully automated. In the arts, AI aids with tasks like pattern generation but struggles with originality and emotional depth inherent in human creativity. Healthcare sees robotic use in surgery, enhancing precision and recovery, yet human surgeons retain crucial roles in decision-making and patient care nuances. AI augments rather than replaces human roles, managing data and tasks in healthcare but relying on human judgment for ethical decisions and patient empathy. While automation advances, jobs demanding creativity, emotional intelligence, and nuanced decision-making—such as artists, therapists, and healthcare professionals—remain pivotal. Future AI advancements will likely enhance these professions by handling routine tasks and offering analytical support, yet human oversight and empathy will remain essential in ensuring quality and ethical standards in both artistry and healthcare.
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Let's start by understanding what Artificial Intelligence means, and what Robotics means. To understand clearly, you can assume Artificial Intelligence as the brain of a human, and Robotics can be assumed as the physical human body. So, the physical body parts work according to the instructions giveRead more
Let’s start by understanding what Artificial Intelligence means, and what Robotics means. To understand clearly, you can assume Artificial Intelligence as the brain of a human, and Robotics can be assumed as the physical human body. So, the physical body parts work according to the instructions given to them by the brain. Similarly, AI integrated with Robots lets robots perform tasks intelligently according to the situation.
AI includes machine learning, deep learning, and neural networks which help the machines to make decisions, recommend suggestions, and perform tasks cognitively like human beings. Robots are made for some particular tasks that require human interaction which gives them instructions on what task needs to be performed, whereas if AI is implemented in Robots then there will be no requirement for human intervention. Previously, we used to have machines that used to perform some tasks based on the instructions given by a human, but now due to the advancements in technology, there is no need for a human to be involved.
The following are some of the AI techniques along with the applications used in robot control,
- Machine Learning for Predictive Maintenance
- Computer Vision in Quality Inspection and Defect Detection
- NLP in Human-Robot Interaction
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