Within the discipline of Artificial Intelligence, there is a branch called robotics which deals with the research and development of smart machines or robots. Robotics is a field that encompasses many other disciplines, such as electrical engineering, mechanical engineering and computer science & engineering since its creations have a mechanical structure, electric parts and have been coded. In spite of the fact that Robotic Engineering and Artificial Intelligence focus on different areas and serve different purposes, the majority of the people regard robotics and AI as one.
What is Robotics?
The area of robotics entails the putting up of the aforementioned mechanical human contraptions. And in the contemporary world, robotics isn’t confined to the aspects of engineering and electronics alone. As for the present times, the computerized scientific advancement is making the android intelligent and efficient in usage.
What is AI?
In today’s world, while technology has tremendously contributed to the comforts of human beings. Industrial Production both in quality and quantity, in the cost benefits, artificial intelligence has really revolutionized the world of industries. An ai robot can add more value in the above benefits by using more sophisticated algorithms and machine learning abilities.
How they work together?
An AI robot is defined as a machine that is provided with certain cognitive abilities like vision, movement and response management. The way artificial intelligence robots work is that they are programmed to perform certain tasks and over time. They learn how to perform such tasks from human beings which is also done through machine learning that is a branch of computer science and artificial intelligence. The inception of automobile vehicles that could self-drive triggered the use of the term Artificial Intelligence. This is because an artificial intelligence robot is capable of coercive control whereby all functions of robots can be given to them without a remote controller. Several AI systems can be utilized based on the application of the robot and the functions.
Applications
Customers Services: AI able robots are also being employed to develop the service provision by engaging the customers affordably and effectively in a non-interfering manner.
Autonomous Navigation: Robots that leverage AI technology can move around complex environments without any human intervention. As they can make decisions based on data obtained from sensors in real-time. This is particularly important in companies that deal with manufacturing and logistics.
Surgical Robotics: AI is transforming the health & a good percentage of the transformation touches on manipulation in surgical robotics. Where surgeons are supported by robots that seek AI assistance in a bid to perform intricate operations more efficiently by timely analyzing data for better decisions.
AI enabled machines: They use up several sensor values that predict equipment performance failure before a breakdown happens. It helps to minimize breakdowns and delays in industrial activities.
With the advancement of AI, robots can now complement human efforts in performing labor-intensive, repetitive activities. This affords the intelligent individuals the liberty of engaging in problem-solving. It is at a superior hierarchal level than any of the assigned activities. In a number of sectors, the productivity and safety of operations have increased as a result. This collaboration between robotics and AI has come forward as a boon to humans.
