The term \u201ephysics simulation-assisted AI\u201c is particularly relevant in the fields of Artificial Intelligence, Industry and Factory 4.0, and automation.<\/p>\n
AI supported by physics simulation describes the use of artificial intelligence that works with the aid of physical simulations. This means computer programs calculate the behaviour of things in the real world \u2013 for example, how a robot moves or how a component is subjected to stress. This allows AI to virtually run through various scenarios and learn from them, without the need for expensive or complex test runs each time.<\/p>\n
An illustrative example is the development of new car parts in the industry. Using physics simulation-supported AI, engineers virtually test how a component reacts in a crash, instead of conducting real crash tests. The AI uses these simulations to quickly suggest many improvements. This way, products are developed faster, cheaper, and safer.<\/p>\n
For companies looking to set up automated processes or smart factories, physics simulation-assisted AI opens up entirely new possibilities for increasing efficiency and detecting errors early on.<\/p>","protected":false},"excerpt":{"rendered":"