“Mitsam Kermani”, a university professor and researcher in the field of artificial intelligence, discussed the importance and applications of Digital Twin technology at the second Pandora startup gathering. This technology, which uses a virtual model to simulate and analyze physical systems, improves production performance and more accurately predicts failures. In this speech, Kermani investigated the role of this technology in the world of industrial production and explained how it affects the optimization and maintenance of complex systems.
Digital Twin; Digital simulation of systems
Maysham Kermani began his speech by explaining the nature of Digital Twin technology and said, “Digital Twin is a virtual copy of a physical object, system or process. This model is built with the help of real-time data and advanced simulation methods and allows us to reflect the performance and state of the original object or system.
Kermani noted that for the first time, NASA used this technology to analyze space systems and performed detailed simulations before construction. “Using the Digital Twin, we can test the systems under different conditions and see what might happen,” he continued.
The role of artificial intelligence in the development of Digital Twin
One of the key topics in this lecture was the connection of Digital Twin technology with artificial intelligence and the Internet of Things (IoT). Kermani explained that with the advancements of these two technologies, Digital Twin has become a more sophisticated and practical tool. He added: “This technology can be a bridge between the physical and digital worlds. “For example, we can fully simulate a product and perform all the necessary tests on it before we manufacture it.”
One of the key uses of Digital Twin that Kermani mentioned is to predict failures and optimize systems during use. “Using real-time data from the physical object, we can predict its condition and identify potential failures,” he explained.
“With the help of digital simulation, we can detect when a system is going to fail and prevent it from happening,” he said. This issue is very important in industries such as aircraft and automobile manufacturing.
Applications of Digital Twin in optimizing production processes
In another part of the speech, Maitham Kermani discussed the optimization of production processes using Digital Twin and said: “Digital Twin technology allows manufacturers to simulate and optimize the performance of their production lines at the lowest cost and with the highest accuracy.” “We can fully simulate the production line before the actual execution and avoid any problems.”
Kermani pointed out some practical examples of the use of Digital Twin in the industry and explained that this technology can be used in product design and development, improving factory performance, and predicting breakdowns. “For example, in the automotive and aircraft industries, Digital Twin can perform all the necessary tests digitally before a car or plane is built,” he said. These simulations help to produce the final product with the best quality and lowest cost.”
Artificial intelligence and the future of the Digital Twin
In the final part of the speech, Kermani discussed the importance of combining artificial intelligence and data in the development of Digital Twin. Combining the two can help manufacturers achieve unprecedented levels of quality, efficiency, and innovation, he explained.
He also added: “Smart factories are able to collect and analyze data using advanced sensors and software. This data helps us make more accurate decisions and use resources more efficiently.”
Maitham Kermani concluded his speech by emphasizing the key role of Digital Twin in the fourth industrial revolution and said: “This technology allows us to build smart factories that produce at the lowest cost and with the best quality.” “Digital Twin plays a very important role not only in optimizing production, but also in managing and maintaining factories.”
He added: “The combination of artificial intelligence, IoT and Digital Twin can transform the future of the industry and help manufacturers to produce better quality products.”
Overall, the Digital Twin is one of the key tools in the 4th Industrial Revolution, bringing manufacturers to a new level of efficiency, precision and innovation. With this technology, it is possible to simulate all the steps before actual production and identify and fix possible problems before they happen. Digital Twin plays an important role not only in production optimization but also in forecasting and maintenance.
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