Post by account_disabled on Dec 9, 2023 6:30:24 GMT
Initially, the concept was referred to as the Mirrored Spaces Model. His articles and publications praise the perfection and usability of digital products that are not only indistinguishable from their real B2B Email List models and great for testing and simulation purposes. However, the technology of digital twins is not as recent as it seems.
NASA has used digital twin technology already in the 1960s during their space exploration missions when spacecraft were replicated on earth and used for testing and research. The mere term “digital twins”, as we understand it today, was used by NASA’s specialist John Vickers in 2010. What are the main types of digital twins? There are several types of digital twins, but the main difference is in the area or depth of application, hence we can talk about: part twins, asset twins, system twins, or process twins. Part twins are very basic, small twins of working components. Asset twins are used for so-called assets formed from two separate components working together. Asset twins allow observation and measurement of the two components in action.
System twins are on the next level of complexity. Those twins replicate entire functioning systems and allow studying bigger physical objects. Process twins reflect the work of huge systems such as factories or other big structures. Process twins help to observe complicated interactions and allow synchronization of elements to achieve the highest possible efficiency of operation.
NASA has used digital twin technology already in the 1960s during their space exploration missions when spacecraft were replicated on earth and used for testing and research. The mere term “digital twins”, as we understand it today, was used by NASA’s specialist John Vickers in 2010. What are the main types of digital twins? There are several types of digital twins, but the main difference is in the area or depth of application, hence we can talk about: part twins, asset twins, system twins, or process twins. Part twins are very basic, small twins of working components. Asset twins are used for so-called assets formed from two separate components working together. Asset twins allow observation and measurement of the two components in action.
System twins are on the next level of complexity. Those twins replicate entire functioning systems and allow studying bigger physical objects. Process twins reflect the work of huge systems such as factories or other big structures. Process twins help to observe complicated interactions and allow synchronization of elements to achieve the highest possible efficiency of operation.