DT Based Digitization & Preservation of Knowledge
L. Pattathu Rani, V. Karthick, L Manjula, Navneet Joshi, P. Ashok, K Krishnakumar · 2024
A digital twin (DT) is a computer-generated model that accurately represents a tangible object or entity. The system utilizes models along with information collected by detectors in the real device to accurately represent its current condition. This allows for successful and effective control and monitoring of the unit. The DT enables the gathering of information, in addition to its examination and representation, via user interactions, such as graphical user interfaces (GUIs) like displays or augmented and virtual reality. These user interfaces offer straightforward ways to access the information and simplify its modification. When integrated into online test environments, the DT transforms into a “experientable DT” (EDT), enabling the execution of tests and facilitating the comparison and assessment of various results. The user-friendly depiction of the resources enables specialists to engage with their DT without requiring extensive expertise in the field of computer science. The DT monitors, documents, and compares trials conducted by the person in charge. In this manner, the user's expertise is transformed into an electronic form and consequently safeguarded as a conceptual depiction of facts, calculations, as well as patterns within the DT. The incorporation of the DT into the operations conducted by other managers, beyond just the first reported specialist, improves the natural decision-making abilities of the workers by leveraging empirical information. Hence, the DT functions as a network of support that may provide guidance for potential managers, therefore the results of the tests can be replicated. The explicit depictions of exchanges and results also enhance teamwork among operators of machines & other parties involved by offering a shared viewpoint to various users.