interTwin co-designs and implements the prototype of an interdisciplinary Digital Twin Engine (DTE), an open source platform that provides generic and tailored software components for modelling and simulation to develop application-specific Digital Twins (DTs).
The DTE Infrastructure addresses the challenge of unifying computing resources and data management across diverse scientific communities, while remaining flexible enough to support specialized requirements. At a broad level, the platform is organized around three main pillars—Federated Computation, Federated Data Management, and Intelligent Resource Orchestration— forming a cohesive ecosystem that can accommodate a wide range of DT applications.
Register now and learn more about interTwin developments and testbeds in the area of Federated Computing and Data Management, how they are integrated by the DTE Core components, and learn from User communities piloting the DTE.
In this webinar, you will learn about::
- The Development of an Open Source Digital Twin Engine (DTE): The webinar will discuss the creation of the interTwin interdisciplinary Digital Twin Engine, an open-source platform designed to provide generic and tailored software components for modeling and simulation, enabling the development of application-specific Digital Twins.
- The three Main Pillars of the interTwin DTE Infrastructure: The platform is structured around three key pillars: Federated Computation, Federated Data Management, and Intelligent Resource Orchestration. These pillars form an ecosystem that supports a wide range of Digital Twin applications.
- Focus on Federated Computing and Data Management: The webinar will highlight the developments and testbeds in the areas of Federated Computing and Data Management, including how these components are integrated and utilized by core components and user communities piloting the DTE.
Agenda:
- Intro to the interTwin project and the DTE infrastructure – Daniele Spiga (INFN)
- Federated Computing with interLink – Diego Ciangottini (INFN)
- Federated Data Management components – Dijana Vrbanec (DESY)
- Q/A – 10 min
