IEEE DTPI 2025 is an opportunity to share, discuss, and witness research results across all technical areas of Digital Twins and Parallel Intelligence research.
This workshop explores the emerging field of Digital Twins and its applicability to modeling, monitoring, and using radio spectrum. We explore the concept of digital spectrum twinning – maintaining updated, cloud-based databases of radio spectrum usage to enable spectrum sharing, location-based services, network optimization, spectrum valuation, new technology development, and other applications – to enable next-generation wireless communications and spectrum sharing.
Workshop Chairs: Christopher R. Anderson ([email protected]), Serhat Tadik ([email protected]), Gregory D. Durgin ([email protected])
As Digital Twin (DT) technologies continue to evolve, the integration of advanced modeling and simulation techniques has become critical to achieving accurate, adaptive, and real-time digital representations of complex physical systems. This workshop aims to provide a focused platform for experts from academia and industry to exchange ideas, showcase innovations, and discuss challenges in realizing scalable and intelligent Digital Twins through high-fidelity physics-based modeling, AIenabled surrogate models, data assimilation, and immersive technologies.
This 1-day workshop, held in conjunction with the IEEE Digital Twin and Parallel Intelligence (DTPI) Conference 2025, brings together leading researchers and practitioners to explore cutting-edge advancements at the intersection of modeling & simulation, artificial intelligence, and real-time system integration. The workshop covers a wide spectrum of applications including aerospace, energy systems, manufacturing, and industrial automation
Workshop Chair: Dr. Veeraraghava Raju Hasti, SMST, UCF
