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In this paper, first presented at SIW 2023, Karl Söderbäck, Oscar Bergman, and Björn Löfstrand present a solution for achieving persistent task state in federated simulations through a standardized approach. Focus is put on the ETR (Entity Tasking and Reporting) module of the NATO FOM (Federation Object Model) where the
The RPR FOM (Real-time Platform Reference FOM), produced by SISO, is the most widely used HLA Federation Object Model for defense and security simulation. The new version 3 is planned to go to balloting during the first half of 2023. This paper provides an overview of the proposed new and
With the increasing availability of game engines and game engine content, it is becoming more and more cost effective for new simulators to use these game engines as starting building blocks. This paper was first presented at the SISO SIW, February 2023 by Garrat Weblin. With decades of research and
Technology is rapidly changing and innovating, with new products, frameworks and methodologies being developed for ever evolving markets. In order for defence to effectively leverage advancements, modelling and simulation solutions must be built with extensibility in mind. As the future operating environment evolves, simulation systems will need to become richer
The current “language” used for describing simulation interoperability, for example DIS, HLA and RPR FOM, has provided a good base of understanding between simulations, but it does not always achieve the desired outcomes. For example, an HLA Evolved federate that is “RPR FOM v2.0 compliant” does not necessarily mean it
A use case based on Unreal Engine The growing popularity of gamification in learning combined with the power of modern gaming technologies is set to shape the next generation of simulation based training. Beyond the very realistic visualization features, today game engines offer many other facilities like advanced physics, artificial