IEEE 1516-2025
IEEE Standard for Modeling and Simulation (M&S) High Level Architecture (HLA)--Framework and Rules
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About This Item
IEEE 1516-2025 is the standard for Modeling and Simulation (M&S) High Level Architecture (HLA) framework and rules, defining a common basis for building interoperable simulation systems. It addresses how distributed models and federates should work together, helping support consistent communication and coordination in computing and processing environments. For organizations that develop, integrate, or validate simulation-based systems, this standard can improve interoperability and reduce integration ambiguity across projects.
Overview of IEEE 1516-2025
IEEE 1516-2025 sets out the framework and rules for HLA, a widely used approach in modeling and simulation where separate components participate in a shared execution. The standard is concerned with the structure and governing principles of those interactions, rather than the details of a specific model. In practice, it provides a technical reference for how simulation elements are organized, connected, and managed so that different implementations can operate together more predictably.
Typical use cases
This standard is commonly relevant when building distributed simulation environments, training systems, test and evaluation setups, or other HLA-based M&S applications in computing and processing. It may support teams that need multiple simulation components to exchange data in a controlled way across software boundaries. IEEE 1516-2025 is also useful during integration work, where consistent framework rules can help align federates, coordination logic, and simulation execution across different tools or platforms.
Why it matters
Using IEEE 1516-2025 can help improve consistency in how complex simulation systems are designed, procured, and verified. Clear framework rules reduce the risk of incompatibility between independently developed components and make it easier to compare expected and actual behavior during testing. For organizations working with simulation interoperability, the standard supports more reliable integration, better configuration control, and a clearer basis for compliance and technical review across the lifecycle of an HLA-based system.
- HLA framework and rules
- Modeling and simulation interoperability
- Distributed federate coordination
- Technical reference for integration and testing
- Publication Date: 2025
- Standard Status: Active
- Publisher: IEEE
- Subject: Computing and Processing
- Official IEEE: Doi link
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