IEEE 1730-2022

IEEE 1730-2022 is a recommended practice for distributed simulation engineering and execution process (DSEEP), presented as a redline edition for easier review of changes. It addresses how distributed simulation projects are planned, engineered, integrated, and executed in computing and processing environments where multiple simulation components must work together reliably. For teams managing model interoperability, scenario execution, or coordinated test activities, this standard helps provide a clearer technical basis for consistent development and operation.

IEEE 1730-2022 overview

This document focuses on the engineering and execution workflow used in distributed simulation systems, where separate models, tools, or runtime elements must exchange data and operate in a coordinated way. IEEE 1730-2022 is relevant when organizations need a structured approach to system definition, integration planning, execution control, and process discipline. The redline format is especially useful for identifying updates from prior content, supporting efficient review and comparison during standards maintenance or internal adoption.

Typical use cases

This standard is commonly used in projects involving distributed simulation architecture, interoperability planning, and execution management across connected computing systems. It may support simulation-based analysis, verification activities, training environments, and test orchestration where several software components or federated systems must align to a shared process. Engineering teams, integrators, and technical reviewers can use the recommended practice to guide how simulation elements are prepared, connected, and operated in a controlled way.

Why this standard matters

IEEE 1730-2022 matters because distributed simulation work can become difficult to manage without a common process for engineering and execution. A consistent recommended practice can reduce integration risk, improve traceability, and support repeatable results across projects. It also helps organizations compare requirements, coordinate responsibilities, and assess whether a simulation environment has been prepared in a disciplined way. For procurement, development, and test planning, that clarity can improve consistency and lower the chance of costly rework.

• DSEEP process guidance
• Distributed simulation engineering
• Execution planning and control
• Interoperability and integration
• Redline change review