Keywords: AIR AND MISSILE DEFENSE;AUTONOMY;COLLABORATIVE;COMMUNICATIONS;DATA;ELECTRONIC WARFARE;EMBEDDED SIMULATION;INTEROPERABILITY;ISR SYSTEMS;LVC;MODULARITY;OPEN ARCHITECTURE;OPEN STANDARDS;PORTABILITY;REAL-TIME;SCALABILITY;STANDARDS

Additional Keywords not in the list above: DDS, Data Distribution Service

Learning Objective 1: Understand the different layers of interoperability and why semantic interoperability is a must have

Learning Objective 2: Describe the Object Management Group Data Distribution Service (OMG DDS) standard and what benefits it provides for creating distributed LVC simulations. Explain why OMG DDS is the transport for operational system standards used for modularity of components, and why MOSA is mandated for the USA DoD.

Learning Objective 3: Explain the principles of the OMG DDS Secure standard for securing communications between distributed simulations over WAN/Cloud/RF/Lossy networks

Learning Objective 4: Explain how OMG DDS works with the simulation architectures TENA, HLA and DIS and stitches these separate standards together for large programs such as CAE's SCARS program for the USAF

Learning Objective 5: Summarize how OMG DDS works with real-world Hardware In the Loop (HIL) for secure distributed LVC simulations at scale

Abstract:

In today's dynamic landscape of distributed simulation, ensuring both interoperability and security are paramount challenges. Traditional simulation environments, often utilizing disparate standards, must seamlessly integrate with modern architectures leveraging cloud-based assets. Moreover, the escalating demand for security mandates integrators to navigate the complex realm of information assurance. How can simulation systems integrators navigate this intricate terrain and accelerate integration timelines to meet demanding requirements?

This tutorial offers a comprehensive exploration of the Object Management Group's Data Distribution Service (OMG DDS) standard, showcasing its pivotal role in addressing the twin imperatives of interoperability and security within distributed Live, Virtual, and Constructive (LVC) simulation environments. OMG DDS stands as a cornerstone middleware solution, adept at facilitating hard real-time data distribution across diverse systems while providing robust security mechanisms to safeguard sensitive simulation data.

Throughout the tutorial, participants will embark on a journey through the fundamental principles of OMG DDS, starting with its configuration for seamless integration with LVC simulations. From designing OMG DDS entities and data models to fine-tuning performance and scalability through a suite of quality-of-service parameters, attendees will gain actionable insights into harnessing OMG DDS's capabilities to meet the diverse needs of distributed simulation environments.

A focal point of the tutorial will be an in-depth exploration of OMG DDS's security features, used for multi-layered security (MLS) within LVC systems today. OMG DDS ensures the confidentiality, integrity, and availability of simulation data, essential for safeguarding against unauthorized access and malicious threats. Furthermore, attendees will discover how the OMG DDS Security standard enables secure interoperability with real-world systems already leveraging OMG DDS, facilitating seamless communication across disparate simulation environments.

The tutorial will culminate in an exploration of examples of integrating OMG DDS with existing simulation standards, and object/data models. Participants will unlock the potential for enhanced interoperability and scalability while maintaining robust security protocols.

Join us for this tutorial to gain actionable insights into leveraging OMG DDS for secure, reliable, and interoperable data distribution in distributed LVC simulations. Whether you're a seasoned simulation systems integrator or an industry newcomer, this session promises to equip you with the knowledge and tools needed to navigate the complexities of distributed simulation environments with confidence and proficiency.

David Whitten

Affiliation

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Securing Distributed LVC: Harnessing OMG DDS for Interoperability at Scale