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Pitch provides customers and partners a globally accessible, always online, distributed simulation network (“backbone”) called the “Global Simulation Arena” (GSA). Pitch’s GSA is a 24/7 HLA network that hosts HLA Federations where GSA users can develop, test, and demonstrate their HLA Federates. For free. For example, a user developing just
VBS Gateway is a user-friendly gateway application for VBS3, which allows for interoperability using HLA, DIS and CIGI protocols. Bohemia Interactive Simulations utilized Pitch Technologies’ Developer Studio to create VBS Gateway. Developer Studio generates C++ and Java code, supports any domain or FOM (Federated Object Model), and supports common RTIs
ABSTRACT: The ability to simulate Tactical Data Links is becoming increasingly important in order to more accurately represent the modern battlespace. There is also a need to be able to connect with or simulate commercial use data links such as ADSB and AIS. LVC applications may rely on the integration
SISO SIWzie award winner ABSTRACT: Spaceflight is difficult, dangerous and expensive; human spaceflight even more so. In order to mitigate some of the danger and expense, professionals in the space domain have relied, and continue to rely, on computer simulation. Simulation is used at every level including concept, design, analysis,
ABSTRACT: Over the last decades the size of scenarios in distributed simulation has grown considerably, for example in defense training. There is also a demand for larger number of federates within exercises. This means that federation scalability is an area of growing importance. The developers of HLA foresaw this and
The Swedish Air Force successfully demonstrated their Door Gunner Trainer Prototype at the recent Air Defence days at the Malmen Air Base. The event was one part of the celebration of the Swedish Air Force 90 year anniversary. The Trainer Prototype takes advantage of COTS technology and Open Standards to deliver low cost tactical
The most widely used federation object model used in defense simulation is the Real-Time Platform Reference FOM, standardized by SISO. The RPR FOM is also part of the NATO Education and Training FOM (NETN FOM). Pitch has lead the development of the latest version, RPR FOM 2.0, that has now
ABSTRACT: Version 2 of the Real-time Platform Reference FOM (RPR FOM) has recently been finalized. It is the most widely used FOM for defense simulations. The original purpose of the RPR FOM was to facilitate interoperability between the DIS protocol and HLA federations. Today it is often also used as
ABSTRACT: Across defence, training equipment, data and scenarios are likely to have different classification levels. Thus it is sometimes necessary for training to be carried out using a federation of participating systemsrunning at different classification levels, but without compromising security rules. This is usually done using guards and filters to