Stay up to date with our latest papers!
ABSTRACT: The HLA RTI is accessed using a standard service API that is independent of application domain. A popular approach to simplify the use of HLA is to hand-code, or to generate an object-oriented RTImiddleware with an API that closely matches a specific FOM. This is informally known as Object
ABSTRACT: One of the most important new features in HLA Evolved is the ability to provide the Federation Object Model (FOM) in the form of several modules. While the standard provides a complete and stringentspecification of these concepts, the purpose of this paper is to provide a user-friendly introduction as
ABSTRACT: NATO Allied Command Transformation (ACT) program Snow Leopard is supported by NATO Research & Technology Organization (RTO) Task Group MSG-068 Education and Training Network (NETN) in developing a reference federation architecture and FOM design for the NATO Training Federation (NTF) and NATO Live-VirtualConstructive Federation (NLVC). As part of the
ABSTRACT: Several previous papers have described a number of new concepts and services in the HLA Evolved (IEEE 1516-2009) standard, such as fault tolerance, update rate reduction and modular FOMs. Thispaper focuses on the particulars of the updated C++ and Java APIs. One reason for updating the APIs is to
ABSTRACT: “HLA Evolved” is the code name for the new version of the High Level Architecture that is expected to be completed in late 2008. This version gives developers and users of distributed simulation a large number of new development, deployment and net centric capabilities. While the new HLA version
ASTRACT: The High Level Architecture (HLA [1]) has its origins in the defense sector and was primarily used to simulate vehicle and troops movements. However, the HLA is not limited to this area. It is very suitable for simulating rail traffic, in a simulated rail infrastructure, and the rail traffic