Using manufacturing process flow for time synchronization in HLA-based simulation

Service-oriented simulation using web ontology

“…Secondly, research projects that aim to create CSP based distributed simulation do not have access to product source code and are limited to using the functionality offered by the specific vendor. Thirdly, execution time of a distributed simulation can sometimes be slower than standalone simulation, typically because of overly granular parallelization and associated network overheads (Gan et al, 2005). In order to progress, these issues have to be resolved before industry can fully benefit from the application of CSP based distributed simulation.…”

Semantic Web Service Architecture for Simulation Model Reuse

“…The maching is carried out and returned to SDCS for use in one of the client components (5). The SDCS service can optionally provide the resource properties, the dynamic state of each service, alongside the service choices (6). Finally the returned components are displayed in a web start client (SCSV holding the component options on the server side) allowing selected components to be deployed into the CSP.…”

“…Thirdly, execution of a distributed simulation tends to be much slower than traditional standalone simulation. For example, the straightforward use of the conservative HLA time advance mechanisms results in a simulation that runs extremely slowly, at an order of magnitude slower than its corresponding sequential runs [6]. In order to progress, these issues have to be resolved before industry can fully benefit from the application of CSP based distributed simulation.…”

“…It allows each organization to run its model in its own site (thereby encapsulating model details within the organization itself) and participating with other sites through information exchange using distributed simulation middleware [3]. [4,5,6,7] are examples of successful distributed simulation using CSPs. There is a growing body of research dedicated to creating distributed simulation with CSPs and the High Level Architecture (HLA), the IEEE 1516 standard for distributed simulation.…”

Ontology Engineering for Simulation Component Reuse

“…It allows each organization to run its model within its own site (thereby encapsulating model details within the organization itself) and participating with other sites through information exchange using distributed simulation middleware (Gan, Liu, Jain, Turner, Cai, & Hsu, 2000). Boer, Verbraeck, and Veeke (2002); Mertins, Rabe, and Jaekel (2000); Gan, Yoke, Low, Wang, and Turner, (2005); and are examples of successful distributed simulation using CSPs. There is a growing body of research dedicated to creating distributed simulation with CSPs and the High Level Architecture (HLA), the IEEE 1516 standard for distributed simulation.…”