| Summary: | 碩士 === 淡江大學 === 資訊工程研究所 === 83 === Distributed Interactive Simulation (DIS) is an exercise
involving the interconnection of a number of simulators, the
simulated entities are able to interact within a computer
generated environment. This technology enhances traditional
method for staff training, testing, production development, and
analysis. Most important, it provides cost savings that are
critical to remaining economically competitive. Although there
are some standards such as IEEE 1278-1993 the application level
protocol to provide guideline to development DIS application,
it invokes a lot of knowledge area include DIS architecture,
application protocol, communication protocol, share database,
and share model. Therefore development a DIS application is
still a difficult task. In this thesis, we provide an object-
oriented approach to development a DIS application framework.
The main goal of DIS application framework is to encapsulate
the distributed fact. Simulator developers, who use DIS
application framework, consider that the simulation environment
is in a single computer, and do not need take care of the
communication protocol. Moreover, the systems build by DIS
application framework can be dynamically extended. As a new
simulator joins into the simulation environment, the only task
is to extend the simulated entity database. Finally, we
demonstrate that using our DIS application framework is very
easy to build a complex DIS environment.
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