Simulations are not only useful to train pilots in fligth simulators. Operating any kind of transportation system is quite complex nowadays, especially in the case of railway systems or large ships and because of that simulation is also applied in this markets to train the drivers, operators and support team working with this kind of systems.
Even when main application nowadays for simulation in transportation are driver or maintenance stand-alone trainers , the trend is, like in other markets, towards the evolution of the stand-alone simulators to connected devices in a simulation network. In this way coordination between the different teams involved in the transportation systems can be trained, avoiding practice in the real systems. One example is connecting multiple training devices in a high-speed train simulation center, especially driving simulations with Railway Traffic Control simulators. With this kind of integration, drivers and signal operators can be trained together in complex operations that demand coordination between all the operators in the railway system, as for example docking/undocking operations between multiple train-sets.
Even when main application nowadays for simulation in transportation are driver or maintenance stand-alone trainers , the trend is, like in other markets, towards the evolution of the stand-alone simulators to connected devices in a simulation network. In this way coordination between the different teams involved in the transportation systems can be trained, avoiding practice in the real systems. One example is connecting multiple training devices in a high-speed train simulation center, especially driving simulations with Railway Traffic Control simulators. With this kind of integration, drivers and signal operators can be trained together in complex operations that demand coordination between all the operators in the railway system, as for example docking/undocking operations between multiple train-sets.
Doing Simulators with a distributed and open architecture
Simware is the only simulation platform in the market that allows to build training devices for transportation systems with a middleware based architecture, fully compliant with standards. Compliance with standards is not only importante for interoperability with other simulators but also provides the capability to integrate COTS compliant with standards as HLA, DIS or CIGI as components of the simulator, speeding up the development time.
Simware's distributed architecture offers also the capability to share simulation components between different simulators deployed in the same network, LAN or WAN as shown in below figure.
Simware's distributed architecture offers also the capability to share simulation components between different simulators deployed in the same network, LAN or WAN as shown in below figure.
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