Elbit Systems Demonstrates Remote Simulation Through Cloud Service
The company successfully linked two air-training simulators in remote locations via a cloud-based simulation environment by providing a common synthetic natural environment
IsraelDefense
| 12/07/2017
Photo: Elbit Systems
Elbit Systems announced today (Wednesday) it completed the first phase of a next-generation development by linking two air-training simulators, in remote locations, via a cloud-based simulation environment by providing a common Synthetic Natural Environment (SNE).
The company revealed it developed the ability to connect simulators through a secure simulation cloud, using standard protocols, to provide simulation and information services.
The air-training solution was developed leveraging on the success of a customer-funded R&D project, where two different types of simulators were linked using cloud-based services. The project demonstrated the ability to link different training devices within the same synthetic environment and highlighted the utility of next-generation cloud-based simulation.
The current capability allows a 'commonality of services' where connected trainers use common services and standard protocols to consume services from the secure cloud by designing the simulation federation environment. It currently allows two devices (in this instance more than 50 km apart) to interact within the private cloud-based synthetic environment in real time, in addition to a role player station that enables a man in the loop.
Elbit Systems explained that the networked simulation devices flew simultaneously to perform the components of air missions that would take place within their SkyBreaker Mission Training Centre.
The next phase of the development program will incorporate current platform cockpits at Mission Training Centre (MTC), supplied by Elbit Systems.
Yoram Shmuely, General Manager of Elbit Systems' Aerospace Division, commented: "This is a very exciting development of our synthetic training capability that will allow multiple devices, of different types and in different locations, to take part in collective training within a cyber-assured and secure cloud-based environment."
The company successfully linked two air-training simulators in remote locations via a cloud-based simulation environment by providing a common synthetic natural environment
Photo: Elbit Systems
Elbit Systems announced today (Wednesday) it completed the first phase of a next-generation development by linking two air-training simulators, in remote locations, via a cloud-based simulation environment by providing a common Synthetic Natural Environment (SNE).
The company revealed it developed the ability to connect simulators through a secure simulation cloud, using standard protocols, to provide simulation and information services.
The air-training solution was developed leveraging on the success of a customer-funded R&D project, where two different types of simulators were linked using cloud-based services. The project demonstrated the ability to link different training devices within the same synthetic environment and highlighted the utility of next-generation cloud-based simulation.
The current capability allows a 'commonality of services' where connected trainers use common services and standard protocols to consume services from the secure cloud by designing the simulation federation environment. It currently allows two devices (in this instance more than 50 km apart) to interact within the private cloud-based synthetic environment in real time, in addition to a role player station that enables a man in the loop.
Elbit Systems explained that the networked simulation devices flew simultaneously to perform the components of air missions that would take place within their SkyBreaker Mission Training Centre.
The next phase of the development program will incorporate current platform cockpits at Mission Training Centre (MTC), supplied by Elbit Systems.
Yoram Shmuely, General Manager of Elbit Systems' Aerospace Division, commented: "This is a very exciting development of our synthetic training capability that will allow multiple devices, of different types and in different locations, to take part in collective training within a cyber-assured and secure cloud-based environment."
