Fujitsu in collaboration with video game and simulator developer Ongakukan has developed the world’s first train simulation system using full high-definition video. Through its technical collaboration with video game and simulator developer Ongakukan, Fujitsu was able to develop variable-speed playback technology for high-definition video shot on actual train lines, the first use of this technology in a train simulator. The result is an unprecedented level of realism in train operation simulation, with accurate responses to the trainee-operator’s input and high image quality even with variable-speed playback. This gives trainees a better approximation of the operational environment to help improve their skill levels.
Press Release After The Jump
Compared to existing simulators based on computer graphics, the new Fujitsu Train Simulation System creates a more realistic training experience, enabling operators to improve training results. The system is available on a commercial basis starting today. Sales target is 100 systems over next three years.
Tokyo, May 8, 2008 — Fujitsu Limited, building on technology developed in collaboration with Ongakukan Co., Ltd., has developed the world’s first train simulation system using full high-definition video. The system is available on a commercial basis starting today.
Through its technical collaboration with video game and simulator developer Ongakukan, Fujitsu was able to develop variable-speed playback technology(1) for high-definition video shot on actual train lines, the first use of this technology in a train simulator. The result is an unprecedented level of realism in train operation simulation, with accurate responses to the trainee-operator’s input and high image quality even with variable-speed playback. This gives trainees a better approximation of the operational environment to help improve their skill levels.
The system is available via SaaS(2) services utilizing Fujitsu Data Center infrastructure.
Conventional simulators for train operators have relied on computer-generated graphics. The actual working environment for operators, however, is filled with signs, buildings, and other landmarks along the tracks, and there has been a need for train operation simulators that provide more realistic environments in order to raise operator skill levels.
This prompted Fujitsu, working with Ongakukan, to develop the technology for variable-speed playback of actual, high-definition footage of railway tracks, the first train simulation featuring this technology to be used in train-operator training materials. Since the system is offered via SaaS services, customers can use their PCs to update footage whenever they make changes to their track data. Moreover, the SaaS service allows training logs and results from remote locations to be batched together for integrated management. Fujitsu is considering making this simulator available not only to railway operators but also to train and transport museums, amusement and children’s facilities.
