Abstract
This paper introduces the characteristics and uses of virtual training system, the composition of virtual cockpit, simulation objectives and key technologies. A virtual cockpit simulation platform architecture with high integration, good openness, integration of design, test and evaluation, supporting iterative development was built. The system principle of the platform architecture is introduced. The distributed virtual cockpit simulation architecture can be rapidly reconstructed. The development and management of virtual cockpit simulation software is realized by using object oriented component technology. The rapid reconfiguration method of virtual cockpit simulation software is studied according to different design requirements.
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