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CAVE Based Visual System Design and Key Technologies Research in Marine Engine Room Simulation

机译:基于CAVE的船舶机舱仿真视觉系统设计与关键技术研究

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Marine engine room simulation system can use for crew training, teaching practice, researching performance of ship power system and the auxiliary equipments. This paper introduces the hardware design, software module planning and key technologies of the engine room visual simulation system base on CAVE. A series of optimization methods from model to real-time rendering are proposed for the engine room virtual scene has many complex 3D entities and mapping. The following key technologies of CAVE software are discussed, including multichannel synchronization mechanism, stereo vision algorithm, the modeling and maneuvering of engine room virtual scene. These techniques and methods have been successfully applied to the developed multichannel visual engine room simulator.
机译:船用机房模拟系统可用于船员培训,教学实践,研究船舶动力系统及辅助设备的性能。本文介绍了基于CAVE的机舱视觉仿真系统的硬件设计,软件模块规划和关键技术。针对具有许多复杂3D实体和映射的机舱虚拟场景,提出了从模型到实时渲染的一系列优化方法。讨论了CAVE软件的以下关键技术,包括多通道同步机制,立体视觉算法,机舱虚拟场景的建模和操纵。这些技术和方法已成功应用于已开发的多通道视觉引擎室模拟器。

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