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Requirements and Design Challenges in Rotorcraft Flight Simulations for Research Applications

机译:研究应用旋翼飞行仿真的要求和设计挑战

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Research flight simulators often differ in requirements and design parameters compared to flight simulation training devices due to their broad field of applications. Flexibility and extensibility are the key factors to be able to use the simulation environment for numerous projects to save budget and to increase simulation fidelity over time. With design and implementation examples of the Rotorcraft Simulation Environment (ROSIE) at the Institute of Helicopter Technology at the Technische Universitaet Muenchen, compliance with these requirements shall be demonstrated. After a discussion of the challenges in high fidelity real-time flight simulation, e. g. time delays and resolution of visual cue information, current research projects performed with ROSIE are illustrated.
机译:与飞行模拟训练器件相比,研究飞行模拟器经常因其广泛的应用领域而不同的要求和设计参数。灵活性和可扩展性是能够使用仿真环境的关键因素来节省预算,并随着时间的推移提高模拟保真度。在Technische Universitaet Muechen的直升机技术研究所的旋翼仿真环境(Rosie)的设计和实施例子,应当符合这些要求的遵守情况。在讨论高保真实时飞行模拟中的挑战之后,e。 G。举例延迟与解决视觉提示信息,通过Rosie进行了当前的研究项目。

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