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Hardware Implementation of COTS Avionics System on Unmanned Aerial Vehicle Platforms

机译:无人机平台上COTS航空电子系统的硬件实现

摘要

Unmanned Aerial Vehicles (UAVs) can serve as low cost and low risk platforms for flight testing in Aeronautics research. The NASA Exploration Aerial Vehicle (EAV) and Experimental Sensor-Controlled Aerial Vehicle (X-SCAV) UAVs were developed in support of control systems research at NASA Ames Research Center. The avionics hardware for both systems has been redesigned and updated, and the structure of the EAV has been further strengthened. Preliminary tests show the avionics operate properly in the new configuration. A linear model for the EAV also was estimated from flight data, and was verified in simulation. These modifications and results prepare the EAV and X-SCAV to be used in a wide variety of flight research projects.
机译:无人飞行器(UAV)可以用作航空研究中低成本,低风险的飞行测试平台。 NASA探索型飞行器(EAV)和实验传感器控制的飞行器(X-SCAV)UAV是为支持NASA Ames研究中心的控制系统研究而开发的。两种系统的航空电子硬件都经过了重新设计和更新,EAV的结构得到了进一步加强。初步测试显示,航空电子设备在新配置中可以正常运行。 EAV的线性模型也可以从飞行数据中估算出来,并在仿真中得到验证。这些修改和结果使EAV和X-SCAV可以用于各种飞行研究项目。

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