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Platform and State Estimation Design of a Small-Scale UAV Helicopter System

机译:小型无人机直升机系统的平台和状态估计设计

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This paper presents the development of a small-scale unmanned aerial vehicle (UAV) helicopter system based on a Raptor 90 hobby helicopter. Firstly, onboard avionics system and ground station are designed carefully. The onboard avionics system mainly consists of sensors, flight control board, RF modem, and power supply system. The ground station comprises a computer and a RF modem. The main function of ground station is to monitor the status of onboard avionics. To avoid the effect of noises, some efficient sensor data processing and integrated navigation algorithms are designed and implemented on the onboard avionics. As a result, the constructed system exhibits low weight, small size, antivibration, and low power consumption; the essential information for system identification and automatic control can be easily acquired. Several ground and flight tests have been performed to verify the feasibility and reliability of the total system. The results show that it is sufficient for system identification and automatic control.
机译:本文介绍了基于Raptor 90业余直升机的小型无人机(UAV)直升机系统的开发。首先,机载航空电子系统和地面站是经过精心设计的。机载航空电子系统主要由传感器,飞行控制板,RF调制解调器和电源系统组成。地面站包括计算机和RF调制解调器。地面站的主要功能是监视机载航空电子设备的状态。为了避免噪声的影响,在机载航空电子设备上设计并实现了一些有效的传感器数据处理和集成导航算法。结果,所构造的系统表现出低重量,小尺寸,抗振动和低功耗。可以轻松获取用于系统识别和自动控制的基本信息。已经进行了几次地面和飞行测试,以验证整个系统的可行性和可靠性。结果表明,该方法足以进行系统识别和自动控制。

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