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Design of On Board Data Handling using raspberry pi for nanosatellite payload

机译:使用树莓派处理纳米卫星有效载荷的机载数据处理设计

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Design and analysis of On Board Data Handling by using raspberry pi, temperature sensors, accelerometers, servo motors and a camera have been done in this research. To capture an object, it is used a servo motor for controlling camera. In this research, also designed the guard dog to avoid system error due to data accumulation from sensors or camera. Testing distances are SO, 100 and 200 meters with an average time of 4 minutes 11 seconds and the smallest accuracy at a distance of 200 meters at 86.67%.
机译:通过使用覆盆子PI,温度传感器,加速度计,伺服电机和相机进行了设计和分析,已经在本研究中完成。要捕获对象,它将使用伺服电机来控制相机。在这项研究中,还设计了保护狗,以避免由于传感器或摄像机的数据累积导致的系统错误。测试距离是如此,100和200米,平均时间为4分11秒,最小精度为200米,86.67%。

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