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Implementation of GPS-based twin antennas attitude determination system using TMS320C6713

机译:基于TMS320C6713的基于GPS的双天线姿态确定系统的实现

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GPS-based twin antennas real-time attitude determination system realized with TMS320C6713 is presented in this paper. The direct computation method used to estimate attitude parameter is introduced firstly. Then the position, velocity and float ambiguity are estimated using kalman filter, the integer ambiguity is resolved based on Z-transformation augmented FASF algorithm. In the end, the software flow chart and hardware block diagram of attitude determination system were presented. The experiment results show that yaw accuracy about 0.04 degrees and pitch accuracy about 0.1 degrees at the output rate of 10Hz can be achieved.
机译:提出了一种基于TMS320C6713的GPS双天线实时姿态确定系统。首先介绍了用于估计姿态参数的直接计算方法。然后使用卡尔曼滤波器估计位置,速度和浮点模糊度,并基于Z变换增强型FASF算法求解整数模糊度。最后给出了姿态确定系统的软件流程图和硬件框图。实验结果表明,在10Hz的输出速率下,可实现约0.04度的偏航精度和约0.1度的俯仰精度。

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