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An integrated navigation system design for Quadrotors

机译:四旋翼的集成导航系统设计

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In this work, a particle filter based integrated navigation system is designed and tested with real quadrotor systems. Conventionally, Kalman filter based algorithms is used for navigation systems which is highly non-linear. Kalman filter has significant assumptions such as linearity of system and measurement models and Gaussian distributions. This situation causes that Kalman filter does not work effective with navigation systems. Nowadays, particle filter based algorithms take over with respect to other estimation algorithms because of progression of computer's processors capability. Within the scope of this study, a particle filter based integrated navigation system is designed. This designed navigation system is tested on real quadrotor system. As a result of the real flight tests, the error margin is reduced a quarter according to the most trusted navigation aid.
机译:在这项工作中,基于粒子滤波器的集成导航系统被设计并通过实际的四旋翼系统进行了测试。传统上,基于卡尔曼滤波器的算法用于高度非线性的导航系统。卡尔曼滤波器具有重要的假设,例如系统和测量模型的线性以及高斯分布。这种情况导致Kalman过滤器无法在导航系统上有效工作。如今,由于计算机处理器能力的提高,基于粒子滤波的算法取代了其他估计算法。在本研究的范围内,设计了一种基于粒子过滤器的集成导航系统。这种设计的导航系统已在真正的四旋翼系统上进行了测试。经过真正的飞行测试,根据最值得信赖的导航工具,误差幅度降低了四分之一。

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