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SYSTEM AND METHOD FOR AUTONOMOUS NAVIGATION OF UNMANNED AERIAL VEHICLE (UAV) IN GPS DENIED ENVIRONMENT

机译:在GPS拒绝环境中无人机(UAV)的自主导航系统和方法

摘要

An embodiment of the present disclosure provides a system and a method for autonomous navigation of an unmanned aerial vehicle (UAV) in a GPS denied environment. The method facilitates to enable configuration of at least one inference time constraint and a minimum desired accuracy, and compress a neural network model that has been previously trained using an existing dataset. The neural network model is compressed by generating scores for each artifact of the neural network model containing non-zero weights. Weights of a lowest ranked artifact are stored in a dictionary. Weights of said lowest ranked artifact are set to zero to effect a compressed neural network model. Neural network model is retrained for a plurality of iterations such that accuracy of the compressed neural network model is checked at each iteration, and the steps of generating scores and storing weight are repeated if the minimum desired accuracy is not violated.
机译:本公开的实施例提供了一种系统和用于在GPS拒绝环境中的无人驾驶飞行器(UAV)的自主导航的方法。该方法有助于使得能够实现至少一个推理时间约束和最小期望的精度,并压缩先前使用现有数据集进行过培训的神经网络模型。通过为包含非零权重的神经网络模型的每个伪像产生分数来压缩神经网络模型。最低排名伪像的重量存储在字典中。所述最低排名伪像的重量设定为零以实现压缩的神经网络模型。对于多个迭代进行再培训来检测神经网络模型,使得在每次迭代时检查压缩神经网络模型的精度,并且如果没有违反最小期望的精度,则重复产生分数和存储权重的步骤。

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