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Deep learning based state estimation and modeling dynamic system using Kalman filter

机译:基于深度学习的状态估计和使用卡尔曼滤波器的模型动态系统

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In recent trends predicting and modeling a time varying system is necessary in order to reduce the processing time. State estimation and prediction of the dynamic system is successfully implemented using Kalman filter. Deep learning is one of the promising technologies which produce an improvement in accuracy, reduction in processing time after sufficient training. Hence the performance of the state estimation and modeling the system can be improved by applying deep learning along with existing method. In our paper, we are proposing a method for implementation of existing state estimation along with deep learning architecture. In general our proposed can be applied in time series forecasting, network routing, communication and image processing applications.
机译:在最近预测和建模时间变化系统的趋势是为了降低处理时间。 使用Kalman滤波器成功实现了动态系统的状态估计和预测。 深度学习是有前途的技术之一,可以提高准确性,减少在充分训练后的处理时间。 因此,通过应用深度学习以及现有方法,可以提高状态估计和建模系统的性能。 在我们的论文中,我们提出了一种实现现有国家估算以及深度学习架构的方法。 通常,我们提出的可以应用于时间序列预测,网络路由,通信和图像处理应用程序。

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