Results 1 to 10 of about 43,057 (164)
High-Order Polynomial Fitting Assistance for Fast Double-Peak Finding in Brillouin-Distributed Sensing [PDF]
A high-order polynomial fitting method is proposed to accelerate the computation of double-Gaussian fitting in the retrieval of the Brillouin frequency shifts (BFS) in optical fibers showing two local Brillouin peaks.
Marcelo A. Soto +4 more
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Polynomial fitting method of background correction for electron backscatter diffraction patterns [PDF]
A raw electron backscatter diffraction (EBSD) signal can be empirically decomposed into a Kikuchi diffraction pattern and a smooth background. For pattern indexing, the latter is generally undesirable but can reveal topographical, compositional, or ...
Yi-Yun Tsai, Yi-Chen Pan, Jui-Chao Kuo
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A New Method to Estimate Changes in Glacier Surface Elevation Based on Polynomial Fitting of Sparse ICESat—GLAS Footprints [PDF]
We present in this paper a polynomial fitting method applicable to segments of footprints measured by the Geoscience Laser Altimeter System (GLAS) to estimate glacier thickness change.
Tianjin Huang +5 more
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Fast Piecewise Polynomial Fitting of Time-Series Data for Streaming Computing
Streaming computing attracts intense attention because of the demand for massive data analyzing in real-time. Due to unbounded and continuous input, the volume of streaming data is so high that all the data cannot be permanently stored.
Jianhua Gao +5 more
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There are different missing flight data due to various reasons in the process of acquisition and storage, especially in general aviation, which cause inconvenience for flight data analysis.
Nongtian Chen +3 more
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Study on residual deformation prediction of goaf based on residual modified GM(1,1)model
In order to improve the prediction accuracy of the GM(1,1)model for its application in residual deformation prediction of goaf, the residual modification GM(1,1) model was constructed based on the gray GM(1,1) model.
XUE Yong’an, JI Zhe, ZHANG Wenzhi
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Improving the Targets’ Trajectories Estimated by an Automotive RADAR Sensor Using Polynomial Fitting
A way to reduce the uncertainty at the output of a Kalman filter embedded into a tracker connected to an automotive RADAR sensor consists of the adaptive selection of parameters during the tracking process. Different informed strategies for automatically
Georgiana Magu +2 more
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A Polynomial Fitting Problem: The Orthogonal Distances Method
The classical curve-fitting problem to relate two variables, x and y, deals with polynomials. Generally, this problem is solved by the least squares method (LS), where the minimization function considers the vertical errors from the data points to the ...
Luis Alberto Cantera-Cantera +4 more
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Impedance analysis is the leading method of solving the stability issues of grid-connected renewable energy generation systems. Taking the grid-connected system of direct drive permanent magnet synchronous generator (D-PMSG) as an example, the ...
Yongjun YU +4 more
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A high order derivation method for distribution network transient data [PDF]
Nowadays, high-order data needs to be processed quickly and accurately by various algorithms in distribution networks. It is difficult to ensure the accuracy of calculation both in low-order and high-order cases, due to the theoretical limitations of ...
Xiao Bo +4 more
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