Abstract: The Real Time Kinematics Global Positioning System (RTK-GPS) has been proved to be a feasible tool for structure health monitoring.
In this paper, an improved Extended Kalman Filter. (EKF) method is presented by introducing a triple- differenced operator and an independent white noise. The.
Experimental results and comparisons with GAMIT show that our proposed method is accurate and feasible for the long-baseline bridge deformation monitoring.
Jing Yang, Yongquan Wang, Min He, Fei Wang, Xiaolong Wu: A Novel EKF-GPS Algorithm for Bridge Deformation Monitoring System. ITNG 2009: 79-83.
A Novel EKF-GPS Algorithm for Bridge Deformation Monitoring System · Conference Paper. January 2009. ·. 27 Reads. Jing Yang. ·. Yongquan Wang. ·. Min He.
A Novel EKF-GPS Algorithm for Bridge Deformation Monitoring System. ITNG 2009: 79-83; 2008. [c1]. view. electronic edition via DOI · electronic edition ...
Wang, and Xiaolong Wu, A Novel EKF-GPS Algorithm for Bridge Deformation Monitoring System, to appear in Proc. of 6th International Conference on Information ...
May 9, 2008 · A real-time, long-round global positioning system (GPS) bridge-deformation monitoring technology was proposed, which processes the carrier ...
Missing: Novel | Show results with:Novel
In this paper, the reliability and practicability of using high-rate carrier phase global positioning system (GPS) receivers are investigated to characterize ...
Missing: EKF- | Show results with:EKF-
This study introduces a new method for accurate deformation monitoring of bridges, demonstrating the significant potential for its application in health ...