1 G. H. James, "The natural excitation technique (NExT) for modal parameter extraction from operating structures" 10 (10): 260-277, 1995
2 N. E. Bedewi, "The mathematical foundation of the auto and cross-random decrement techniques and the development of a system identification technique for the detection of structural deterioration" University of Maryland College Park 1986
3 D. M. Siringoringo, "System identification of suspension bridge from ambient vibration response" 30 : 462-477, 2008
4 S. R. Ibrahim, "Random decrement technique for modal identification of structures" 140 (140): 696-700, 1977
5 H. A. Jr. Cole, "Method and apparatus for measuring the damping characteristics of a structure"
6 D. Y. Chiang, "Identification of modal parameters from nonstationary ambient vibration data using correlation technique" 46 (46): 2752-2759, 2008
7 Dar-Yun Chiang, "Identification of modal parameters from nonstationary ambient vibration data using the channel-expansion technique" 대한기계학회 25 (25): 1307-1315, 2011
8 M. De Angelis, "Extracting physical parameters of mechanical models from identified state space representations" 69 (69): 617-625, 2002
9 M. Shinozuka, "Digital simulation of random processes and its applications" 25 (25): 111-128, 1972
10 Newland, D. E, "Application notes:Nonstationary processes, An Introduction to Random Vibrations, 3rd" Spectral Analysis & Wavelet Analysis 211-217, 1993
1 G. H. James, "The natural excitation technique (NExT) for modal parameter extraction from operating structures" 10 (10): 260-277, 1995
2 N. E. Bedewi, "The mathematical foundation of the auto and cross-random decrement techniques and the development of a system identification technique for the detection of structural deterioration" University of Maryland College Park 1986
3 D. M. Siringoringo, "System identification of suspension bridge from ambient vibration response" 30 : 462-477, 2008
4 S. R. Ibrahim, "Random decrement technique for modal identification of structures" 140 (140): 696-700, 1977
5 H. A. Jr. Cole, "Method and apparatus for measuring the damping characteristics of a structure"
6 D. Y. Chiang, "Identification of modal parameters from nonstationary ambient vibration data using correlation technique" 46 (46): 2752-2759, 2008
7 Dar-Yun Chiang, "Identification of modal parameters from nonstationary ambient vibration data using the channel-expansion technique" 대한기계학회 25 (25): 1307-1315, 2011
8 M. De Angelis, "Extracting physical parameters of mechanical models from identified state space representations" 69 (69): 617-625, 2002
9 M. Shinozuka, "Digital simulation of random processes and its applications" 25 (25): 111-128, 1972
10 Newland, D. E, "Application notes:Nonstationary processes, An Introduction to Random Vibrations, 3rd" Spectral Analysis & Wavelet Analysis 211-217, 1993
11 N. M. Newmark, "A method of computation for structural dynamics" ASCE 85 (85): 67-94, 1959
12 J. K. Vandiver, "A mathematical basis for the random decrement vibration signature analysis technique" 104 : 307-313, 1982
13 R. L. Allemang, "A correlation coefficient for modal vector analysis" Society for Experiment Mechanics 110-116, 1983
14 S. R. Ibrahim, "A Method for the direct identification of vibration parameters from free response" 47 (47): 183-198, 1977