为了推动学生培养国际化，提升学科国际竞争力和声誉。在国际合作与交流处的大力支持下，地球探测科学与技术学院引进海外优质教育资源，邀请法国斯特拉斯堡第一大学的MAKSIM BANO教授为本科生和研究生讲授“地球物理信号处理”课程。MAKSIM BANO 教授为“Geophysics”期刊副主编。
课程时间：2018年5月7日-5月11日；5月14日-15日 晚6:30-8:30
课程地点：地质宫529
1. Course Description. Aims and objectives.
The purpose of this course is to provide students with fundamentals of Signal Processing, Seismic and GPR methods. The prime objective of the first part is to give comprehensive understanding of Fourier Transform, Synthetic seismic trace, Correlation and Band-Pass filtering used in Seismic and GPR Processing. The second part gives the basic principles of seismic refraction and reflection methods and details the seismic processing illustrated with some real examples. The third part concerns the electro-magnetic waves and application of GPR method. In addition, to illustrate the course, Matlab programs are used in practical classes.
2. Course Content
Subject |
Lectures Hours |
1. |
Fourier Transform (FT), its properties and basic theorems. Matlab Examples |
2 |
2. |
Convolution, Synthetic seismic trace and Correlation.Vibro-Seismic Processing |
2 |
3. |
Linear filtering and Frequency Band-Pass filters. Matlab Examples |
2 |
4. |
Seismic Methods, Reflection and Refraction. Generalities |
2 |
5. |
EM waves and GPR applications |
2 |
|
|
|
|
3. References:
Bracewell Ronald, 2000. The Fourier Transforms and its application. McGraw Hill International editions
Clearbout, J. F. (1985). Imaging the Earth's Interior, Blackwell Scientific Publications, Oxford.
David Daniels (2004). Ground penetrating Radar. Printed in the UK by MPG Books Limited, Bodmin, Cornwall.
Jol, H., (2009). Ground penetrating Radar, Theory and Applications. Elsevier Science, Printed in the Great Britain
Kearey, P. and M. Brooks (2005). An introduction to geophysical exploration.
Yilmaz, O. (1987). Seismic Data Processing, Ed. Society of Exploration, Geophysicists.
