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Numerical investigations of Geophysical Data
Geophysic is concerned with the study of the earth’s properties, and it is of great importance to oil and mineral
exploration and in the environmental investigation. With the advanced in modern technology, enormous
geophysical data are now available from the ground measurements and airborne surveys. One of the crucial
tasks in geophysical investigation is to extract the important subsurface information and features of the earth
from the massive data, and numerical analysis and computational techniques play a vital role in the recent
progress and development in geophysics. The objective of the present MITACS Accelerate Internship is
twofold. First, numerical procedures will be developed to efficiently invert subsurface resistivity distribution.
Secondly, robust algorithms will be examined to solve an ill?posed inverse problem. The developed numerical
techniques will be tested using real ground data and magnetic data provided by the TerraNotes Ltd
Geophysics. The anticipated results of this project have potential applications in solving geophysical problems
of significance to Alberta industry.
Faculty Supervisor:
Yau Shu Wong
Student:
Partner:
TerraNotes Ltd GEOPHYSICS
Discipline:
Mathematics
Sector:
Professional, scientific and technical services
University:
University of Alberta
Program:
Accelerate
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