Project Info
Image recognition using time domain methods
Atef Elsherbeni | aelsherb@mines.edu
Electromagnetic imaging is used for many applications, including mining and medical diagnosis. This project will start with the basics of electromagnetic modeling, followed by imaging techniques using inverse time domain simulation techniques. Once a numerical procedure is adapted, enhancement of the process using higher order formulation will be investigated. The finite difference time domain method and the time reversal concept will be used.
More Information
““The Finite-Difference Time-Domain Method for Electromagntics with Matlab simulations” book by Elsherbeni and Demir, 2015, and articles related to the FDTD method from the site below
http://inside.mines.edu/~aelsherb/publications/journal_papers.html
other sites of interest are:
https://cmontalto.wordpress.com/2013/04/08/hybrid-inverse-problems-and-medical-imaging/
https://pdfs.semanticscholar.org/7ff3/a9bac44e153ea75236cf883ad7d9bdd29d87.pdf”
Grand Engineering: Advance health informatics
Student Preparation
Qualifications
PHGN200, Physics II or equivalent
Time Commitment
10-20 hours/month
Skills/Techniques Gained
“learn how to work in a group.
Learn how to integrate basic knowledge into practical applications.
Gain experience in computer programming, numerical analysis and simulations.”
Mentoring Plan
The student will meet on a weekly bases with the professor in his office, and will attend the group research meetings to present and discuss his work and listen to other member’s research efforts.