Instructor of Mathematics
My research has focused on the development of methods for solving problems in applied mathematics. In Solid-State NMR, I introduced the first method for determining the in situ structure of oriented membrane proteins. In statistical signal processing, I developed methods for improving GPS signal detection, especially in the presence of multipath and also phase estimation of both GPS and radar based signals. I am now interested in statistical model building using recent multivariate techniques, such as machine learning.
×
About Matthew Brenneman
My research has focused on the development of methods for solving problems in applied mathematics. In Solid-State NMR, I introduced the first method for determining the in situ structure of oriented membrane proteins. In statistical signal processing, I developed methods for improving GPS signal detection, especially in the presence of multipath and also phase estimation of both GPS and radar based signals. I am now interested in statistical model building using recent multivariate techniques, such as machine learning.
| Present | Instructor of Mathematics, Embry-Riddle Aeronautical University ‐ College of Arts & Sciences | |
|
|
||
Disciplines
Research Interests
Professional Service and Affiliations
| Present | Member, American Mathematical Society | Present | Member, American Statistical Association |
Honors and Awards
- Masood Ali Award for Excellence in Graduate Studies, 2016
- Best Presentation, 2007 ION Global Nav. Satellite Systems
- Cunningham Fellowship Award, 2000-2003
- NIH Training Fellow, 1999-2000, NHMFL
- Tillbrook Scholarship, 1984
| 2014 - 2016 | M.S., Ball State University ‐ Statistics | |
|
|
||
| 2000 - 2003 | M.S., Virginia Polytechnic Institute and State University ‐ Applied Mathematics | |
|
|
||
| 1981 - 1985 | B.S., Carnegie Mellon University ‐ Biological Sciences | |
|
|
||