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Autodetection of Threats in Transit: Making X-ray scanners intelligent
MSci (1st Hons) in Physics with Theoretical Physics, Imperial College London
I'M ORIGINALLY FROM...
WHY I APPLIED TO THE SECURITY SCIENCE DTC
During final year of degree and after working at DSTL, I decided that I wanted to take the mathematical and computational tools developed at undergraduate and apply them to interesting, real-life problems. At the same time I wanted to progress academically and UCL SECReT allowed me to do so, whilst maintaining the security aspect from DSTL.
I am interested in image processing, machine vision, machine learning and X-ray detection, with an application to cargo scanning and border security. My MRes project will be looking at developing machine vision/learning models and using X-ray scanners to automatically detect threats (e.g. narcotics, stowaways, radioactive materials, currency, firearms) inside cargo containers.
WHAT I DO WHEN I'M NOT STUDYING
Growing facial hair (Movember), pub, football watching, friends & family.
MY CAREER ASPIRATIONS
To continue working on new and exciting problems in security science, whether that be in industry or academia.
WHAT KIND OF PARTNER ORGANISATION I'D LIKE TO WORK WITH AND WHAT I'D LIKE FROM THEM
My MRes project is part-funded by Rapiscan Systems, but I would welcome contact from any organisation or individual with similar research interests.
- Special Prize in Computational Physics, Imperial College 2011
- Tessella Prize for Software, Imperial College 2012
T. W. Rogers, J. Ollier, E. J. Morton, and L. D. Griffin. "Reduction of Wobble Artefacts in Images from Mobile Transmission X-ray Vehicle Scanners", IEEE IST (2014). Accepted
N. Jaccard, T. W. Rogers, and L. D. Griffin. "Automated detection of cars in transmission X-ray images of freight containers", IEEE AVSS (2014). Accepted
MSci research presented at Quantum Monte Carlo in the Apuan Alps VII, July 2012
Future Security 2012, Bonn.