BRIAN DUSTON
San Diego, CA ***** ********@*********.*** Cell: 858-***-****
SUMMARY
Senior software engineer specializing in the development of advanced
statistical and image processing algorithms. Background in both computer
science and statistics can greatly benefit companies working in the areas
of remote sensing, automatic target recognition, image and signal
processing, bioinformatics, medical imaging, data mining, pattern
recognition or machine learning. Proven record of developing innovative
algorithms resulting in improved performance for multiple applications and
for implementing those algorithms in well designed object oriented source
code. Demonstrated to have the experience and ability to work in an
organization as principal investigator, lead software developer or
analytic scientist. Possesses current top secret clearance with SCI access
and CI polygraph.
TECHNICAL SKILLS
Software Development Statistics and Data Image Processing
Analytics
Object-Oriented Design Linear and Non-linear Electro-optical,
Regression Infrared, SAR
C/C++/Java/Perl Statistical Pattern Photogrammetry,
Unified Modeling Recognition Geopositioning and
Language Robust Methods and Georegistration
Windows/Solaris/Linux Bootstrapping Image Mosaicing
MATLAB, R, S-Plus Data Mining Feature Extraction and
XML Data Analysis and Matching
Databases and SQL Visualization Automatic Target
Multivariate Clustering Recognition
Machine Learning Sensor Modeling
PROFESSIONAL EXPERIENCE
BAE SYSTEMS, San Diego, CA 1997 - 2009
Senior Engineering Specialist (2004-2009)
Principal engineer in the research and development of multi-sensor
automatic georegistration algorithms and software for the Geospatial
Intelligence Technology group.
. Designed and implemented image processing algorithms as part of of a real-
time tactical video processing and registration team that received a
company award for innovation.
. Ported a geospatial exploitation software product to Linux to support a
SOA initiative and designed XML interfaces, providing greater
capabilities for commercial and government customers.
. Key contributor to an engineering team that produced a Global Hawk EO/IR
mosaic generation capability with improved geolocation accuracy and
visual continuity compared to the legacy product.
. Utilized background in statistics and optimization to make significant
enhancements to the HART (High Accuracy Registration Technology) product
that allowed it to be used on tactical images with low quality meta-data
or low quality pixel data and with out-of-date reference imagery.
. Refactored existing georegistration libraries using modern object
oriented architecture approaches (Design Patterns) and advanced
signal/image processing libraries making them much more maintainable and
extendable.
. Received company recognition for work on terrain extraction and
geopositioning for an advanced technology demonstration developed for the
National Geospatial Intelligence Agency.
BRIAN DUSTON ********@*********.*** Page Two
Senior Engineering Specialist (2002-2004)
Software architect, designer and developer in support of Navy mission
planning systems.
. Supported mission planning systems including TAMPS, JMPS and Strike
Planning Folders in both Sun/Solaris and PC/Windows environments using C,
C++, Java, Perl, SQL and XML schemas.
. Participated in the full product lifecycle development of JMPS Combat One
using CMMI level 5 processes, use cases and the Unified Modeling Language
(UML).
. Received award for rapid response to fleet support request for immediate
support.
. Chief writer for software architecture and design section of the JMPS
Precision Guided Munitions Planning Component proposal.
Engineering Specialist (1997-2002)
Principal ATR algorithms designer and software architect/engineer for
vehicle and hand-held buried landmine detection equipment for the BAE
SYSTEMS Mine Detection Programs.
. Developed embedded Digital Signal Processing software for hand held
landmine detection using Ground Penetrating Radar (GPR).
. Designed and implemented sensor processing algorithms, automatic target
recognition algorithms and sensor fusion algorithms for the Vehicle
Mounted Mine Detection (VMMD) advanced technology demonstration and Mine
Hunter/Killer demonstration (MH/K). The sensor suite consisted of GPR,
metal detector and infrared camera.
. Created an innovative landmine detection algorithm for GPR that used
multivariate clustering and adaptive weights to account for varying
background clutter due to local soil/road conditions.
. Designed and implemented VMMD and MH/K mine detection software including
user interfaces using a Windows controller and embedded processors for
GPR and metal detectors.
. Participated in field tests of the VMMD detector where the BAE vehicle
outperformed a number of competitors' equipment in detecting and location
buried (inert) landmines.
. Presented papers on automatic landmine detection algorithms at SPIE
technical conferences.
SPAWAR SSC (formerly NRaD), San Diego, CA 1983 - 1997
Computer Scientist Level III (1989-1997)
. Principal Investigator on internal research program exploring new methods
of statistical classification using projection pursuit. Produced final
research report.
. Lead investigator for on research project for comparing advanced
classification algorithms including neural networks and projection
pursuit regression for the automatic scoring of polygraphs.
. Assisted in the research and development of statistical algorithms for
the correlation, tracking and identification of electronic intelligence
(ELINT).
. Provided software engineering support for multiple U.S Navy Command and
Control, Intelligence and Cryptologic programs including GCCS/N and
COBLU.
. Performed statistical analysis and data visualization for large data sets
(data mining).
Previous Positions (1983-1989)
Provided software engineering and programming support for Navy correlation
and tracking research and development and other Navy R&D programs.
EDUCATION
M.S. Statistics - San Diego State University, San Diego, CA
B.S. Computer Science - University of Illinois, Urbana-Champaign, IL