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2. Nonlinear Active Vibration Based Damage Detection and Localization

open_access
Open Access
Author:
Long, Justin Allan
Title:
Nonlinear Active Vibration Based Damage Detection and Localization
Graduate Program:
Aerospace Engineering
Keywords:
nonlinear
vibration
damage
detection
structural
health
monitoring
automation
airframe
rotorcraft
localization
File:
Download JustinLong_MS_Thesis_FINAL.pdf
Committee Members:
Stephen Clarke Conlon, Thesis Advisor/Co-Advisor
Edward C Smith, Thesis Advisor/Co-Advisor
George A Lesieutre, Thesis Advisor/Co-Advisor

3. Landmark-Aided Localization for Air Vehicles Using Learned Object Detectors

open_access
Open Access
Author:
DeAngelo, Mark Patrick
Title:
Landmark-Aided Localization for Air Vehicles Using Learned Object Detectors
Graduate Program:
Aerospace Engineering
Keywords:
localization
feature-based navigation
UAV
UAS
navigation
computer vision
landmark detection
object detection
cascade object detector
bag of words
bag of visual words
bag of keypoints
SVM
visual flight rules
VFR
image processing
UUV
AUV
sonar
underwater
airplane
quadcopter
aircraft
unmanned aerial vehicle
unmanned aerial system
remotely piloted vehicle
RPV
unmanned underwater vehicle
autonomous underwater vehicle
localisation
File:
Download MPDeAngeloDissertation_FinalMSWordPDF.pdf
Committee Members:
Joseph F. Horn, Dissertation Advisor/Co-Advisor
Joseph F. Horn, Committee Chair/Co-Chair
Robert G. Melton, Committee Member
Sean N. Brennan, Committee Member
Richard Lee Culver, Outside Member

4. Rolling-Shutter Correction for Monocular Vision-Based Obstacle Mapping

open_access
Open Access
Author:
Dunbabin, Oliver
Title:
Rolling-Shutter Correction for Monocular Vision-Based Obstacle Mapping
Graduate Program:
Aerospace Engineering
Keywords:
Rolling shutter
progressive scan
Monocular vision
Visual mapping
SLAM
feature-point estimation
obstacle detection
obstacle avoidance
EKF
UKF
time-delay
time delay
time delay compensation
mapping algorithm
UAV
UAV mapping
localization
Simultaneous localization and mapping
Cameras
Image sequences
Layout
Trajectory
camera
image sequences
trajectory
image sensors
Kalman filters
motion estimation
nonlinear filters
SLAM (robots)
kalman filter
real-time vision
inverse depth parametrization
monocular SLAM
monocular simultaneous localization and mapping
extended Kalman filter
feature initialization
camera motion estimates
inverse depth
inverse depth parameterization
monocular mapping
rolling shutter time delay
GPS denied
navigation
feature-extraction
robot vision
computer vision
rolling-shutter model
File:
Download OliverDunbabin_Thesis.pdf
Committee Members:
Eric Norman Johnson, Thesis Advisor/Co-Advisor
Jacob Willem Langelaan, Program Head/Chair
Jacob Willem Langelaan, Committee Member
Puneet Singla, Committee Member