fdcl-gwu Goto Github PK
Name: Flight Dynamics and Control Lab
Type: Organization
Location: Washington DC
Blog: fdcl.seas.gwu.edu
Flight Dynamics and Control Lab's Projects
2015_acta_matlab
2016_aas_abstract
Low-Thrust trajectory design near asteroids using invariant manifolds and reachability sets
2016_aas_manuscript
Low-Thrust trajectory design near asteroids using invariant manifolds and reachability sets
2016_aas_matlab
Matlab code for 2016 AAS paper
2016_aas_presentation
Low-Thrust trajectory design near asteroids using invariant manifolds and reachability sets
2016_acc_experiment
ACC experimental results
2016_acc_manuscript
2016 ACC manuscript
2016_acc_matlab
Matlab code used for simulation and analysis in the 2016 ACC paper
2016_acc_presentation
ACC Presentation
2016_ijcas
Constrained Attitude Control on SO(3)
2016_ijcas_code
Simulation code for generating the plots and experimental data for IJCAS submission
2017_aas_fall_manuscript
Geometric Control for Autonomous Landing on Asteroid Itokawa using Visual Localization
2017_aas_fall_presentation
Geometric Control for Autonomous Landing on Asteroid Itokawa using Visual Localization
2017_jas_manuscript
Fork from https://github.com/skulumani/2015_Acta_manuscript for resubmission to JAS
2017_rd_poster
Poster for 2017 R&D showcase
2018_aas_abstract
Abstract for AAS conference
2018_aas_manuscript
2018_aas_presentation
AAS Astrodynamics Specialist Conference Snowbird, UT
2018_iwmc
International Workshop on Micropropulsion for Cubesats
2018_sspi_manuscript
Manuscript submission for 2018 SSPI
2018_sspi_presentation
Presentation for 2018 SSPI
aas_template
Template for AAS manuscripts
abstract_gwu
Abstract template for GWU R&D Showcase
aiaa20.1
aiaa_template
Template for AIAA papers
arduino-vn100
Reading VectorNav VN100 IMU data through an Arduino as binary messages, dealing with checksum.
aruco-markers
Working examples/tutorial for detection and pose estimation of ArUco markers with C++, including instructions to build and install OpenCV from source.
aruco-markers_rtx
Working examples/tutorial for detection and pose estimation of ArUco markers with C++, including instructions to build and install OpenCV from source.
aruco_generator
Generate GIANT Aruco Images
asteroid_dumbbell
Simulation of a dumbbell spacecraft about an asteroid
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