[PDF][PDF] Neuro-Fuzzy System and Genetic Algorithm for Cubesat Lqr Based Attitude Control System
HA ALEMAYEHU - 2020 - scholar.archive.org
CubeSat is next generation, promising, and small-sized satellites that can be easily
assembled using commercially available components with a low investment cost. Attitude …
assembled using commercially available components with a low investment cost. Attitude …
Fuzzy-Model-Based (FMB) Control of a Spacecraft with Fuel Sloshing Dynamics
L Mazmanyan - 2018 - scholarcommons.scu.edu
During the upper-stage separation and orbit injection, orbital control, and attitude maneuver,
propellant slosh in partially-filled fuel tanks can cause dynamical instability or pointing …
propellant slosh in partially-filled fuel tanks can cause dynamical instability or pointing …
NEURO-FUZZY SYSTEM AND GENETIC ALGORITHM FOR CUBESAT LQR BASED ATTITUDE CONTROL SYSTEM
HA ALEMAYEHU - 2020 - nadre.ethernet.edu.et
CubeSat is next generation, promising, and small-sized satellites that can be easily
assembled using commercially available components with a low investment cost. Attitude …
assembled using commercially available components with a low investment cost. Attitude …
[PDF][PDF] AUTONOMOUS RENDEZVOUS CONTROLLER DESIGN USING 3D DEPTH DATA
M Jamshidi, C Qian, D Pack - Citeseer
I would like to extend many thanks to Dr. Mo Jamshidi for continuing to inspire me to follow
my passions in robotics and beyond. If it wasn't for his ACE Lab I never would have realized …
my passions in robotics and beyond. If it wasn't for his ACE Lab I never would have realized …
Autonomous controller design for an orbital debris chaser craft
J Labrado, P Benavidez… - 2015 Annual IEEE …, 2015 - ieeexplore.ieee.org
Space is starting to become very crowded mostly in low earth orbit (LEO). Current
projections are showing that without active debris removal (ADR) missions manned and …
projections are showing that without active debris removal (ADR) missions manned and …