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thesis.bbl
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\begin{thebibliography}{100}
\bibitem{parrotar}
Parrot AG.
\newblock Products: Ar drone 2.0.
\newblock
\url{https://www.parrot.com/fr/drones/parrot-ardrone-20-elite-edition#technicals},
2016.
\newblock [Accessed:2017-01-16].
\bibitem{tiltrihani}
Y.~Al-Rihani.
\newblock {\em Development of a Dual Axis Tilt Rotorcraft UAV: Design,
Prototyping and Control}.
\newblock Cranfield University: School of Engineering, 2012.
\newblock Masters dissertation.
\bibitem{opposedlateraldualaxis}
N.~Amiri, A.~Ramirez-Serrano, and Davies R.
\newblock Modelling of opposed lateral and longitudinal tilting dual-fan
unmanned aerial vehicle.
\newblock In {\em International Federation of Automatic Control}, pages
2054--2059, Milano, Italy, 8 2011. IEEE.
\bibitem{arducoptersite}
APMCopter.
\newblock Arducopter official site.
\newblock \url{http://www.arducopter.co.uk/}, 2016.
\newblock [Accessed:2016-5-01].
\bibitem{dynamicmodelling2013}
E.~Balasubramanian and R.~Vasantharaj.
\newblock Dynamic modelling and control of quadrotor.
\newblock {\em International Journal of Engineering and Technology},
5(1):63--39, 2 2013.
\bibitem{FTCallocation}
P.~Baldi, B.~Mogens, P.~Castaldi, N~Mimmo, and S.~Simani.
\newblock Adaptive ftc based on control allocation and fault accommodation for
satellite reaction wheels.
\newblock In {\em Conference on Control and Fault-Tolerant Systems}, volume~3,
pages 672--677, Barcelona, Spain, 9 2016. IEEE.
\bibitem{nonlineardynamics}
M.~Bangura and R.~Mahony.
\newblock Non-linear dynamic modelling for high performance control of a
quadrotor.
\newblock In {\em Australasian Conference on Robotics and Automation}, pages
1--10, Wellington, New Zealand, 12 2012. ACRA.
\bibitem{bladesforquadrotors}
M.~Bangura, M~Melega, R.~Naldi, and R.~Mahony.
\newblock Aerodynamics of rotor blades for quadrotors.
\newblock Report, Colaboration: Australian National University \& University of
Bologna, 1 2016.
\newblock Published:\url{https://arxiv.org/abs/1601.00733}.
\bibitem{attitudedetermination}
I.Y Bar-itzhack and Y.~Oshman.
\newblock Attitude determination from vector observations: Quaternion
estimation.
\newblock In {\em Transactions on Aerospace and Electronic Systems}, volume~1,
pages 128--137. IEEE, 1 1985.
\bibitem{intelligentbackstep}
M.~Basri, A.~Husain, and K.~Danapalasingam.
\newblock Intelligent adaptive backstepping control for mimo uncertain
non-linear quadrotor helicopter systems.
\newblock {\em Transactions of the Institute of Measurement Control},
4(37):345--361, 9 2017.
\bibitem{nonlineardisturbance}
Y.~Bayiz and R.~Babuska.
\newblock Nonlinear disturbance compensation and reference tracking via
reinforcement learning with fuzzy approximators.
\newblock In {\em International Federation of Automatic Control}, volume~47,
pages 5393--5398, Cape Town, South Africa, 8 2014. IEEE.
\bibitem{quaddynamics}
R.~Beard.
\newblock Quadrotor dynamics and control.
\newblock Report, Brigham Young University, 10 2008.
\bibitem{ospreywired}
R.~Berler.
\newblock Saving the pentagon's killer chopper-plane.
\newblock Technical report, Wired Magazine, 7 2005.
\bibitem{betaflight}
BetaFlight.
\newblock Betaflight fc4 repo.
\newblock Taken from the CleanFlight
repo,\url{https://github.com/betaflight/betaflight}, 2016.
\newblock [Accessed:2016-9-17].
\bibitem{BLHeli}
BLHeli.
\newblock Blheli master branch (silabs).
\newblock \url{https://github.com/bitdump/BLHeli/tree/master/SiLabs}, 2016.
\newblock [Accessed:2016-11-05].
\bibitem{obliquepitch}
Charles Blouin and Eric Lanteigne.
\newblock Pitch control on an oblique active tilting bi-rotor.
\newblock In {\em International Conference on Unmanned Aircraft Systems}, pages
791--799, Florida, USA, 5 2014. IEEE.
\bibitem{inertiaestimation}
R.~Bodrany, W.~Steyn, and M.~Crawford.
\newblock In-orbit estimation of the inertia matrix and thruster parameters of
uosat-12.
\newblock {\em Control Engineering Practice}, 12:87--98, 12 2004.
\bibitem{bojelayupanov}
Edward Boje.
\newblock Lyapunov stability analysis.
\newblock Report~1, University of Kwazulu-Natal: School of Electrical,
Electronic and Computer Engineering, 1 2005.
\newblock Course notes for: Control Systems ENEL4CN.
\bibitem{optimizedpidquadcopter}
H.~Bolandi, M.~Rezaei, R.~Mohsenipour, H.~Nemati, and S.~Smailzadeh.
\newblock Attitude control of a quadcopter with optimized pid.
\newblock {\em Intelligent Control and Automation}, (4):335--342, 8 2013.
\bibitem{optimalgust}
R.M. Botez, I.~Boustani, and N.~Vayani.
\newblock Optimal control laws for gust load alleviation.
\newblock In {\em Proceedings of the CASI Annual Conference}, volume~46, pages
649--655, 5 1998.
\bibitem{pidlqr}
S.~Bouabdallah, A.~Noth, and R.~Siegward.
\newblock Pid vs lq control technqiues applied to an indoor micro quadrotor.
\newblock In {\em International Conference on Intelligent Robots and Systems},
pages 2451--2456, Sendal, Japan, 9 2004. IEEE.
\bibitem{indoorslidingmode}
S.~Bouabdallah and R.~Siegward.
\newblock Backstepping and sliding mode technqiues applied to an indoor micro
quadrotor.
\newblock In {\em PInternational Conference on Intelligent Robots and Systems},
pages 2247--2252, 4 2005.
\bibitem{fullquadcoptercontrol}
S.~Bouabdallah and R.~Siegwart.
\newblock Full control of a quadrotor.
\newblock In {\em International Conference on Intelligent Robots and Systems},
pages 153--158, California, USA, 11 2007. AIAA.
\bibitem{bramwell}
A.~Bramwell, D.~Balmford, and G.~Done.
\newblock {\em Bramwell's Helicopter Dynamics}, chapter 1-3, pages 1--144.
\newblock Elsevier, 2 edition, 1999.
\bibitem{UIUC}
J.~Brandt, R.~Deters, G.~Ananda, and M.~Selig.
\newblock Uiuc propeller data site.
\newblock Univesity of Illinois Urbana-Champaign; Department of Aerospace
Engineering: \url{http://m-selig.ae.illinois.edu/props/propDB.html}, 2008.
\newblock [Accessed:2016-13-12].
\bibitem{lowreynolds}
J.~Brandt and M.~Selig.
\newblock Propeller performance data at low reynolds numbers.
\newblock {\em Aerospaec Sciences Meeting}, 49:1--18, 1 2011.
\bibitem{nonlinearquadcopter}
D.~Brescianini, M.~Hehn, and R~D'Andrea.
\newblock Nonlinear quadrocopter attitude control.
\newblock Technical report, Institute for Dynamic Systems and Control, ETH
Zurich, 10 2013.
\bibitem{adaptiveregulation}
Z.~Cai and M.~S. de~Queiroz.
\newblock Asymptotic adaptive regulation of parametric strict-feedback systems
with additive distrubance.
\newblock In {\em American Control Conference}, volume~5, pages 3707--3712,
Oregon, USA, 6 2005. IEEE.
\bibitem{outputfeedback}
J.~Chen, A.~Behal, and D.~Dawson.
\newblock Adaptive output feedback control for a class of mimo nonlinear
systems.
\newblock In {\em American Control Conference}, pages 5300--5306, Minnesota,
USA, 6 2006. IEEE.
\bibitem{tiltrotorcontrol}
A.B. Chowdhury, A.~Kulhare, and G.~Raina.
\newblock A generalized control method for tilt-rotor uav stabilization.
\newblock In {\em International Conference on Cyber Technology in Automation,
Control and Intelligent Systems}, pages 309--314, Bangkok, Thailand, 5 2012.
IEEE.
\bibitem{cleanflight}
CleanFlight.
\newblock Cleanflight repo.
\newblock \url{https://github.com/cleanflight/cleanflight}, 2016.
\newblock [Accessed:2016-11-13].
\bibitem{spracing}
Dominic Clifton.
\newblock Spracing f3 deluxe flight controller.
\newblock \url{http://seriouslypro.com/spracingf3}, 2015.
\newblock [Accessed:2016-10-04].
\bibitem{cobramotor}
Innov8tive Designs.
\newblock Cobra cm2208/2000 motors.
\newblock
\url{http://innov8tivedesigns.com/cobra-cm-2208-20-multirotor-motor-kv-2000},
2016.
\newblock [Accessed:2016-06-10].
\bibitem{nonlinearadaptive}
C.~Diao, B.~Xian, Q.~Yin, W.~Zeng, H.~Li, and Y.~Yang.
\newblock A nonlinear adaptive control approach for quadrotor uavs.
\newblock In {\em Asian Control Conference Proceedings}, volume~8, pages
223--228, Kaohsiung, Taiwan, 8 2011. ASCC.
\bibitem{inspire}
DJI Drones.
\newblock Dji inspire one.
\newblock \url{http://www.dji.com/product/inspire-1}, 2016.
\newblock [Accessed:2016-07-10].
\bibitem{phantom}
DJI Drones.
\newblock Products: Dji phantom.
\newblock \url{http://www.dji.com/products/phantom}, 2016.
\newblock [Accessed:2016-06-12].
\bibitem{disturbanceadaptivebackstepping}
H.~Du, G.~Fan, and G.~Yi.
\newblock Disturbance compensated adaptive backstepping control of an unmanned
seaplane.
\newblock In {\em International Conference on Roboics and Biomimetics}, pages
1725--1730, Bali, Indonesia, 12 2014. IEEE.
\bibitem{hmc5883}
Honeywell Solid~State Electronics.
\newblock Hmc5833 magnetometer datasheet.
\newblock Advanced Information Data Sheet, 10 2010.
\newblock \url{https://strawberry-linux.com/pub/HMC5883L.pdf}.
\bibitem{fullquaternion}
E.~Fresk and G.~Nikolakopoulos.
\newblock Full quaternion based attitude control for a quadrotor.
\newblock In {\em European Control Conference}, pages 3864--3869, Zurich,
Switzerland, 7 2013. IEEE.
\bibitem{rigidbodymotion}
D.~Garanin.
\newblock Rotational motion of rigid bodies.
\newblock Report, City University of New York, Department of Engineering, 11
2008.
\bibitem{tiltgasco}
P.~Gasco.
\newblock {\em Development of a Dual Axis Tilt Rotorcraft UAV: Modelling,
Simulation and Control}.
\newblock Cranfield University: School of Engineering, 2012.
\newblock Masters dissertation.
\bibitem{osprey}
J.~Gertler.
\newblock V-22 osprey tilt-rotor aircraft: Background and issues for congress.
\newblock Report, Congressional Research Service, 3 2011.
\bibitem{cobraimage}
GetFPV.com.
\newblock Cobra 2208 2000kv bldc motor product page.
\newblock \url{http://www.getfpv.com}, 2016.
\newblock [Accessed:2017-02-19].
\bibitem{mikrokopter}
HiSystems GmbH.
\newblock Mikrokopter quadroxl.
\newblock \url{http://www.mikrokopter.de/en/products/kits}, 2016.
\newblock [Accessed:2016-06-13].
\bibitem{matrixcomputations}
G.~Golub and C.~Van~Loan.
\newblock {\em Matrix Computations}, volume~3.
\newblock Johns Hopkins University Press., 1996.
\bibitem{gres2007}
Gary~R. Gress.
\newblock Lift fans as gyroscopes for controlling compact vtol air vehicles:
Overview and development status of oblique active tilting.
\newblock In {\em American Helicopter Society Annual Forum}, volume~63,
Virginia, USA, 5 2007. American Helicopter Society.
\bibitem{spacecraftattitutdequaternions}
Karsten Groÿekatthöfer and Zizung Yoon.
\newblock Introudction to quaternions for spacecraft attitude representation.
\newblock Report, Technical University of Berlin: Department of Astronautics
and Aeronatuics, 5 2012.
\bibitem{x4flyercontrol}
N.~Guenard, T.~Hamel, and V.~Moreau.
\newblock Dynamic modelling and control strategy for an x4-flyer.
\newblock In {\em International Conference on Control and Automation}, pages
141--146, Budapest, Hungary, 6 2005. IEEE.
\bibitem{reynolds}
L.~Hand and J.~Finch.
\newblock {\em Analytical Mechanics}, chapter~7, pages 265--267.
\newblock Cambridge University Press, 1 edition, 1998.
\bibitem{planning}
R.~He, S.~Prentice, and N.~Roy.
\newblock Planning in information space for a quadrotor helicopter in a
gps-denied environment.
\newblock In {\em International Conference on Robotics and Automation}, pages
1814--1820, California, USA, 5 2008. IEEE.
\bibitem{robusttrackingcontrol}
Y.~He, H.~Pei, and T.~Sun.
\newblock Robust tracking control of helicopters using backstepping with
disturbance observers.
\newblock {\em Asian Journal of Control}, (16):1387--1402, 10 2014.
\bibitem{trajectorygeneration}
M.~Hehn and R.~D'Andrea.
\newblock Quadrocopter trajectory generation and control.
\newblock In {\em Internation Federation of Automatic Control}, volume~44,
pages 1484--1491, Milano, Italy, 9 2011. IEEE.
\bibitem{xrotor}
Drone HiTech.
\newblock Xrotor 20a esc.
\newblock \url{http://dronehitech.com/wp-content/uploads/2016/04/IMG_0524.jpg},
2016.
\newblock [Accessed:2016-11-05].
\bibitem{orangerpm}
HobbyKing.
\newblock Orangerx rpm sensor.
\newblock
\url{http://www.hobbyking.com/hobbyking/store/__61511__Orange_RPM_Sensor.html},
2016.
\newblock [Accessed:2016-10-09].
\bibitem{rotorstar}
HobbyKing.
\newblock Rotorstar super mini s-bec.
\newblock
\url{http://www.hobbyking.com/hobbyking/store/__33987__RotorStar_Super_Mini_S_BEC_6S_10A.html},
2016.
\newblock [Accessed:2016-10-08].
\bibitem{sbusencoder}
HobbyKing.
\newblock Signal converter module sbus-ppm-pwm.
\newblock
\url{http://www.hobbyking.com/hobbyking/store/__88384__Signal_Converter_Module_SBUS_PPM_PWM_S2PW_.html},
2016.
\newblock [Accessed:2016-10-09].
\bibitem{variablepitch}
HobbyKing.com.
\newblock A28l 920kv brushless outrunn with variable pitch prop assembly.
\newblock
\url{https://hobbyking.com/en_us/a28l-920kv-brushless-outrunner-w-variable-pitch-prop-assembly.html/?___store=en_us},
2016.
\newblock [Accessed:2017-19-0].
\bibitem{hobbyking}
HobbyKing.com.
\newblock Hobby king: The ultimate hobby experience.
\newblock \url{http://www.hobbyking.com/hobbyking/store/index.asp}, 2016.
\newblock [Accessed:2016-06-12].
\bibitem{starmac}
G.~Hoffmann, H.~Huang, S.~Waslander, and C.~Tomlin.
\newblock Quadrotor helicopter flight dynamics and control: Theory and
experiment.
\newblock In {\em Guidance, Navigation and Control Conference and Exhibit},
pages 1--19, South Carolina, USA, 8 2010. AIAA.
\bibitem{aerodynamicsforengineering}
E.L Houghton and E.W Carpenter.
\newblock {\em Aerodynamics for Engineering Students}, volume~5.
\newblock Butterworth-Heinemann, 2003.
\bibitem{mpu6050}
InvenSense Inc.
\newblock Mpu6050 6-axis gyroscope/accelerometer datasheet.
\newblock Product Specification Data Sheet, 8 2013.
\newblock
\url{https://www.cdiweb.com/datasheets/invensense/MPU-6050_DataSheet_V3%204.pdf}.
\bibitem{ipopt}
COIN-OR Initiative.
\newblock Ipopt project home.
\newblock \url{https://projects.coin-or.org/Ipopt}, 2017.
\newblock [Accessed:2017-10-15].
\bibitem{xbees1}
Digi International.
\newblock Xbee/xbee pro rf modules.
\newblock Technical Data Sheet, 9 2009.
\newblock
\url{https://www.sparkfun.com/datasheets/Wireless/Zigbee/XBee-Datasheet.pdf}.
\bibitem{lpvbackstepping}
W.~Jia, Z.~Ming, Y.~Zhiwei, and L.~Bin.
\newblock Adaptive back-stepping lpv control of satellite attitude maneuvers
with sum of squares.
\newblock In {\em World Congress on Intelligent Control and Automation},
volume~8, pages 1747--1752, Jinan, China, 7 2010. IEEE.
\bibitem{allocation}
T.~Johansen and T.~Fossen.
\newblock Control allocation - a survery.
\newblock {\em Automatica}, 49(5):1087--1103, 5 2013.
\bibitem{efficientallocation}
T.~Johansen, T.~Fossen, and P.~Tondel.
\newblock Efficient optimal constraint control allocation via multi-parametric
programming.
\newblock {\em Journal of Guidance, Control and Dynamics}, (28):506--515, 5
2005.
\bibitem{adaptiveallocation}
T.~Johansen and J.~Tjønnås.
\newblock Adaptive control allocation.
\newblock {\em Automatica}, 44(11):2754--2765, 10 2008.
\bibitem{robustattitude}
S.~Joshi, A.~Keklar, and J.~Wen.
\newblock Robust attitude stabilization of spacecraft using nonlinear feedback.
\newblock In {\em Transactions on Automatic Control}, number~40, pages
1800--1803. IEEE, 10 1995.
\bibitem{robustbackstepping}
J.~Kabzinski and P.~Mosiolek.
\newblock Robust backstepping stabilization of nonlinear systems with
time-varying parameters.
\newblock In {\em Conference on Methods and Models in Automation and Robotics},
volume~22, pages 785--790, Miedzyzdroje, Poland, 8 2017. IEEE.
\bibitem{multibodydynamics}
C.~Karen-Liu and S.~Jain.
\newblock Tutorial on multibody dynamics.
\newblock Georgia Institute of Technology: Online Course Content, Georgia, USA,
10 2012.
\newblock Available at:
\url{http://www.cc.gatech.edu/~karenliu/Home_files/dynamics_1.pdf}.
\bibitem{smalltwotilting}
F.~Kendoul, I.~Fantoni, and R.~Lozano.
\newblock Modeling and control of a small autonomous aircraft having two
tilting rotors.
\newblock In {\em European Control Conference on Decision and Control}, pages
8144--8149, Seville, Span, 12 2005. IEEE.
\bibitem{backstepslidingmode}
A.~Koshkouei, A.~Zinober, and K.~Burnham.
\newblock Adaptive sliding mode backstepping control of nonlinear systems with
unmatched uncertainty.
\newblock In {\em Conference on Decision and Control}, volume~39, pages
4765--4770, Sydney, Australia, 12 2000. IEEE.
\bibitem{adaptivebackstep}
P.~Krishnamurthy and F.~Khorrami.
\newblock Adaptive backstepping and theta-d based controllers for a tilt-rotor
aircraft.
\newblock In {\em Mediterranean Conference on Control and Automation}, pages
540--545, Corfu, Greece, 6 2011. IEEE.
\bibitem{satellitebackstepping}
R.~Kristiansen and P.~Nicklasson.
\newblock Satellite attitude control by quaternion-based backstepping.
\newblock In {\em American Control Coference}, pages 907--912, Oregon, USA, 6
2005. AACC.
\bibitem{rotationsequences}
Jack~B. Kuipers.
\newblock {\em Quaternions and Rotation Sequences: A Prier with Aplication to
Orbital Aerospace and Virtual Reality}, chapter~1, pages 127--143.
\newblock Princeton University Press, 1 edition, 2002.
\bibitem{inertiaspin}
W.~Lang and J.~Young.
\newblock Effect of inertia properties on attitutde stability of nonrigid
spin-stabilized spacecraft.
\newblock Report, National Aeronautics and Space Administaction, 4 1974.
\bibitem{moorepenrose}
A.~Laub.
\newblock The moore-penrose pseudo inverse.
\newblock UCLA Math33A Course Content, Los Angeles, USA, 3 2008.
\newblock Course Notes cited from
\url{http://www.math.ucla.edu/~laub/33a.2.12s/mppseudoinverse.pdf}.
\bibitem{discretegustmodel}
F.B Leahy.
\newblock Discrete gust model for launch vehicle assesments.
\newblock Report, National Aeronautics and Space Administration, 1 2008.
\newblock
\url{https://ams.confex.com/ams/presview.cgi?username=129833&password=129833&uploadid=7813}.
\bibitem{autopilotPSO}
J.~Lee, B.~Min, and E.~Kim.
\newblock Autopilot design of tilt-rotor uav using particle swarm optimization
method.
\newblock In {\em International Conference on Control, Automation and Systems},
pages 1629--1633, Seoul, Korea, 10 2007. IEEE.
\bibitem{spacecraftkalman}
E.J Lefferts, F.L Markley, and M.D Shuster.
\newblock Kalman filtering for spacecraft attitude estimation.
\newblock In {\em AIAAS Aersoapce Sciences Megretski}, volume~20, pages 1--17,
Orlando, Florida, 1 1982. AIAA.
\bibitem{openpilotsite}
LibrePilot.
\newblock Openpilot/librepilot wiki.
\newblock \url{http://opwiki.readthedocs.io/en/latest/index.html}, 2016.
\newblock [Accessed:2016-5-04].
\bibitem{buildyourownquad}
H.~Lim, J.~Park, D.~Lee, and H.~Kim.
\newblock Build your own quadrotor.
\newblock {\em Robotics \& Automation}, pages 33--45, 9 2012.
\bibitem{discreteFTC}
C.~Liu, B.~Jiang, X.~Song, and S.~Zhang.
\newblock Fault-tolerant control allocation for over-actuated discrete-time
systems.
\newblock {\em Journal of The Franklin Institute}, 352(6):2297--2313, 3 2015.
\bibitem{vfd}
Kilowatt~Classroom LLC.
\newblock Vfd fundamentals.
\newblock Report, Kilowatt Classroom LLC, 2 2003.
\bibitem{steadidrone}
SteadiDrone~PTY LTD.
\newblock Steadidrone home.
\newblock \url{http://www.steadidrone.com/}, 2016.
\newblock [Accessed:2016-06-08].
\bibitem{lyapunovconference}
A.~Lyapunov.
\newblock The general problem of the stability of motion.
\newblock {\em International Journal of Control}, 55(3):531--773, 3 1992.
\bibitem{backsteppingquadcoptercontrol}
T.~Madani and A.~Benallegue.
\newblock Backstepping control for a quadrotor helicopter.
\newblock In {\em International Conference on Intelligent Robots and Systems},
pages 3255--3260, Beijing, China, 10 2006. IEEE.
\bibitem{ITAE}
D.~Maiti, A.~Acharya, M~Chakraborty, and A.~Konar.
\newblock Tuning pid and pi$^\gamma$d$^\delta$ controllers using the integral
time absolute error criterion.
\newblock In {\em International Conference on Information and Automation for
Sustainability}, pages 457--462, Melbourne, Australian, 6 2008. IEEE.
\bibitem{eulerrigidbody}
I.~Mandre.
\newblock Rigid body dynamics using euler's equations, rungekutta and
quaternions.
\newblock Unpublished, 2 2006.
\bibitem{zeroTSK}
C.~Mantas and J.~Puche.
\newblock Artificial neural networks are zero-order tsk fuzzy systems.
\newblock {\em IEE Transactions on Fuzzy Systems}, 16(3):630--644, 6 2008.
\bibitem{fmincon}
MathWorks.
\newblock Optimization tool with the fmincon solver.
\newblock
\url{https://www.mathworks.com/help/optim/ug/optimization-tool-with-the-fmincon-solver.html},
2016.
\newblock [Accessed:2017-10-15].
\bibitem{unwinding}
C.~Mayhew, R.~Sanfelice, and A.~Teel.
\newblock On quaternion based attitude control and the unwinding phenomenon.
\newblock In {\em American Control Conference}, pages 299--304, California,
USA, 7 2011. ACC.
\bibitem{6dofbackstep}
A.~Mian and W.~Daoboo.
\newblock Modelling and backstepping-based nonlinear control of a 6dof
quadrotor helicopter.
\newblock {\em Chinese Journal of Aeronautics}, 8(21):261--268, 5 2008.
\bibitem{napsholm}
S.~Napsholm.
\newblock {\em Prototype of a Tiltrotor Helicopter}.
\newblock Norwegian University of Science and Technology: Department of
Engineering Cybernetics, 2013.
\newblock Masters dissertation.
\bibitem{singleaxistilting}
A.~Nemati and M.~Kumar.
\newblock Modeling and control of a single axis tilting quadcopter.
\newblock In {\em American Control Conference}, pages 3077--3082, Oregon, USA,
5 2014. ACC.
\bibitem{lyapunovpaper}
S.~Nersersov and W.~Haddad.
\newblock On the stability and control of nonlinear dynamical systems via
vector lyapunov functions.
\newblock In {\em Transactions on Automatic Control}, volume~2, pages 203--215.
IEEE, 2 2006.
\bibitem{autonomousrobotseuler}
K.~Nonami, F.~Kendoul, S.~Suzuki, W.~Wang, and D.~Nakazawa.
\newblock {\em Autonomous Flying Robots: Unmanned Aerial Vehicles and Micro
Aerial Vehicles}, chapter~8, page 166.
\newblock Springer Japan, 1 edition, 2010.
\bibitem{autonomousrobotspitch}
Kenzo Nonami, Farid Kendoul, Satoshi Suzuki, Wei Wang, and Daisuke Nakazawa.
\newblock {\em Autonomous Flying Robots: Unmanned Aerial Vehicles and Micro
Aerial Vehicles}, chapter~2, pages 44--48.
\newblock Springer Japan, 1 edition, 2010.
\bibitem{civilquadcopter}
G.P. Oliveira.
\newblock Quadcopter civil applications.
\newblock Master's thesis, Informatics and Computer Engineering: University of
Portugal, Portugal, 2014.
\bibitem{controlallocation}
M.~Oppenheimer, D.~Doman, and M.~Bolender.
\newblock Control allocation for over-actuated systems.
\newblock In {\em Mediterranean conference on Control and Automation}, pages
1--6, Ancona, Italy, 3 2007. IEEE.
\bibitem{r615x}
OrangeRx.
\newblock Orangerx r615x receiver.
\newblock User Manual, 10 2014.
\newblock Available
From:\url{http://www.hobbyking.com/hobbyking/store/uploads/672761531X1606554X18.pdf}.
\bibitem{forwarddescent}
M.~Orsag and S.~Bogdan.
\newblock Influence of forward and descent flight on quadrotor dynamics.
\newblock {\em Recent Advances in Aircraft Technology}, pages 141--156, 2 2012.
\bibitem{tiltrotorUAV}
C.~Papachristos, K.~Alexis, and A.~Tzes.
\newblock Design and experimental attitude control of an unmanned tilt-rotor
aerial vehicle.
\newblock In {\em International Conference on Advanced Robotics}, pages
465--470, Tallinn, Estonia, 6 2011. IEEE.
\bibitem{agriculturequadcopter}
P.N. Patel, M.A. Patel, R.M. Faldu, and Y.R. Dave.
\newblock Quadcopter for agricultural surveilance.
\newblock In {\em Advance in Electronic and Electrical Engineering}, volume~3,
pages 427--432, India, 4 2013. Research India Publications.
\bibitem{ospreypatent}
Google Patents.
\newblock V22 osprey patent.
\newblock \url{https://www.google.com/patents/US20110177748}, 2010.
\newblock [Accessed:2017-03-03].
\bibitem{rigidbodylecture}
J.~Peraire and S.~Widnall.
\newblock 3d rigid body dynamics: Euler angles.
\newblock Lecture notes for Dynamics Course, 2009.
\newblock Dynamics course notes, fall 2007.
\bibitem{rigidbodyinertia}
J.~Peraire and S.~Widnall.
\newblock 3d rigid body dynamics: The inertia tensor.
\newblock Lecture notes for Dynamics Course, 2009.
\newblock Dynamics course notes, fall 2007.
\bibitem{dronelaw}
D.~Peters.
\newblock Eigth amendment of the civil aviation south african regulations.
\newblock Goverment Gazette Notice, 5 2015.
\newblock In Amendment to the Civil Aviation Act, 2009 (Act No.13 of 2009).
\bibitem{x4flyer}
P.~Pounds, R.~Mahony, P.~Hynes, and J.~Roberts.
\newblock Design of a four-rotor aerial robot.
\newblock In {\em Australasian Conference on Robotics and Automation}, pages
145--150, Auckland, USA, 6 2002. IEEE.
\bibitem{arnold}
A.~Pretorius and E.~Boje.
\newblock Shutter delay estimation for a low-cost stand-alone visual tracking
system.
\newblock In {\em International Federation of Automatic Control}, pages 1--6,
Telouse, France, 8 2017. IEEE.
\bibitem{noteonlyapunov}
F.~Ramponi and J.~Lygeros.
\newblock Lecture notes on linear system theory.
\newblock Technical report, Department of Information Engineering, University
of Brescia, 1 2015.
\newblock Course Notes cited from:
\url{http://home.mit.bme.hu/~virosztek/docs/mt_literature/LectureNotes.pdf}.
\bibitem{microraptor}
O.~Rawashdeh, H.C. Yang, R.~AbouSleiman, and B.~Sababha.
\newblock Microraptor: A low cost autonomous quadrotor system.
\newblock In {\em International Design Engineering Technical Conferences \&
Computers and Information in Engineering Conference}, pages 1--8, California,
USA, 8 2009. American Society of Mechanical Engineers.
\bibitem{adaptivedisturbancecontrol}
Anastasia Razinkove, Igor Gaponov, and Hyun-Chan Cho.
\newblock Adaptive control over quadcopter uav under disturbances.
\newblock In {\em International Conference on Control, Automation and Systems},
pages 386--390, Gyeonggi-do, Korea, 10 2014. IEEE.
\bibitem{bem}
M.K. Rwigema.
\newblock Propeller blade element momentum theory with vortex wake deflection.
\newblock In {\em International Congress of the Aeronautical Sciences}, pages
1--9, Nice, France, 9 2010. ICAS.
\bibitem{tiltpropellercontrol}
M.~Ryll, H.~Bulthoff, and P.~Robuffo~Giordano.
\newblock Modelling and control of a quadrotor uav with tilting propellers.
\newblock In {\em International Conference on Robotics and Automation}, pages
4606--4613, Minnesota, USA, 5 2012. IEEE.
\bibitem{tiltpropellerflight}
M.~Ryll, H.~Bulthoff, and P.~Robuffo~Giordano.
\newblock First flight tests for a quadrotor uav with tilting propellers.
\newblock In {\em International Conference on Robotics and Automation}, pages
295--302, Karlsruhe, Germany, 5 2013. IEEE.
\bibitem{trajectorytracking}
S.~Salazar-Cruz, A.~Palomino, and R.~Lozano.
\newblock Trajectory tracking for a four rotor mini-aircraft.
\newblock In {\em ECC Conference on Decision and control}, pages 2505--2510,
Seville, Sapin, 12 2005. IEEE.
\bibitem{saleae}
Inc. Saleae.
\newblock Logic8.
\newblock \url{https://www.saleae.com/}, 2017.
\newblock [Accessed:2017-03-12].
\bibitem{tpheonix}
A.~Sanchez, J.~Escareño, O.~Garcia, and R.~Lozano.
\newblock Autonomous hovering of a noncyclic tiltrotor uav: Modeling, control
and implementation.
\newblock In {\em International Federation of Automatic Control}, pages
803--808, Seoul, Korea, 6 2008. IEEE.
\bibitem{basichelicopter}
J.~Seddon.
\newblock {\em Basic Helicopter Aerodynamics}, chapter 2-5, pages 4--66.
\newblock BSP Professional Books, 1 edition, 1990.
\bibitem{shoemake}
K.~Shoemake.
\newblock Quaternions.
\newblock Siggraph course lecture notes, Department of Computer and Information
Science; University of Pennsylvania, 1987.
\bibitem{euleranglesingularity}
P.~Singla, D.~Mortari, and J.~Junkins.
\newblock How to avoid singularity when using euler angles?
\newblock {\em Advances in the Astronautical Sciences}, 4:1409--1426, 1 2005.
\bibitem{computingeuler}
G.~Slabaugh.
\newblock Computing euler angles from a rotation matrix.
\newblock Lecture notes, City University, London, 5 1999.
\bibitem{fluidmomentum}
J.~Sorensen.
\newblock {\em General Momentum Thoeory for Horizontal Axis Wind Turbines},
chapter~4, pages 265--267.
\newblock Cambridge University Press, 1 edition, 1998.
\bibitem{ms5611}
Measurement Speacialties.
\newblock Ms5611 barometric pressure sensor.
\newblock Technical Data Sheet, 10 2012.
\newblock \url{http://www.amsys.info/sheets/amsys.en.ms5611_01ba03.pdf}.
\bibitem{st-link}
STMicroElectronics.
\newblock St-link/v2 in circuit debugger/programmer for stm32.
\bibitem{stm32f303}
STMicroElectronics.
\newblock Stm32f303 reference manual.
\newblock Online Micro-Controller Reference Manual, 3 2016.
\newblock
\url{http://www.st.com/content/st_com/en/products/microcontrollers/stm32-32-bit-arm-cortex-mcus/stm32f3-series/stm32f303.html?querycriteria=productId=LN1531}.
\bibitem{attitudestabilization}
A.~Tayebi and S.~McGilvray.
\newblock Attitude stabilization of a vtol quadrotor aircraft.
\newblock {\em Transactions on Control Systems Technology}, 14(3):562--571, 5
2006.
\bibitem{configurationpropulsion}
B.~Theys, G.~Dimitriadis, P.~Hendrick, and J.~De~Schutter.
\newblock Influence of propeller configuration on propulsion system efficiency
of multi-rotor unmanned aerial vehicles.
\newblock In {\em International Conference on Unmanned Aircraft Systems}, pages
195--201, Virginia, USA, 6 2016. IEEE.
\bibitem{classicaldynamics}
S.~Thornton and J.~Marion.
\newblock {\em Classical Dynamics of Particles and Systems}, chapter~7, pages
228--289.
\newblock Thompson Brooks/Cole, 5 edition, 2003.
\bibitem{attitudecontrolproblem}
John Ting-Yung~Wen and Kenneth Kreutz-Delgado.
\newblock The attitude control problem.
\newblock {\em Transactions on Automatic Control}, 36(10):1148--1162, 10 1991.
\bibitem{lagrange-formalism}
David Tong.
\newblock Lagrange formalism.
\newblock Lectures of Classic Dynamics, Course Notes, 2005.
\newblock Classical Mechanics Notes.
\bibitem{axissymmetricspacecraft}
P.~Tsiotras, M.~Corless, and J.~Longuski.
\newblock A novel approach to the attitude control of axisymmetric spacecraft.
\newblock {\em Automatica}, 31(8):2754--2765, 8 1995.
\bibitem{ultimaker}
Ultimaker.
\newblock Ultimaker v2+ product page.
\newblock \url{https://ultimaker.com/en/products/ultimaker-2-plus#volume},
2016.
\newblock [Accessed:2016-9-11].
\bibitem{particletrajectories}
F.~van~den Berg and A.~Engelbrecht.
\newblock A study of particle swarm optimization particle trajectories.
\newblock {\em Information Sciences}, 176:937--971, 2 2005.
\bibitem{backstepping}
E.~van Kampen and M.~M. van Paassen.
\newblock Ae4301: Automatic flight control system design.
\newblock Delft Centre for Systems and Control; MSc Notes, 1 2008.
\newblock Course Notes cited from:
\url{https://www.studocu.com/en/course/technische-universiteit-delft/automatic-flight-control-system-design/13152}.
\bibitem{propellers}
A.W Vogeley.
\newblock Axial-momentum theory for propellers in compressible flow.
\newblock Technical Note, 1951.
\bibitem{cmg}
R.~Votel and D.~Sinclair.
\newblock Comparison of control moment gyros and reaction wheels for small
earth-observing satellites.
\newblock In {\em Conference on Small Satellites}, volume~26, pages 1--7,
Logan, Utah, 8 2012. AIAA / Utah State University.
\bibitem{djinspire}
Tao Wang, Tao Zhao, Du~Hao, and Mingxi Wang.
\newblock Transformable aerial vehicle.
\newblock \url{http://www.google.com/patents/US20140263823}, 2014.
\newblock [Accessed:2017-01-16].
\bibitem{inertiafree}
A~Weiss, I.~Kolmanovsky, D.S Bernstein, and A.~Sanyal.
\newblock Inertia-free spacecraft attitude control using reaction wheels.
\newblock {\em Guidance, Control and Dynamics}, 36(14):1425--1439, 8 2013.
\bibitem{physicallybased}
A.~Witkin and D.~Baraff.
\newblock Physically based modelling: Principles and practice.
\newblock CMU: Online Siggraph Course notes, 9 1997.
\newblock Course Notes cited from
\url{http://www.cs.cmu.edu/~baraff/sigcourse/}.
\bibitem{adaptivepso}
X.~Xiaozhu, L.~Zaozhen, and C.~Weining.
\newblock Intelligent adaptive backstepping controller design based on the
adaptive particle swarm optimization.
\newblock In {\em Chinese Control and Decision Conference}, pages 13--17,
Guilin, China, 6 2009. IEEE.
\bibitem{adaptiveslidingmode}
S.~Xin and Z.~Zaojian.
\newblock A fuzzy sliding mode controller with adaptive disturance
approximation for an underwater robot.
\newblock In {\em Asian Conference on Informatics in Control, Automation and
Robotics}, volume~2, pages 50--53, Wuhan, China, 10 2010. IEEE.
\bibitem{videosurveillancequadcopter}
Z.~Zaheer, A.~Usmani, E.~Khan, and M.A Qadeer.
\newblock Aerial surveillance system using uav.
\newblock In {\em Wireless and Optical Communications Netweorks}, volume~13,
pages 1--7, Hyderabad, India, 12 2016. IEEE.
\end{thebibliography}