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Julian Stoev
Publication Activity (10 Years)
Years Active: 2001-2015
Publications (10 Years): 0
Top Topics
Fine Tune
Reinforcement Learning
Robot Control
Predictive Control
Top Venues
AIAI (1)
J. Syst. Control. Eng.
ACC
IJCNN
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Publications
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Koen Rutten
,
Josse De Baerdemaeker
,
Julian Stoev
,
Maarten Witters
,
Bart De Ketelaere
Constrained Online Optimization Using Evolutionary Operation: A Case Study About Energy-Optimal Robot Control.
Qual. Reliab. Eng. Int.
31 (6) (2015)
Abhishek Dutta
,
Clara M. Ionescu
,
Robin De Keyser
,
Bart Wyns
,
Julian Stoev
,
Gregory Pinte
,
Wim Symens
Robust and two-level (nonlinear) predictive control of switched dynamical systems with unknown references for optimal wet-clutch engagement.
J. Syst. Control. Eng.
228 (4) (2014)
Julian Stoev
,
Gregory Pinte
,
Xin Wang
,
Jan Swevers
Classical and modern methods for time-constrained energy optimal motion - Application to a badminton robot.
ICM
(2013)
Abhishek Dutta
,
Robin De Keyser
,
Clara M. Ionescu
,
Julian Stoev
,
Gregory Pinte
,
Wim Symens
Robust predictive control design for optimal wet-clutch engagement.
ACC
(2012)
Yu Zhong
,
Abhishek Dutta
,
Bart Wyns
,
Clara M. Ionescu
,
Gregory Pinte
,
Wim Symens
,
Julian Stoev
,
Robin De Keyser
Fine Tuning of a Wet Clutch Engagement by Means of a Genetic Algorithm.
AIAI (1)
(2012)
Kevin Van Vaerenbergh
,
Abdel Rodríguez
,
Matteo Gagliolo
,
Peter Vrancx
,
Ann Nowé
,
Julian Stoev
,
Stijn Goossens
,
Gregory Pinte
,
Wim Symens
Improving wet clutch engagement with reinforcement learning.
IJCNN
(2012)
Yu Zhong
,
Bart Wyns
,
Abhishek Dutta
,
Clara-Mihaela Ionescu
,
Gregory Pinte
,
Wim Symens
,
Julian Stoev
,
Robin De Keyser
Position and Velocity Predictions of the Piston in a Wet Clutch System during Engagement by Using a Neural Network Modeling.
AIAI (1)
(2012)
Julian Stoev
,
Jin Young Choi
,
Jay A. Farrell
Adaptive control for output feedback nonlinear systems in the presence of modeling errors.
Autom.
38 (10) (2002)
Julian Stoev
,
Jin Young Choi
,
Jay A. Farrell
Adaptive neuro control for output feedback nonlinear systems.
ACC
(2001)