- 博客(0)
- 资源 (37)
- 收藏
- 关注
RSS订阅2018Composite control system of hybrid-driven midaltitude airshi
2018Composite control system of hybrid-driven midaltitude airship 2018
2022-08-20
Study on Locomotion of a Crawling Robot for .pdf
Study on Locomotion of a Crawling Robot for .pdf
2022-01-02
Backstepping approach for controlling a quadrotor using .pdf
Backstepping approach for controlling a quadrotor using .pdf
2022-01-02
DESIGN A ROBUST ADAPTIVE TRAJECTORY TRACKING .pdf
DESIGN A ROBUST ADAPTIVE TRAJECTORY TRACKING .pdf
2022-01-01
InTech-Sliding_mode_approach_to_control_quadrotor_
Sliding_mode_approach_to_control_quadrotor
2022-01-01
Urban2017_Article_MultiColBundleAdjustmentAGener.pdf
Urban2017_Article_MultiColBundleAdjustmentAGener.pdf
2021-04-14
A framework for multi-session RGBD SLAM in low dynamic workspace.pdf
A framework for multi-session RGBD SLAM in low dynamic workspace.pdf
2021-04-14
Dense_RGB-D_SLAM_with_multiple_cameras[1].pdf
Dense_RGB-D_SLAM_with_multiple_cameras[1].pdf
2021-04-14
Asymmetric constraints with polyhedral sets in MPC .pdf
Asymmetric constraints have not received sufficient attention
in the MPC literature possibly due to the popularity
of ellipsoidal terminal regions, which for asymmetric
constraints would result in conservative results. The work
here adopts low complexity polyhedra for which invariance
and feasibility under asymmetric constraints can be handled
through the use of Farkas' lemma and related results.
The paper embeds these results into a MPC law based on a
dual mode prediction strategy and proposes algorithms for
the systematic design of the polyhedral terminal sets. The
efficacy of the results is illustrated through application to a
coupled tanks system.
2019-12-16
Active Disturbance Rejection Control_.pdf
The question addressed in this paper is: just what do
we need to know about a process in order to control it? With
active disturbance rejection, perhaps we don’t need to know as
much as we were told. In fact, it is shown that the unknown
dynamics and disturbance can be actively estimated and
compensated in real time and this makes the feedback control
more robust and less dependent on the detailed mathematical
model of the physical process. In this paper we first examine the
basic premises in the existing paradigms, from which it is argued
that a paradigm shift is necessary. Using a motion control
metaphor, the basis of such a shift, the Active Disturbance
Rejection Control, is introduced. Stability analysis and
applications are presented. Finally, the characteristics and
significance of the new paradigm are discussed.
2019-12-16
LMI Approach to Analysis and Control of Takagi-Sugeno Fuzzy
LMI Approach to Analysis and
Control of Takagi-Sugeno Fuzzy
Systems with Time Delay
2018-08-23
鲁棒控制经典书籍
Robustness of control systems to disturbances and uncertainties has always been the
central issue in feedback control. Feedback would not be needed for most control systems
if there were no disturbances and uncertainties. Developing multivariable robust control
methods has been the focal point in the last two decades in the control community. The state-of-the-art H1 robust control theory is the result of this effort.
2018-08-23
Fault-tolerant control allocation for multirotor helicopters using
多桨叶直升机容错控制，很好的多桨叶直升机容错控制，
2018-04-19
Nonlinear Model Predictive Contro1l challege
Nonlinear Model Predictive Contro1l challege
2015-05-28
Nonlinear Flight Controller Design Using Combined Hierarchy
Nonlinear Flight Controller Design Using Combined Hierarchy-Structured Dynamic Inversion and Constrained Model Predictive Control
2015-05-28
Nonlinear Model Predictive Control theory and algrithim
Predictive Control Nonlinear Model Predictive Control theory and algrithim
2015-05-28
linear and nonlinear multivariable feedback control
linear and nonlinear multivariablefeedback control 书
2015-05-28
Advanced Control of Aircraft, Spacecraft and Rockets
Advanced Control of Aircraft, Spacecraft and RocketsBOOK 有直升机，导弹和航天器的控制
2015-05-28
飞艇Autonomous Blimp Project of LAASCNRS
The Autonomous Blimp Project of LAASCNRS The Autonomous Blimp Project of LAASCNRS The Autonomous Blimp Project of LAASCNRS The Autonomous Blimp Project of LAASCNRS The Autonomous Blimp Project of LAASCNRS
2009-11-02
串口调试助手V2.2.exe
串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe串口调试助手V2.2.exe
2009-11-02
空空如也
TA创建的收藏夹 TA关注的收藏夹
TA关注的人