ADAPTIVE AND NEURAL CONTROL OF WING-ROCK MOTION OF SLENDER DELTA WING

机译：细长三角翼机翼-岩石运动的自适应和神经控制

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The question of wing-rock suppression of slender delta wing is considered. Based on a nonlinear model, an adaptive control law for wing-rock control is derived. In this derivation, it is assumed that the aerodynamic parameters in the nonlinear model are not known. The derivation of a control law for wing-rock suppression using neural networks when the dynamics of wing-rock are completely unknown, is also treated. Radial basis function (RBF) network is used for synthesizing the controller. An adaptation law is derived for adjusting the parameters of the network. Digital simulation results show that in the closed-loop system wing-rock motion is suppressed using the adaptive and neural controllers.

机译：考虑了细长三角翼的机翼-岩石抑制问题。基于非线性模型，推导了机翼-岩石控制的自适应控制律。在此推导中，假设非线性模型中的空气动力学参数未知。当机翼-岩石的动力学完全未知时，使用神经网络抑制机翼-岩石的控制定律也得到了处理。径向基函数（RBF）网络用于合成控制器。推导了适应法则，用于调整网络参数。数字仿真结果表明，在闭环系统中，采用自适应和神经控制器可抑制机翼-岩石运动。

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来源
《AIAA Guidance, Navigation and Control Conference Pt.3, Aug 1-3, 1994, Scottsdale, AZ》|1994年|p.1250-1258|共9页
会议地点 Scottsdale AZ(US)
作者
S.N. Singh; W. Yim; W.R. Wells;
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作者单位

University of Nevada, Las Vegas The Howard R. Hughes College of Engineering;

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原文格式 PDF
正文语种 eng
中图分类航空;
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专利

1. Noncertainty-Equivalent Adaptive Wing-Rock Control via Chebyshev Neural Network [J] . Keum W. Lee, Sahjendra N. Singh Journal of guidance, control, and dynamics . 2014,第1期

机译：Chebyshev神经网络的非确定性当量自适应机翼-岩石控制
2. Adaptive fuzzy control of aircraft wing-rock motion [J] . Hai-Jun Rong, Sai Han, Guang-She Zhao Applied Soft Computing . 2014,第Pta2期

机译：飞机机翼摇摆运动的自适应模糊控制
3. Passive control of unsteady-wing tip vortex via a slender half-delta wing in both reverse and regular configurations [J] . Lee T., Pereira J. Experiments in Fluids: Experimental Methods and Their Applications to Fluid Flow . 2013,第7期

机译：通过细长的三角形三角翼在反向和常规配置下被动控制非恒定翼尖旋涡
4. ADAPTIVE AND NEURAL CONTROL OF WING-ROCK MOTION OF SLENDER DELTA WING [C] . S.N. Singh, W. Yim, W.R. Wells AIAA guidance, navigation and control conference . 1994

机译：苗条三角翼翼岩运动的自适应和神经控制
5. Adaptive, neural and robust control of wing-rock and aeroelastic system. [D] . Ghorawat, Prince. 2015

机译：机翼-岩石和气动弹性系统的自适应，神经和鲁棒控制。
6. Neural control and adaptive neural forward models for insect-like energy-efficient and adaptable locomotion of walking machines [O] . Poramate Manoonpong, Ulrich Parlitz, Florentin Wörgötter 2013

机译：神经控制和自适应神经前向模型可实现步行机器的昆虫样节能和适应性运动
7. Neural network adaptive control of wing-rock motion of aircraft model mounted on three-degree-of-freedom dynamic rig in wind tunnel [O] . D. I. Ignatyev 2018

机译：风隧道三维自由度动态钻机安装飞机模型翼岩运动的神经网络自适应控制
8. Conical Euler solution for a highly-swept delta wing undergoing wing-rock motion [R] . Lee, Elizabeth M., Batina, John T. 1990

机译：锥形欧拉解决方案，用于高度扫掠的三角翼进行翼岩运动

ADAPTIVE AND NEURAL CONTROL OF WING-ROCK MOTION OF SLENDER DELTA WING

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