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64篇 您的检索式：作者名="Joo Meng"

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	题名	作者	年代	出处	被引量
1	Adaptive noise cancellation using enhanced dynamic fuzzy neural networks显示文摘	MENG JOO ER ZHENGRONG LI HUANGING CAI	2005	IEEE Transactions on Fuzzy Systems2005，13，3：	1
2	A fast and accurate online self-organizing scheme for parsimonious fuzzy neural networks显示文摘	Wang Ning Meng Joo Er Meng Xianyao	2009	Neurocomputing2009，72，161718：	1
3	A High Performance Neural-Networks-Based Speech Recognition System 显示文摘	Song Yang Meng Joo Er and Yang Gao	2001	IEEE2001，，：	1
4	Online adaptive fuzzy neural identification and control of a class of MIMO nonlinear systems显示文摘	Yang Gao Meng Joo	2003	IEEE Transactions on Fuzzy Systems2003，11，4：	1
5	Real-time implementation of a dynamic fuzzy neural networks controller for a SCARA 显示文摘	Meng Joo Er Chang Boon Low Khuan Holm Nah	2002	Microprocessors and Microsystems2002，，26：	1
6	Face recognition with radial basis function (RBF) neural networks显示文摘	Meng Joo Er Wu Shiqian Lu Juwei	2002	IEEE Transactions on Neural Networks2002，13，3：	1
7	Clock-turning gait synthesis for humanoid robots显示文摘Turning gait is a basic motion for humanoid robots. This paper presents a method for humanoid turning, i.e. clock-turning. The objective of clock-turning is to change robot direction at a stationary spot. The clock-turning plan-ning consists of four steps: ankle trajectory generation, hip trajectory generation, knee trajectory generation, and inverse kinematics calculation. Our proposed method is based on a typical humanoid structure with 12 DOFs (degrees of freedom). The final output of clock-turning planning is 12 reference trajectories, which are used to control a humanoid robot with 12 DOFs. ZMP (zero moment point) is used as stability criterion for the planning. Simulation experiments are conducted to verify the effectiveness of our proposed clock-turning method.	Zhe TANG Zengqi SUN Hongbo LIU Meng Joo ER	2007	控制理论与应用(英文版)2007，5，1：	1
8	Face Recognition with Radial Function (RBF) Neural Networks显示文摘		2002	IEEE Transaction on Neural Network2002，13，3：	1
9	Face Recognition WithRadial Basis Function(RBF)Neural Network显示文摘	Meng Joo Er Shiqian Wu Juwei Lu	2002	IEEE Transactions on Neural Networks2002，13，3：	1
10	Face Recognition with Radial Basis Function (RBF) Neural Networks显示文摘	Meng Joo Er Shiqian Wu Juwei Lu Hock Lye Toh		0，，03：	1
11	Face Recognition With Radial Basis Function(RBF)Neural Networks显示文摘	Meng Joo Er Shiqian Wu Juwei Lu	2002	Ieee Transactionson Neural Networks2002，13，3：	1
12	Illumination compensation and normalization for robust face recognition using discrete cosine transform in logarithm domain 显示文摘	Chen Wei-long Meng Joo Er Wu Shi-qian	2006	IEEE Transactions on Systems Man and Cybernetics-Part B: Cybernetics2006，36，2：	1
13	Face recognition with radial basis function (RBF) neural networks 显示文摘	Meng Joo Er Shiqian Wu Juwei Lu	2002	IEEE Transaction on Neural Networks2002，13，3：	1
14	Recognization with Radial Basis Function (RBF) Neural Network显示文摘	MENG Joo ER Shiqian WJA Juwei	2002	IEEE Trans on Neural Networks2002，13，03：	1
15	Stability of Linear Systems With Delayed Perturbations: An LMI Approach 显示文摘		2002	IEEE Transactions on Circuits and Systems2002，49，1：	1
16	Real-time implementation of a dynamic fuzzy neural networks controller for a SCARA显示文摘	Meng Joo Er Chang Boon Low Khuan Holm Nah	2002	Microprocessor and Microsystems2002，，26：	1
17	Face Recognition with Radial Basis Function(RBF)Neural networks显示文摘	Meng Joo Er	2002	IEEE Transactions on Neural Networks2002，13，3：	1
18	Obstacle avoidance of a mobile robot using hybrid learning approach 显示文摘	Meng Joo ER Chang Deng	2005	IEEE Transactions on Indus- trial Electronics2005，52，3：	1
19	Obstacle avoidance of a mobile robot using hybrid learning approach显示文摘	Meng Joo Er Chang Deng	2005	IEEE Trans on Industrial Electronics2005，52，3：	1
20	Automatic generation of fuzzy inference systems via unsupervised learning显示文摘	Meng Joo Er Yi Zhou	2008	Neural Networks2008，21，10：	1

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