1.Theoretical Insights on Contraction-type Iterative Learning Control for Biorobotic Systems with Preisach Hysteresis

作　　者：Tianjiang Hu ;Shuyuan Wang ;Han Zhou 等

出　　处：International Journal of Advanced Robotic Systems. 2016 ;13.doi:10.5772/63632

出版社：SAGE Publications

文章 ID：180916485

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2.Stereo Vision Guiding for the Autonomous Landing of Fixed-wing UAVs: A Saliency-inspired Approach

作　　者：Zhaowei Ma ;Tianjiang Hu and Lincheng Shen

出　　处：International Journal of Advanced Robotic Systems. 2016 ;13.doi:10.5772/62257

出版社：SAGE Publications

文章 ID：180916495

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3.Ground Stereo Vision-based Navigation for Autonomous Take-off and Landing of UAVs: A Chan-Vese Model Approach

作　　者：Dengqing Tang ;Tianjiang Hu ;Lincheng Shen 等

出　　处：International Journal of Advanced Robotic Systems. 2016 ;13.doi:10.5772/62027

出版社：SAGE Publications

文章 ID：180916537

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4.Evaluating the Fin-Ray Trajectory Tracking of Bio-Inspired Robotic Undulating Fins via an Experimental-Numerical Approach

作　　者：Xiaojia Xiang ;Tianjiang Hu ;Han Zhou 等

出　　处：International Journal of Advanced Robotic Systems. 2014 ;11(7):98.doi:10.5772/58400

出版社：SAGE Publications

文章 ID：183412084

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5.Stereo Vision Guiding for the Autonomous Landing of Fixed-Wing UAVs: A Saliency-Inspired Approach

作　　者：Zhaowei Ma ;Tianjiang Hu ;Lincheng Shen

出　　处：International Journal of Advanced Robotic Systems. 2016 ;13(2):43.doi:10.5772/62257

出版社：SAGE Publications

文章 ID：183412770

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6.Ground Stereo Vision-Based Navigation for Autonomous Take-off and Landing of UAVs: A Chan-Vese Model Approach

作　　者：Dengqing Tang ;Tianjiang Hu ;Lincheng Shen 等

出　　处：International Journal of Advanced Robotic Systems. 2016 ;13(2):67.doi:10.5772/62027

出版社：SAGE Publications

文章 ID：183412803

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7.Theoretical Insights on Contraction-Type Iterative Learning Control for Biorobotic Systems with Preisach Hysteresis

作　　者：Tianjiang Hu ;Shuyuan Wang ;Han Zhou 等

出　　处：International Journal of Advanced Robotic Systems. 2016 ;13(3):131.doi:10.5772/63632

出版社：SAGE Publications

文章 ID：183412842

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8.Evaluating the Fin-ray Trajectory Tracking of Bio-inspired Robotic Undulating Fins via an Experimental-numerical Approach

作　　者：Xiaojia Xiang ;Tianjiang Hu ;Han Zhou 等

出　　处：International Journal of Advanced Robotic Systems. 2014 ;11.doi:10.5772/58400

出版社：SAGE Publications

文章 ID：102609481

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	有全文链接	4篇
	有本地全文	4篇

	Tianjiang Hu	7篇
	Han Zhou	4篇
	Zhaowei Ma	4篇
	Daibing Zhang	3篇
	Lincheng Shen	3篇

	Dengqing Tang	2篇
	Shuyuan Wang	2篇
	Xiaojia Xiang	2篇
	Guangming Wang	1篇
	Guangming Wang and Daibing Zhang	1篇
	Kin Huat Low	1篇
	Tianjiang Hu and Lincheng Shen	1篇
	Weiwei Kong	1篇
	Weiwei Kong and Kin Huat Low	1篇

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	2016	6篇
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