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Online since: June 2010
Authors: Hao Bin Tian, Xiao Hang Liu, Xian Ping Liu, Jian Ping Lin
The Forming Limits Prediction Model for Tailor Welded Blank with
Straight Seam
Haobin Tian 1, a, Xiaohang Liu 1, b , Jianping Lin 2,c and Xianping Liu 3,d
1
School of Mechanical & Electronic Engineering, Shanghai Second Polytechnic University,
Shanghai 201209, China
2
School of Mechanical Engineering, Tongji University, Shanghai 200092, China
3
Xingtai Mill Roll Co.
[4] Dachang Kang, Haobin Tian and Shihong Zhang: J.
Technol No.2 Vol.20(2004) [5] Yang Yuying: in: Forming technology for large sheet metal (In Chinese).
[4] Dachang Kang, Haobin Tian and Shihong Zhang: J.
Technol No.2 Vol.20(2004) [5] Yang Yuying: in: Forming technology for large sheet metal (In Chinese).
Online since: February 2011
Authors: Tian Xi Liu, Wei Cheng, Yang Zhao, Lei Liang
Space Robot Self-Assembling Dynamics and Control
Lei Liang1, Tianxi Liu1,a, Cheng Wei1,b and Yang Zhao1
1Department of Astronautics, Harbin Institute of Technology, Harbin, Heilongjiang, 150001, China
ajimtianxi@163.com, bmarine_hit@126.com
Keywords: Space Robotic; Self-Assembling; Capturing Cone; Operational Space Control; On-Orbit Service
Abstract.
[4] Xinggui Wang, Songchen Han, Li Rong, Yang Zhao: Journal of Astronautics, Vol. 20 (1999), p. 49-55 (In Chinese) [5] Dawei Zhang, Hao Tian, Yang Zhao, Yingzi Guan, Dan Zhao: Journal of Astronautics, Vol. 29 (2008), p. 1717-1722 [6] Kazuya Yoshida and Hiroki Nakanishi, “Impedance Matching in Capturing a Satellite by a Space Robot.”
[4] Xinggui Wang, Songchen Han, Li Rong, Yang Zhao: Journal of Astronautics, Vol. 20 (1999), p. 49-55 (In Chinese) [5] Dawei Zhang, Hao Tian, Yang Zhao, Yingzi Guan, Dan Zhao: Journal of Astronautics, Vol. 29 (2008), p. 1717-1722 [6] Kazuya Yoshida and Hiroki Nakanishi, “Impedance Matching in Capturing a Satellite by a Space Robot.”
Online since: July 2013
Authors: Jin Jiang Li, Fan Hui, Ren Lu
Tian mei etc. [6] based on local complexity and primary visual features, this paper proposes a new bottom-up attention information extraction algorithm.
Yang Rener et al. [10] proposed a multiple description coding method based on low complexity of the region of interest, the interested region coding to solve the reconstruction image quality and compression ratio and the contradiction between, multiple description coding can improve the anti-interference ability in the process of image in the transmission.Hao Hongwei et al. proposed a circular region of interest image compression algorithm.
Yang et al. built a new Contourlet hidden Markov Tree (Contourlet hidden Markov Tree, CHMT), remote sensing image fusion algorithm is a significant pulse coupled neural network.
Journal of Software, 2009, 20(12): 3240-3253 [6] Tian Mei, Luo SW, Huang YP, Zhao JL.
Chinese Jaurnal of Computer, 2006, 29(1): 171-176 [10] Yang RE, Jin Wei, Zeng XB.
Yang Rener et al. [10] proposed a multiple description coding method based on low complexity of the region of interest, the interested region coding to solve the reconstruction image quality and compression ratio and the contradiction between, multiple description coding can improve the anti-interference ability in the process of image in the transmission.Hao Hongwei et al. proposed a circular region of interest image compression algorithm.
Yang et al. built a new Contourlet hidden Markov Tree (Contourlet hidden Markov Tree, CHMT), remote sensing image fusion algorithm is a significant pulse coupled neural network.
Journal of Software, 2009, 20(12): 3240-3253 [6] Tian Mei, Luo SW, Huang YP, Zhao JL.
Chinese Jaurnal of Computer, 2006, 29(1): 171-176 [10] Yang RE, Jin Wei, Zeng XB.
Online since: June 2014
Authors: Shu Qiang Zhao, Jin Liu
[4] Gao Ben-feng, Zhao Cheng-yong, Xiao Xiang-ning,Guo Chun-lin,Zhao Yang.
[5] Gao Ben-feng, Zhao Cheng-yong, Xiao Xiang-ning,Zhao Yang,Guo Chun-lin..Power System Protection and Control, 2010 (023): 6-10
[6] Li Wei, Xiao Xiangning, Zhao Yang.
[7] BI Tian-shu, KONG Yong-le, XIAO Shi-wu, etal.
[8] YAN Xiao-bin,LIU Tian-qi,LI Xing-yuan,TANG Fan.
[5] Gao Ben-feng, Zhao Cheng-yong, Xiao Xiang-ning,Zhao Yang,Guo Chun-lin..Power System Protection and Control, 2010 (023): 6-10
[6] Li Wei, Xiao Xiangning, Zhao Yang.
[7] BI Tian-shu, KONG Yong-le, XIAO Shi-wu, etal.
[8] YAN Xiao-bin,LIU Tian-qi,LI Xing-yuan,TANG Fan.
Online since: July 2015
Authors: Jia Kun Sun, Chao Ying Yang, Hui Hui Qiu
Development of a Knowledge Management System for the Automobile Industry Based on CAPP
Jia Kun Sun1, a*, Hui Hui Qiu1, b and Chao Ying Yang 2, c
1 School of Management Engineering, Shandong Jianzhu University, Jinan, 250101, China
2Shandong Hoteam Software Co., Ltd.
Process Planning model and example dynamic generalizing, China Mechanical Engineering. 13(2002):1225-1228 [6] Guo Chunfen, Research on key techniques for process knowledge management based on ontology, Qingdao: Shandong University of Science and Technology.2011,6 [7] Zhao xiaoling, Guo Gang, Dong Yuanfa, Knowledge push based on knowledge usage scenario, Computer Engineering and Applications. 49(2013):132-135 [8] Xiwei Zhong, Xiangdong, Yang, Science and technology policy reform and its impact on China's national innovation system, Technology in society.29(2007):317–325 [9] Fujun Tian, Xitian Tian, Junhao Geng,etc., Model-based definition process information modeling and application, Computer integrated manufacturing systems. 5(2012):913-918
Process Planning model and example dynamic generalizing, China Mechanical Engineering. 13(2002):1225-1228 [6] Guo Chunfen, Research on key techniques for process knowledge management based on ontology, Qingdao: Shandong University of Science and Technology.2011,6 [7] Zhao xiaoling, Guo Gang, Dong Yuanfa, Knowledge push based on knowledge usage scenario, Computer Engineering and Applications. 49(2013):132-135 [8] Xiwei Zhong, Xiangdong, Yang, Science and technology policy reform and its impact on China's national innovation system, Technology in society.29(2007):317–325 [9] Fujun Tian, Xitian Tian, Junhao Geng,etc., Model-based definition process information modeling and application, Computer integrated manufacturing systems. 5(2012):913-918