1. General visual simulation verification tool for MEMS devices based on IP library, RMB 680,000, from February 2006 to February 2008, 65438+February 2008, responsible for the 11th Five-Year Plan 863.
2. Research on micro-vision feedback and positioning of large-scale multi-target moving targets in biomedical engineering, 200,000 yuan, June 2005-February 2007, 65,438+February, National Natural Science Foundation, in charge.
3. Research on micro-manipulation method based on global vision, 60,000 yuan, from June 5438+0, 2007 to February 65438+2009, head of doctoral program fund of Ministry of Education.
4. The recovery method of microscopic image depth information based on system identification technology and its application in fully automatic operation of micro-manipulator system (2002AA422200), 400,000 yuan, from September 2002 to September 2004, in charge of the Tenth Five-Year Plan 863.
5. Research on key technologies of micromanipulation (9804-07), 300,000 yuan,1August 1998-August 2000, person in charge of the 863 Program.
6. Application of virtual reality technology in micro-manipulation robot system (69,985,006), 6,543.8+0.4 million yuan, from June 2000 to February 2002, National Natural Science Foundation, responsible for.
7. Microscopic image processing and virtual environment research in micromanipulation (582,583), 6,543.8+0.6 million yuan, from 2000,654.38+0 to 2006,654.38+0.2, the person in charge of the funding plan for key teachers in colleges and universities.
8 MEMS design environment based on virtual reality technology (0238002 1 1), RMB 65,438+million, July 2002-February 2004, key project of Tianjin Natural Science Foundation, responsible for.
9. Three-dimensional visualization of parts design process in micro-mechanical virtual environment (0 136045438+0 1), 55,000 yuan, 200438+0.7-2003 38+02, Tianjin Natural Science Foundation, responsible for.
10. MEMS process simulation system based on volume graphics, 30,000 yuan, Science and Technology Innovation Fund of Nankai University, September 2006-February 2007, in charge.
In addition, the second person in charge presided over four national projects, including two national natural funds, 1 climbing plan, 1 973 plan projects; The third person in charge presided over the 862 project 1.
Awards:
In 2007, he was selected into the "New Century Excellent Talents Funding Program" of the Ministry of Education;
In 2002, the Ministry of Education awarded the first batch of outstanding backbone teachers to the "Backbone Teacher Funding Scheme";
In 2002, he won the Excellent Teacher Award of Baosteel Education Fund of the Ministry of Education;
In 2000, he won the first prize of Tianjin Technological Invention and was the fourth person to complete it.
1999 First Prize of Excellent Teachers of Nankai University.
Invention patent:
1. Method and device for extracting depth information of micro-manipulation tools based on microscopic image processing (first inventor)
2. Online teleoperation robot game control system (fourth inventor) (ZL03 1 19499.0)
3. Vacuum adsorption device capable of arbitrarily fixing robot position (fifth inventor)
4. Linked Holographic Memory (Sixth Inventor) (ZL02 153306.7)
5. Computer simulation design method of 5.MEMS devices (second inventor)
Published more than 0/00 papers/kloc, and more than 60 papers were included in SCI/EI. Representative papers on micromanipulation 1. Zhao Xin, Sun Mingzhu, Lu, Paul Yu Pin, Depth information extraction method of micro-manipulation tools based on microscopic image processing, acta automatica sinica, September 2, 2007, Vol.27, No.33, No.9, 9 17-923. Zhao Xin, Paul Yu Pin, Lu, etc. Based on the microscope points identified by the system. No 1, 2004. 1, page 140- 144.3. Sun mingzhu, Zhao Xin, Lu, depth measurement of micro-manipulation robot system based on defocus, journal of physics, 9, 2009. (If 65438+. On-line Mosaic Method of Microscopic Images Based on Scale Invariant Feature Transformation, Hi-Tech Communication,19 (10):1061-0/066, May 2009. Sun mingzhu, Zhao Xin, Lu, semi-blind image restoration algorithm based on Canny edge detection. June 2008, Zhao Xin, Sun Mingzhu, Lu,, Micro-manipulation method based on defocused fuzzy microscopic image feedback, high-tech communication, April 2006, Volume 16, No.4, page 38 1-386. 7. Zhao Xin, Du, Lu, Research on the Method of Extracting Attitude Information of Micro Targets Based on System Identification Technology, High-tech Communication, 15, April 2005. 8. Peng Shangxian, Zhao Xin, Lu, Modeling and Realization of Virtual Environment of Micro-Manipulating Robot System, Control Theory and Application, 2002.4, 19, No.2, pp. 220-224. , Lu, Zhao Xin, large-scale multi-target visual tracking micro-operation. No. 2pp143-14810. Lu, Zhao Xin, micromanipulator for bioengineering experiments, Journal of Nankai University, No.3, 1999. Masterpiece of micro-nano design and processing 1. Lu, Zhao Xinzhu, MEMS design-modeling, simulation and visualization, Science Press, 20 10.4638+00. 2. Sun Guangyi, Xu Zhenni, Zhao Xin and Jin Changjin, Fabrication of Micro Metal Columns and Gratings with Very High Aspect Ratio by Photoelectrochemical Etching and Electroplating, Journal of MEMS, Vol.20, No.4, 20 1 1, pp.876-884. (IF 2.089) 3. Sun, Gao, Zhao, Zhang, Fabrication of Micro/Nano Double-scale Structures by Improved Deep Reactive Ion Etching Technology, Journal of MEMS and Micro-engineering, Vol.20, No.7, page IF 2.28 1) 4. Sun Guangyi, Zhao Xin, Lu, Modeling and Implementation of Virtual Lithography System for Micro-machining, High-tech Communication, June 5438+0, 2009.
5. Zhao Xin, Lu, Tan Yiyong, Dynamic Model and Virtual Operation of Micropump, Journal of Functional Materials and Devices, 12, No.4, August 2006, pp. 322-328. 6. Two typical examples in MEMS CAD. J. nonlinear science. & people remember Simu. September 2000, pp. 425-430. 7. Sun Guangyi, He Lu. Modeling and Rendering of Virtual MEMS Manufacturing Process Based on Voxel, IEEE/RSJ IROS2006, Beijing, 2006:306~3 1 1. 8.G. Sun, J. Hur, X. Zhao and C. -J Kim, High-yield Dense Array of Micro-metal Columns with Very High Aspect Ratio by Photoelectrochemical Etching and Vacuum Degassing of Silicon, proc .IEEE int.conf.mems, 20 10/0,9. Zhao Xin, Lu, Sun Guangyi, Research on MEMS Layout Automatic Generation and Process Matching System, High-tech Communication, May 2006, Vol. 16, No.5, pp. 479-48466. Design and implementation of motion law solver in virtual operation of MEMS devices, high-tech communication Vol. 15No. 12, page 24-29, 2005.438+02.
Representative paper on biological pattern formation 1. Turrick Chen, Xu Jiefeng, Guo, Huang Lizhen,,, garfinkel, He Zhiming, Yin Tingtu and Linda L. Demer, Breaking the Left-Right Symmetry in Histomorphology by Cytoskeleton Mechanics, Cyclic Research, Vol. 1 10, No.4, 17 February, 2007. Cover article. (IF 10.037)(f 1000 6.0)2。 Turrick Chen 1,? Guo6, Chun Yan? , Xin Zhao6, *, Yucheng Yao3, Kristina I. Bostro m3, 5, Margaret N. Wong2, Yin Tintut3, Linda L. Demer2, 3, Chih-Ming Ho 1, 2 and Alan Garfinkel3, 4, * "The Pattern of Periodic Holes Caused by Increased Cell Motility"