[2], Zhong Qufa, Wang, Zhao Yun. A fast segmentation method of natural scene region of interest based on component combination compression. Journal of Zhejiang University (Engineering Edition) (In Edition,No. G05524)
, Zhu Senyong, Wang. On-line detection of fabric printing and dyeing defects based on spatio-temporal multi-feature evidence learning and enhancement. Journal of textile. Vol. 27, No.5, 2006, p. 1-5
[4], Wang, Zhao Yun. Fast boundary tracking and projection transformation of uncut surfaces in agricultural robot navigation. Journal of China Agricultural Engineering Society. 2 1 Volume (9), Page 103- 109, 2005 (EI Page 1: 0544 9453595).
, Wang,, Zhao Yun, etc. Research on two segmentation methods in autonomous navigation of unstructured natural images. Journal of agricultural machinery. Volume 35 (4), page 97–101,2004 (page 1 of EI: 0440 839 1703).
, Wang,, Zhao Yun, etc. Visual adaptive real-time monitoring method based on macro-block feature quantization. Control and decision making. Vol. 19 (7), pp. 782-786, 2004 (EI: 0443842460 1)
, Wang,, Zhao Yun. Textile pattern extraction method based on component combination and bit compression. Textile magazine. Vol. 26, No.5, pp. 70-74, 2005
, Wang, Zhao Yun, etc. Broken chain strategy and vectorization method in fabric pattern extraction. Textile magazine. Volume 24, No.6, 2003, page15–17.
, Wang,, Zhao Yun. A fabric pattern extraction method based on adaptive color compression. Computer engineering and its application. Volume 40 (16), page 2 17-220, 2004.
, Wang,, Zhao Yun. Hybrid method in model parameter optimization and its application. Journal of Zhejiang Engineering University. Volume 2 1, pages 9 to 14, 2004.
, Wang, Zhao Yun. Genetic programming and its new progress and application. Journal of Zhejiang Engineering University. Volume 20 (1), page 21–14, 2003.
, Wang, Zhao Yun. A new method for drawing viewpoint images based on scene photos. Journal of System Simulation (Supplement). Volume 15, page 51–58, September 2003.
Zhou Ping, Zhuang Hong, Zhou Qinian. General design of objective examination system. Research on Computer Application (Supplement). ISBN 7-8 1057-737-9, pp. 397-399, July 2003.
Zhou Ping. Optimization of automatic jigsaw layout in CAD graphic output. CAD/CAM computer aided design and manufacturing. Volume 87 (2), pp. 52-53, 2002.
Zhou Ping. Dynamic navigation of roughness labeling in AutoCAD. Computer programming skills and maintenance. Volume 100, pages 67-69, 2002.
Zhou Ping. Integrated marking technology for technical requirements of CAD drawings. Computer programming skills and maintenance. Volume 100 (8), 2002.
Zhou Ping. Research on the integration of knowledge film and theme homework in computer teaching. Educational technology research. In the second issue of 2002, it was reprinted by China Education Technology Network.
[18] Zhou Ping, Zhuang Hong. Some technical research on the design of general examination system. Educational technology research. No 1 of 2002
Zhou Ping. Theme homework is an effective carrier to implement innovative education. Journal of higher education. 2003, Volume 28, No.2
[20] Zhu Senyong, Zhou Ping programming to achieve multi-AVI video frame sequence editing and editing. Computer Programming Skills and Maintenance. 2005 (7), pp. 56-59.
Zhu Senyong, Zhou Ping. Development of general online answering contest system based on TCP/IP. Computer programming skills and maintenance. No.6, 2005, pp. 70-765438
[22] Zhu Senyong, Zhou Ping. Application of precompiler in debugging multithreaded programs. Computer programming skills and maintenance. 2006 (6), page16–18.
[23] HiCC-I high-definition automatic colony counting analyzer has met the market conditions, ranking: 1/2.
[24] A dual-mode variable target imaging observation device with lateral slit illumination, a utility model patent, is being applied (patent application number: 200620 107357.0), ranking:11.
[25] ACA-v 1.0 automatic counting and analysis system, software copyright registration, application, ranking: 1/2.
Scientific research projects in recent years:
[1] On-line detection of fabric defects based on multi-class feature extraction and multi-evidence enhancement in time and space domain, National Natural Science Foundation of China (50545027), ranking: 1/8.
[2] Research on fast detection method of dynamic space macro size based on symbolic M array, National Natural Science Foundation of China (505752 1 1), ranking: 3/8.
[3] The key project of Zhejiang Science and Technology Department, "Key Technologies of On-line Control of High-grade Cotton Fabric Printing and Dyeing Production and Development and Application of Reactive Dye Liquefaction Stabilization Technology" (2005c11029-01), ranked as1/23.
[4] Tunnel vehicle detection based on background automatic learning, horizontal project (0604087-J), ranking:11.
[5] 3D non-rigid motion estimation based on multi-resolution random field and vector entropy constraint, talent project of Zhejiang Natural Science Foundation (RC 02064/0204141-D), ranking: 4/6.
[6] Three-dimensional non-rigid-body motion analysis based on vector entropy constrained random field was funded by the Science and Technology Project for Overseas Students of Ministry of Personnel (Zhejiang People's Institute (2002) 244/0301021-c), ranking: 3/5.
[7] College Computer Course Examination Method Reform and Practice College Teaching Reform Project (Zhejiang Technology Teaching Word [20065438+0] No.24), ranking: 3/4.
[8] "Research on the integration of knowledge pieces and special assignments in computer teaching", the teaching reform project of Zhejiang Institute of Technology (No.66, 2002), ranking: 1/3.
[9] Computer Programming, Key Curriculum Reform Project in 2003 (Zhejiang Technical Education [2003] No.68), ranking: 3/8.