Zepeng Wang
Lecturer
Areas of Research Interests/Research Projects
Virtual Interaction and Visualization
3D Measuring System
Point Cloud Data Processing
Courses
Object-Oriented Programming and Practice
Object-Oriented Programming
Data Structure and Practice
Engineering Ethics
Data Structure
Latex
Education Background
Bachelor of Management Science, Information Management and Information System, College of Information Engineering, Northwest A&F University (2005-2009);
Master of Engineering, Engineering of Design and Media, Institute of Technology, Iwate University, Japan (2010.10-2012.09);
Ph.D. in Engineering, Engineering of Design and Media, Institute of Technology, Iwate University, Japan (2012.10-2016.09).
Working Profile
Assistant of Iwate University, Japan (2010.10-2016.09);
Assistant of Iwate Medical University, Japan (2012.06-2012.08);
Research Assistant of Engineering & Academic Researcher of Iwate University, Japan (2012.12-2016.11);
Lecturer of Northwest A&F University (2016.12-);
Distinguished Researcher of Shenzhen Research Institute, Northwest A&F University (2020.08-);
Distinguished Expert of Shenzhen Agricultural Facilitation Center (2022.05-).
Scientific Achievement
[1] Z. Wang, C. Li, T. Kinoshita, Z. Zhang, K. Konno: "Unfoldment of Surface Pattern with Highlighting Decoration via Rotationally Symmetric Jomon Earthenware", NICOGRAPH International 2019, Yangling, China, 5-7 July 2019
[2] Zhang, Zhiyi，Feng, Xuemei , Liu, Ni, Geng, Nan, Hu, Shaojun, Wang, Zepeng: "From image sequence to 3D reconstructed model", NICOGRAPH International 2019, Yangling, China, 5-7 July 2019
[3] Z. Wang, Y. Zu, Y. Shen, X. Yang, Z. Zhang: "A Method of Feature Lines Generation of Cultural Relics Based on Point Clouds", NICOGRAPH International 2019, Yangling, China, 5-7 July 2019
[4] Yang Liu, Zepeng Wang, Katsutsugu Matsuyama, Kouichi Konno:"A Study of Height Extraction Based on Quadratic Surface Approximation", The Society for Art and Science - Tohoku Section, Japan, 2017.
[5] Z. Wang, K. Matsuyama, K. Konno: "Unfolding a Point Cloud on Relic's Surface for Surface Pattern Visualization", The Journal of the Society for Art and Science, Vol. 15, No. 2, pp. 32-42, 2016.
[6] Z. Wang, K. Matsuyama, K. Konno: "Unfolding a Point Cloud on Relic's Surface for Surface Pattern Visualization", NICOGRAPH 2015, CD-ROM, Oosaka, Japan, 2015. (Best Paper Award)
[7] Z. Wang, K. Matsuyama, F.Chiba, K. Konno: "A New Method of Unfolding Relic’s Surface with Measured Point Cloud for Surface Pattern Visualization", NICOGRAPH International 2014, CD-ROM, Gotland, Sweden, 2014.
[8] Z. Wang, K. Matsuyama,Z. Zhang,K.Konno: "A Study of Mobile 3D Scanner with a Line Laser Device and a Web Camera", International Workshop on Advanced Image Technology 2013, pp.14, Nagoya, Japan, 7-9 Jan. 2013.
[9] Zhiyi Zhang, Xian Zhang, Sulei Tian, Min Chen, Zepeng Wang: "Extract Shape Characteristic Points From Cubic B-spline Curve By Segmented Cubic Bezier Curve", International Conference on Multimedia Technology, Ningbo, China, Vol.2, pp.768-773, 29-31 Oct. 2010.
[10] Zhiyi Zhang, Min Chen, Xian Zhan, Zepeng Wang: "Analysis of Inflection Points for Planar Cubic Bezier Curve", CiSE 2009, China, 2009.
[11] Zepeng Wang, Katsutsugu Matsuyama, Kouichi Konno: "An Evaluation Method of Unfolding Surfaces Point Cloud of Relics", Japan Society for Archaeological Information, Japan, Vol.17, pp.62-64, 8-9 Oct. 2016．
[12] Yang Liu, Zepeng Wang, Katsutsugu Matsuyama, Kouichi Konno:"A Study of Height Extraction Based on Quadratic Surface Approximation", The Society for Art and Science - Tohoku Section, Japan, 2017.
[13] 林天放，王澤鵬，松山克胤，今野晃市: “A Study of Unfolding Sphere Shape for Surface Pattern Visualization”, 平成 28 年度第 1 回 芸術科学会東北支部大会，1 月 28 日，2017．
[14] 王澤鵬，松山克胤，今野晃市: “遺物表面の展開に関する評価方法”, 情報考古学会第３７回 大会，10 月 8-9 日，2016．
[15] 劉陽，王澤鵬，松山克胤，今野晃市: “土器表面模様可視化のための 2 次曲面を用いた点群の 展開手法の検討（An evaluation of unfolding a point cloud with quadratic surfaces for surface pattern visualization of the relic）”, 平成 28 年度第 2 回 芸術科学会東北支部研究会，10 月 8 日，2016．
[16] 王澤鵬:”NICOGRAPH International 2014参加報告”,平成26年度第1回芸術科学会東北支部研究会, 八戸, 日本, 2014.
[17] 王澤鵬, アルタンツェツェグエンフバヤル, 松山克胤,千葉史,今野晃市:”３次元計測点群を用いた遺物表面の展開手法による表面模様の可視化”,2013年度芸術科学会東北支部大会, 盛岡, 日本, 2014.
[18] 王澤鵬, 松山克胤,千葉史,今野晃市: “３次元計測点群を用いた土器表面展開のためのインタフェースの検討”,平成２５年度第２回芸術科学会東北支部，秋田, 日本, 2013.
[19] Z.Wang， K.Matsuyama， Z.Zhang， K.Konno: "A Study of Mobile 3D Scanner with a Line Laser and Web Camera", The Society for Art and Science-Tohoku Section， Iwate, Japan, 23-07, 2012.
Scientific Research Projects
Special Project for Introducing Foreign Doctors of Shaanxi Province, F2020221007, Research on Topological Unfolding Method of Surface Pattern of Excavated Artifacts Based on 3D Model, RMB 225,000, under research, Director (2020.01-2022.12)
Northwest A&F University Basic Scientific Research Expenses Special Fund Project, Z109021705, Research on Surface Pattern Unfolding Method of Cultural Relics, RMB 100,000, completed, Director (2017.01–2019.12)
Northwest A&F University Research Start-up Fund, Z109021701, Research on Surface Pattern Unfolding and Visualization of Cultural Relics Based on Point Cloud, RMB 200,000, completed, Director (2017.01-2019.12)
Basic Research of the National Natural Science Foundation of Japan (Grant-in-Aid for Research of the Japan Society for the Promotion of Science), 15H02945, Development of Cultural Relics Splicing Analysis Technology for the Investigation of the Relationship for Unearthed Cultural Relics from Multiple Sites（複数遺跡から出土した遺物の関係性調査のための遺物組み立て解析支援技術開発）, approx. RMB 860,000 (14.3 million yen), completed, Participant (2015.04-2018.03)
Granted Invention Patents (Software Copyrights)
"3D Point Cloud Acquisition System V1.0 based on 2D Image ", Registration No. 2019SR0368213, Grant No. 3788970.
"3D Point Cloud Model Planar Unfolding System V1.0", Registration No. 2020SR0261448, Grant No. 5140114.
"Herbarium (Android version) Software [abbreviation: Herbarium] V1.0", Registration No.: 2019SR1090921, Grant No.4511678. (Function: Plant Leaf Identification App)
Scientific Awards
Z. Wang, K. Matsuyama, K. Konno: "Unfolding a Point Cloud on Relic's Surface for Surface Pattern Visualization", NICOGRAPH 2015, CD-ROM, Osaka, Japan, 2015. (Best Paper Award)
The 6th China Innovation Challenge (Ningxia Competition Region), the Encouragement Award (2021.12)
Contact
Office: 319, College of Information Engineering, Northwest A&F University
Postcode:712100
Email: outakuhou@nwafu.edu.cn