1998-2022 ChinaKaoyan.com Network Studio. All Rights Reserved. 滬ICP備12018245號
導師詳細信息
姓名:趙罡
性別:男
出生年份:1972
職稱:教授
院系:機械工程及自動化學院
首次聘任導師時間:2009
現聘任導師一級學科名稱:航空宇航科學與技術
現聘任導師二級學科名稱:航空宇航制造工程
聘任在第二學科培養博士生專業名稱:無
聘任在自主設置學科培養博士生專業名稱:無
主要研究方向及特色:幾何造型,CAD/CAM技術,飛機數字化裝配,虛擬現實技術及應用,科學計算可視化
電子信箱:zhaog@buaa.edu.cn
辦公電話:82338292
辦公地點:新主樓B434
通信地址:北京航空航天大學機械學院飛行器制造工程系
個人簡介:
趙罡,男,1972年生,博士,教授,博士生導師,航空宇航制造專業,現任機械工程及自動化學院院長。中國工程圖學學會第五、六屆理事會常務理事,中國工程圖學學會第六屆青年工作委員會主任委員,中國機械工程協會生產工程學會第四屆青年工作委員會委員,《工程圖學學報》、Computer Aided Drafting,Design and Manufacturing(CADDM)期刊編委。1994年和2001年在北京航空航天大學獲機械制造專業學士和航空宇航制造專業博士,2002~2004年在新加坡高性能計算研究院(IHPC)從事博士后研究工作,2004年回國留校至今。
研究方向包括計算機輔助設計及制造、虛擬現實技術與應用、飛機裝配等。近年來,重點圍繞復雜曲面的造型和加工新技術、數字化協同設計制造技術和飛機數字化柔性裝配工藝與裝備等方面開展研究。作為第一負責人已獲得自然科學基金、863面上項目、863重點項目、北京市基金、國防基礎預研等11項國家級和省部級科研項目支持。2007年入選北京市科技新星計劃,2009年入選教育部新世紀優秀人才支持計劃。目前已發表論文60余篇。
教學方面,講授研究生學位課程《計算機輔助幾何設計基礎》和研究生專業選修課程《非均勻有理B樣條(NURBS)》,本科生必修課程《計算機輔助飛機制造》,選修課程《計算機圖形學》、《數據庫原理及其應用》。擔任北航航空科學與技術國家實驗室大型飛機高級人才培訓班指導教師兼飛機制造任課教師。作為主要承擔人之一完成研究生教改項目“以國家大型飛機項目為牽引的研究生‘創新實踐團隊培養模式’的探索與實踐”,并獲2009年北京市教學成果一等獎。
作為負責人承擔的部分縱向民口課題:
[1]自然科學基金“基于小波細分曲面數控加工技術研究”(項目批準號:60603089)
[2]自然科學基金“基于多分辨技術的T樣條曲面數控加工理論及應用研究”(項目批準號:61170198)
[3]863重點項目“大型飛機艙門數字化裝配技術與裝備”(項目編號:2007AA041902)
[4]北京市科技新星項目“基于小波的曲面數控加工新技術研究”(項目編號:2007B018)
[5]863重點項目“大型飛機i-Plane研制關鍵技術”(項目編號:2009AA043306)
[6]新世紀優秀人才支持計劃“大數據量復雜產品虛擬裝配建模關鍵技術研究”(項目編號:NCET-10-0036)
發表論文:
外文期刊:
[1]Aizeng Wang, Gang Zhao. Wavelet based surface decomposition with boundary continuity, Computer Aided Design and Applications, 2014 (accepted)
[2]Junjie Xue, Gang Zhao. Interactive Rendering and Modification of Massive Aircraft CAD Models in Immersive Environment, Computer Aided Design and Applications, 2014 (accepted)
[3]Aizeng Wang, Gang Zhao, Yong-Dong Li. Linear independence of the blending functions of T-splines without multiple knots, Expert Systems with Applications, 41: 3634-3639, 2014
[4]Aizeng Wang, Gang Zhao, Yong-Dong Li. An influence-knot set based new local refinement algorithm for T-spline surfaces, Expert Systems with Applications, 41: 3915-3921, 2014
[5]Aizeng Wang, Gang Zhao. The Analysis of T-spline Fairness, Computer Aided Design and Applications, 10(5): 817-825, 2013
[6]Aizeng Wang, Gang Zhao. An algorithm of determining T-spline classification, Expert Systems with Applications, 40: 7280-7284, 2013
[7]Jianjiang Pan, Jianmin Zheng, Gang Zhao, Blind Watermarking of NURBS Curves and Surfaces, Computer-Aided Design, 2013, 45:144-153
[8]Dunming Tan, Gang Zhao, Hu Lu, GPU based evaluation and LOD rendering of NURBS surfaces, Computer-Aided Design and Applications, 2012, 9(5): 707-719
[9]Aizeng Wang, Gang Zhao. The Analysis of T-spline Blending Functions Linear Independence, Computer Aided Design and Applications, 8(5): 735-745, 2011
[10]Wei Wang, Gang Zhao, Fazhong Shi, Die Surface Design CAD Software Oriented for Sheet Metal Stamping FEM, Steel Research International, Vol.81(9), 2010: 678 - 681
[11]Zhao Gang, Wang Chao, Yu Hongliang, A new method for assembly tolerance design based on neural network and genetic algorithm, Journal of HUNAN University. 2010, 37(12):176-182
[12]Gang Zhao, Shuhong Xu, Weishi Li, Ong Eng Teo, Fast Variational Design of Multiresolution Curves & Surfaces with B-spline Wavelets, Computer-Aided Design, Vol.37, 2005:73-82
[13]Gang Zhao, Shuhong Xu, Weishi Li, Xinxiong Zhu, Wavelet-Based Multiresolution Representation and Editing of Closed B-Spline Curves, International Journal of Computational Engineering Science, Vol.5, No.2, 2004: 403-415
[14]Zhao Gang, Bai Jie, Wang Chao, Yao Fusheng, Multiresolution for Closed Curves and Surfaces Using Wavelets, CADDM, 15(2), 2005: 1-13
[15]Zhao Gang, MU Guowang, Wang Su, Wavelet-Based Data Reduction of B-spline Curves, CADDM, 16(2), 2006: 12-17
[16]Weishi Li, Shuhong Xu, Gang Zhao, Goh Li Ping, Adaptive Knot Placement in B-Spline Curve Approximation, Computer-Aided Design, Vol.37, 2005:791-797
[17]Weishi Li, Shuhong Xu, Jianmin Zheng, Gang Zhao, Target Curvature Driven Faring Algorithm for Planar Cubic B-Spline Curves, Computer aided Geometric Design, 21, 2004: 499-513
[18]Weishi Li, Shuhong Xu, Gang Zhao, Manufacturable Surface Reconstruction from Complex Contours,Rapid Prototyping Journal,10(2),2004: 114-122
[19]Weishi Li, Shuhong Xu, Ong Eng Teo, Gang Zhao, Orientation and Point Inclusion Tests for Simple Polygons, International Journal of Computation Engineering Science, 5(3), 2004: 655-672
[20]Mu Guowang, Zhao Gang, Yan Guangrong, Zhu Xinxiong,Modification of B-Spline Surface with Optimization,CADDM,2000,10(2),19 – 25
[21]Zhao Gang, Yan Guangrong, Mu Guowang, Zhu Xinxiong, Variational Modeling of Free-form Curve and Surface Using Wavelet Basis Functions, CADDM, 2000, 10(2): 10 – 18
[22]Yan Guangrong, Zhao Gang, Lei Yi, Zhu Xinxiong, Implementation of Interference Checking Based on Construction Space Concept, CADDM, 10(2), 2000: 31 – 40
國際會議:
[1]Tan Dunming, Zhao Gang, Yu Lu. GPU Based Compression and Rendering of Massive Aircraft CAD Models [C]. International Conference on Virtual Reality and Visualization,2012: 50-55
[2]Junjie Xue, Gang Zhao, Dunming Tan. A Motion Parallax RenderingApproach to Real-time Stereoscopic Visualization for Aircraft Virtual Assembly [C]. International Conference on Virtual Reality and Visualization, 2012: 1-6
[3]Liao Jingtang, Zhao Gang, Tan Dunming, Xue Junjie. Real-time Virtual Hand Controlling using OpenSceneGraph [C]. 2012 3rd International Conference on System Science, Engineering Design and Manufacturing Informatization, 2012: 264-268
[4]Liao Jingtang, Zhao Gang, Tan Dunming, Xue Junjie. Research of Skeletal-based virtual human animation using Cal3D [C]. 2012 3rd International Conference on System Science, Engineering Design and Manufacturing Informatization, 2012: 269-273
[5]Aizeng Wang, Gang Zhao. Filtering technique based curve fairing algorithm, Proceedings of the 2011 International Conference on Wavelet Analysis and Pattern Recognition, 10-13 July 2011, Guilin China, 161-164, 2011
[6]Gang Zhao, Shuhong Xu, Weishi Li, Xinxiong Zhu, Wavelets-Based Multiresolution Representation and Manipulation of Closed B-spline Curves, in Proceedings of IC-SEC 2002, Imperial College Press, Singapore, 2002: 490-493
[7]Gang Zhao, Shuhong Xu, Weishi Li, Detail-Preserving Variational Design of B-spline Curves and Surfaces, in Proceedings of International Conference on CYBERWORLDS 2003, IEEE computer Society Press, Los Alamitos, California, 2003: 206-213
[8]Gang Zhao, Shuhong Xu, Weishi Li, Data Reduction of B-Spline Curves Using Wavelets, in Proceedings of IC-SEC 2004, Imperial College Press, Singapore
[9]Shuhong Xu, Weishi Li, Gang Zhao, Sai Cheong Fok, Rapid Design of Free-Form Curves Using Data Glove, in Proceedings of 8th Intl. Conference on Virtual Systems and Multimedia, Korea, 2002, pp618-625
[10]Shuhong. Xu, Weishi Li, Gang Zhao, Target Curvature Based Automatic Fairing of Planar B-Spline Curves, in Proceedings of GraphiCon'2003, Moscow, 2003, pp.155-160
[11]Weishi Li, Shuhong Xu, Gang Zhao, Virtual Aesthetic Design: Architecture and Some Results, in Proceedings of IC-SEC 2002, Imperial College Press, Singapore, pp421-424
[12]Weishi Li, Shuhong Xu, Gang Zhao, Goh Li Ping, A Heuristic Algorithm for Knot Placement in B-Spline Curve Approximation, in Proceedings of CAD’04, Thailand, 2004
[13]Weishi Li, Shuhong Xu, Gang Zhao, Wen Conghua, Feature-Preserving Smoothing Algorithm for Polygons and Meshes, accepted by VRCAI 2004, Singapore
[14]Weishi Li, Shuhong Xu, Gang Zhao, Faring B-Spline Surfaces with Local Constrained Optimization, in Proceedings of IC-SEC 2004, Imperial College Press , Singapore
[15]Gang Zhao,Chao Wang,Hongliang Yu. Tolerance optimization based on BP-neural network and genetic algorithm, Proceedings of the 9th International Conference on Frontiers of Design and Manufacturing, July 17~19, 2010, Changsha, China
[16]Wei Wang, Gang Zhao, Fazhong Shi, Die Surface Design CAD Software Oriented for Sheet Metal Stamping FEM, Proceedings of the 13th International Conference on Metal Forming, September 19-22, 2010, Toyohashi, Japan.
中文會議:
[1]王愛增、趙罡,基于“光順度”的約束優化光順算法,第16屆全國計算機輔助設計與圖形學學術會議(CAD/CG2010),2010,太原,中國
中文期刊:
[1]王愛增,趙罡,穆國旺.基于數字化光順性指標的NURBS曲線自適應光順,計算機學報,34(8):1548-1555,2011
[2]王愛增,趙罡.虛擬制造中的曲線曲面光順性分析及其建模仿真算法,系統仿真學報,24(8):1567-1569,2012
[3]談敦銘,趙罡,薛俊杰.飛行器大數據量CAD模型并行預處理[J].計算機輔助設計與圖形學報,2013,25(3)
[4]陳甜甜,趙罡.半規則三角網格模型細分曲面重構,北京航空航天大學學報.2012,38(9):1245-1249.
[5]談敦銘,趙罡.面向裝配的飛行器超大模型實時可視化技術[J].計算機輔助設計與圖形學報,2012,24(5):590-597
[6]俞佳慶,趙罡。曲線曲面小波變換的邊界連續性保持[J]。計算機輔助設計與圖形學學報,2012,24(4):534-540
[7]俞佳慶,趙罡。曲線曲面小波分解偏差計算[J]。計算機輔助設計與圖形學學報,2012,24(8):984-988(EI檢索號:20124215582494)
[8]王愛增,趙罡.曲線曲面的定量變分造型,計算機輔助設計與圖形學學報,23(10):1719-1724,2011
[9]王愛增,趙罡.T樣條調配函數線性無關性的判定算法,計算機輔助設計與圖形學學報,23(8):1319-1323,2011
[10]王偉,趙罡,施法中,利用三維網格信息進行沖壓方向優化的算法,高技術通訊,2011,21(1):71-76
[11]趙罡,王愛增,穆國旺.基于小波的非均勻B樣條曲線自動光順算法,計算機輔助設計與圖形學學報,22(11):1925-1931,2010
[12]王愛增,趙罡.基于光順度的約束優化光順算法,全國第16屆計算機輔助設計與圖形學學術會議(CAD/CG’2010),2010年7月28日-30日,中國太原,清華出版社,765-770,2010
[13]趙罡,朱心雄,基于小波的B樣條曲線曲面多分辨表示及其編輯,計算機輔助設計與圖形學學報,2001,13(4):328–332
[14]趙罡,穆國旺,閆光榮,朱心雄,均勻B樣條曲線曲面的小波表示,工程圖學學報,2001,22(1):80–88
[15]趙罡,穆國旺,朱心雄,基于小波的準均勻B樣條曲線曲面的變分造型,計算機輔助設計與圖形學學報,2002,14(1):61–65
[16]趙罡,王超,侯文君,金鉞,復雜產品虛擬裝配系統的人機交互技術,北京航空航天大學學報,Vol.35,No.2,(2008),:137-141
[17]趙罡,王超,于紅亮,基于神經網絡和遺傳算法的公差優化設計,北京航空航天大學學報,2010,36(5):518-523
[18]趙罡,白杰,季寶朋,俞佳慶,基于邊界保持的非閉合細分曲面小波變換,北京航空航天大學學報,2010,Vol.36,No.1:57–60
[19]趙罡,王愛增,穆國旺,基于小波的非均勻B樣條曲線的自動光順算法,計算機輔助設計與圖形學學報,2010,22(11):1925-1931
[20]白杰,趙罡,姚福生,帶折痕的Loop細分曲面等距面處理算法,計算機輔助設計與圖形學學報,2008,20(10):1261-1265
[21]閆光榮,趙罡,雷毅,朱心雄,應用構形空間理論處理自由曲面加工的干涉問題,計算機輔助設計與圖形學學報,2002,14(1):44–49
[22]白杰,趙罡,姚福生,Loop細分曲面的加工等距面生成及誤差控制算法,工程圖學學報,2009,30(4):86-94
[23]趙磊,趙罡,談敦銘,基于八叉樹的復雜產品模型實時繪制技術研究,工程圖學學報,2011,32(3):69-74
[24]穆國旺,臧婷,趙罡,基于小波的B樣條曲線局部光順算法,工程圖學學報,2006,27(2):84-89
[25]穆國旺,臧婷,趙罡,用改進遺傳算法確定B樣條曲線的節點矢量,計算機工程與應用,2006,11:88-91
[26]穆國旺,張文華,陳雅頌,趙罡,基于非交換小波變換的數字水印算法,工程圖學學報,2007,28(4):67-72
[27]穆國旺,陳甜甜,趙罡,圖像的非均勻B樣條小波分解與重構,工程圖學學報,2007,28(4):73-78
[28]穆國旺,陳甜甜,趙罡,李彥紅,基于非均勻B樣條小波的圖像水印算法,計算機工程與應用,2007,30:79-82
來源未注明“中國考研網”的資訊、文章等均為轉載,本網站轉載出于傳遞更多信息之目的,并不意味著贊同其觀點或證實其內容的真實性,如涉及版權問題,請聯系本站管理員予以更改或刪除。如其他媒體、網站或個人從本網站下載使用,必須保留本網站注明的"稿件來源",并自負版權等法律責任。
來源注明“中國考研網”的文章,若需轉載請聯系管理員獲得相應許可。
聯系方式:chinakaoyankefu@163.com
掃碼關注
了解考研最新消息