九十五年第三屆中央大學創意教學研討會系列
張榮森教授
中央大學光電科學與工程學系
1.生物奈米光電實驗室
2.光電系統實驗室
3.發明創造實驗室
4.國際光電生醫合作實驗室
【學 歷】
中正理工學院
物理系
學士
1963/09~1967/06
以色列希伯萊大學
應用物理系
碩士
1969/09~1972/06
美國亞利桑那大學
光電所
博士
1976/06~1980/06
【進 修】
(Fellow) National Academy of Opticianry 1984/08
技術士技能檢定評審員研習會
1985/07
光學元件研磨(眼鏡鏡片)職類研習 1985/07
多媒體整合及編輯實作(Authorware) 1995/12
【經 歷】
中央大學光電科學研究所教授
輔仁大學物理系兼任副教授
- 31 -
九十五年第三屆中央大學創意教學研討會系列
經濟部中央標準局衛生及醫療器材類國家標準起草委員會委員
國科會光電小組咨議委員
內政部職訓局光學元件研磨(眼鏡)技術士技能檢定委員
行政院科技顧問光電推動小組研究員
中央大學光電研究所兼任教授
交通大學光電研究所兼任副教授
輔仁大學物理系兼任副教授
中山科學研究院第二研究所研究員
【學會會員】
Director of Optical Engineering Society of R.O.C.
Chairman of Visual Optics Committee
Director of Laser Association of R.O.C.
Chairman of Laser Arts Committee
SPIE(member), OSA(member), SMPTE(member)
President of International Vision Optical Society
President of Vision Optical Society of R.O.C.
Director of Vision Optical Society of R.O.C.
【研究領域】
光學系統研究
光學設計
影像識別、處理
人工智慧、類神經網路
- 32 -
九十五年第三屆中央大學創意教學研討會系列
視光學
光學鏡片製作 DVD
虛擬實境
微光機電及微光機電生物
奈米技術及應用
【代表作及摘要】
Rong Seng Chang, Jin Yi Sheu, Ching Huang Lin, “Analysis of Seidel Aberration by
Use of the Discrete Wavelet Transform” Applied Optics Vol. 41, No. 13, 1 May 2002
(SCI)
Abstract:
Seidel aberration coefficients can be expressed by Zernike coefficients. The
least-squares matrix-inversion method of determining Zernike coefficients from a
sampled wave front with measurement noise has been found to be numerically
unstable. We present a method of estimating the Seidel aberration coefficients by
using a two-dimensional discrete wavelet transform. This method is applied to
analyze the wave front of an optical system, and we obtain not only more-accurate
Seidel aberration coefficients, but we also speed the computation. Three simulated
wave fronts are fitted, and simulation results are shown for spherical aberration, coma,
astigmatism, and defocus.
【歷年著作】
a. Invited Paper
[1]Rong Seng Chang, “Fast Way to Quantize and Locate the Biochip Dots by Circular Barcoding
Rings”, Macroresults through Microarrays 3 Advances Drag Development, 2002,4,29
b. Journal Paper
- 33 -
九十五年第三屆中央大學創意教學研討會系列
[1]Rong Seng Chang, Yeu-Jent Hu, Chern Sheng Lin, “ Neural Net Concept for Fabricating
Holographic Optical Elements in a Photoresist ”, Optical Memory and Neural Networks Vol. 1, No. 4,
1992, 261-275.
[2]Rong Seng Chang, Chern Sheng Lin, “ An Artificial Intelligence System for Producing and
Embossing HOE ”, Optical Memory and Neural Networks, Vol. 2, No. 4,1993, 251-258.
[3]Chern Sheng Lin, Rong Seng Chang, “ Fabricating a Holographic grating in DCG with Fuzzy
Control and a new Processing Concept ”, the Journal of Photonics and Optoelectronics, Vol. 2, No. 1,
1994, 29-38.
[4]Chern Sheng Lin, Rong Seng Chang, Yeu-Jent Hu, “ Computer Simulation and Image Processing
Technology for Investigating the Characteristics of the Shape Function of a Holographic Microlens ”.
Optical Memory and Neural Networks, Vol. 3, No. 3, 1994, 343-352.
[5]Chern Sheng Lin, Rong Seng Chang, “ Fiber Optics displacement Sensors for the Measurement of a
Vibrating Object ”, Journal of American Society for Precision Engineering, Vol. 16, No. 4, Oct. 1994,
302-306.
[6]Rong Seng Chang, Yeu-Jent Hu, Chern Sheng Lin, “ Digital Image Processing for Detecting Crack
Growths Using a Caustic Method ”, Proceeding of NEC, part A: Physical Science and Engineering,
Vol. 18, No. 6, Nov. 1994, 614-624.
[7]Rong Seng Chang, Der-Chin Chern, Chern Sheng Lin, and Yun Long Lay, “ Fabrication and Testing
of High Quality Small Germanium Plano-Convex Lens ”, Optics and Lasers in Engineering, Vol. 21,
1994, 257-272. (SCI)
[8]Rong Seng Chang, Chern Sheng Lin, Chin Pio Hu, “ Fuzzy Model for Fabricating Planar Grating ”,
Optics and Lasers Technology, Vol. 26, No. 3, 1994, 181-190. (SCI)
[9]Rong Seng Chang, Der-Chin Chern, “ Highly accurate flatness and parallelism in the manufacture of
thin sapphire flat lenses ”, Opt. Eng. Vol. 33, No. 2, Feb 1994, 620-626. (SCI)
[10]Rong Seng Chang, Chern Sheng Lin, “ A Study of the Behavior of a Muscle Pulsing with Phase
Moire Imaging System ”, Proceeding of NSC, 20, No. 2, 1994, 64-69.
[11]Yun Long Lay, Rong Seng Chang, Pei wen Chen, Der Chin Chern, “ CCD Grating Generated
Moire Pattern For Close-Range Measurement ”, Photonics and Optoelectronics, Vol. 3, No. 4, 1995,
131-138.
[12]Rong Seng Chang, Chern Sheng Lin, Chin Pio Hu, “ Fuzzy Analysis of the Linear Equivalent for
Fabricating a HOE in Photoresist ”, Japanese Journal of Applied Physics, Vol. 34, part I, No. 3, March
1995, 1554-1561. (SCI)
[13]Rong Seng Chang, Yun Long Lay, “ Automated Fingerprint Recognition Using Neural Networks ”,
Optical Memory and Neural Networks, No. 1, 1996, 55-63.
[14]Chern Sheng Lin, Yun Long Lay, H. J. Shih, Rong Seng Chang, “ Computer Analysis and Fuzzy
Control for Fabricating a Plastic HOE with an Injection Method ”, Journal of Materials Processing
Technology, Vol. 57, 1996, 373-381. (SCI)
- 34 -
九十五年第三屆中央大學創意教學研討會系列
[15]Yun Long Lay, Rong Seng Chang, Der-Chin Chern, “ The Testing of Small Germanium
Plano-Convex Lens Using Neural Networks ”, Optical Memory and Neural Networks, Vol. 5, No. 2,
1996, 123-128.
[16]Chern Sheng Lin, Rong Seng Chang, “ Digital Image Processing of Crack Growth Using a
Modified Caustic Set-Up ”, Journal of Nondestructive Evaluation, 15, 2, 1996, 61-70.
[17]林宸生，張榮森，〝材料裂縫之焦散影像配合破壞斷裂聲音之新型綜合評估系統〞，檢測科
技,1996, 322-331.
[18]Yeu-Jent Hu, Chern sheng Lin, Rong Seng Chang, “ A New Thinning Algorithm and Its
Application ”, Journal of Optics, India, 1996, Accepted.
[19]Chern Sheng Lin, Rong Seng Chang, “Digital Image Processing for Evaluating the Characteristics
of the Microstructure of a Holographic Plate ”, the Journal of the Optical and Lasers Technology Vol.
29, No. 2. 97-102, 1997. (SCI)
[20]Yun Long Lay, Rong Seng Chang, Pei Wen Chen, Min Chang Tu, “ The Curvature Measurement
of Human Eyeball ”, Optics and Laser Technology, Vol. 29, No. 6, 339-344, 1997. (SCI)
[21]Pei Wen Chen, Rong Seng Chang, Nai Jen Cheng, Yun Long Lay, “ Automated Palm Shape
Recognition ”, The Journal of Photonics and Optoelectronics, Vol. 4, No. 1, 1997.
[22]Jin Yi Sheu, Rong Seng Chang, Ching Huang Lin, Ping Lin Fan, “Analysis of Wave Aberration by
Use of the Wavelet Transform ”, Chinese Journal of Physics, Vol. 40, No. 1, 20-30, 2002 Feb. (SCI)
[23]Rong Seng Chang, Jin Yi Sheu, Ching Huang Lin, “Analysis of Seidel Aberration by Use of the
Discrete Wavelet Transform” Applied Optics Vol. 41, No. 13, 1 May 2002 (SCI)
[24]T. E. Nee, R. M. Lin, M. C. Tsai, Y. H. Chang, Ping Lin Fan, and Rong Seng Chang, “Thickness
Dependent Renormalization of Strain Effects on Self-Organized InAs Quantum Dots Grown on GaAs”,
J. Vacuum Science and Technology A, 2002. (Accepted)
[25]Ton Tai Pan, Ping Lin Fan, Huihua Kenny Chiang, Member, IEEE, Rong Seng Chang,
“Mechatronic Experiments Course Design: A Myoelectric Controlled Partial-Hand Prosthesis Project”
submitted to IEEE transactions on Education.
[26]Rong Seng Chang, Jin Yi Sheu, Ching Huang Lin, He Chiang Liu, “Analysis of CCD Moire
Pattern for Micro-range Measurements Using the Wavelet Transform”, Optics & Laser Technology
2002, Accepted.
c. Confrence Paper
[1]Rong Seng Chang, Chern-Seng Lin, Chin Pio Hu, 1992, “Fuzzy Analysis for Fabricating HOE in
Photoresist”, Optical Society of America. “Optical Fabrication and Testing Workshop”.
[2]Rong Seng Chang, Der Chin Chern, 1992, “High degree of Accuracy in Flatness and Parallis of
Thin Sapphire Ring Manufacture with Double-Side Lapping”, V1531, 276-282.
[3]Rong Seng Chang, P Y Lee, 1992, “Computer Simulation of Loose Abrasive Grinding Aspherical
Optical Surface by Local Figuring Path” (Proceeding only) V1531, 312-317.
- 35 -
九十五年第三屆中央大學創意教學研討會系列
[4]Rong Seng Chang, Der Chin Chern, 1992, “Education in Optical Design by Artificial Intelligence
System”, V1603, 232-239.
[5]Rong Seng Chang, 1992, “Analysis of Optoelectronics Strategic Planning in Taiwan by Artificial
Intelligence Portfolio Lod V1617. 78-86.
[6]Rong-Seng Chang, Chern-Sheng Lin, 1993, “One Line Roundness Measurement with LaserMeter”,
ISATA Symposium on Automotive Technology and Automation 26th.
[7]Rong-Seng Chang, Yeu-Jen Hu, Chern-Shen Lin, 1993, “Neural Net Concept for Fabricating HOE
in Photoresist”, SPIE 1914,161-173
[8]Rong-Seng Chang, Chern-Sheng Lin, Kuan-Jung Chin, 1993, “Analysis in Producing Large Format
Embossing Hologram”, SPIE 2043, 264-270.
[9]Rong-Seng Chang, Chern_Seng Lin, Yeu-Jen Hu, Kuan-Jung Chin, 1993, “Image Processing Aided
Analyzing the Crack Tip by Caustics”, SPIE 2051, 489-494
[10]Rong-Seng Chang, Der-Chin Chern, Kuang Jung Chin and Chern-Seng Lin, 1994, “360 Degree
Reflecting Pavement Siglite with Embossed Detector”, ISTA International Symposium on Road and
Vehicle Safety.
[11]Rong-Seng Chang, Chern-Seng Ling, 1994, “CIM for Fabricating HOE by Embossing and
Injection Method”, International Symposium on diffractive Optics. Design Fabrication and
Applications topical Meeting 350-351.
[12]Rong-Seng Chang, Chern-Sheng Lin, 1994, “Moire Auto-measurement in the Muscle Pulsing”,
SPIE, 2131 B 53 OE LASE’94 International Symposium on Lasers and Applications-Biomedical
Optics.
[13]Rong-Seng Chang, Chern-Shen Lin, 1994, “Fuzzy Control in Image Quantity of HOE”, SPIE 2176,
218-226.
[14]Rong Seng Chang, Yun Long Lay, 1996, “The Measurement of Muscle Tension During Exercise
or Pugilism Using Morie”, 1996 全球華人醫學工程會議，11-1。
[15]Yun Long Lay, Rong Seng Chang, 1996, “The Measurement of Human Eyeball Using Moire
Method”, 1996 全球華人醫學工程會議。
[16]Jin Yi Sheu, Rong Seng Chang, Ching Huang Lin, “Analysis of Primary Aberration with the
Two-Dimension Discrete Wavelet Transform”, Proceeding of SPIE Wavelet applications, VII, Vol.
4056(2000), 372-378
[17]Jin Yi Sheu, Ching Huang Lin, Rong Seng Chang, “Analysis of 3rd Order Spherical Aberration
with the Continuous Wavelet Transform”, Proceeding of SPIE Wavelet applications, VII, Vol.
4056(2000), 507-514
[18]Rong Seng Chang, Jin Yi Sheu, Ching Huang Lin, “The New Image Fusion Method Applied in
Two Wavelength Detection of Biochip Spot”, Proceeding of SPIE Vol. 4556(2001)
[19]Shuh-Yi Wang, Hsau-Yu Chou, Tone-Yen Lee, Rong Seng Chang, “Improvement on the surface
roughness of microlens array in the excimer laser machining process”, SPIE, Vol. 4561(2001)
- 36 -
九十五年第三屆中央大學創意教學研討會系列
[20]T. E. Nee, R. M. Lin, M. C. Tsai, Y. H. Chang, Ping Lin Fan, and Rong Seng Chang, “Thickness
Dependent Renormalization of Strain Effects on Self-Organized InAs Quantum Dots Grown on GaAs”,
10th Canadian Semiconductor Technology Conference Ottawa, Canada, August 13-17 2001.
[21]Joe Air Jiang, Ching Shan Chen, Ping Lin Fan, Chih Wen Liu, and Rong Seng Chang, “A
Composite Index to Adaptively Perform Fault Detection, Classification, and Direction Discrimination
for Transmission Lines”, appeared at IEEE/PES Winter Meeting, January 27~31, 2002, New York, Vol.
2, pp. 912-917. (Paper No.: 0-7803-7322- 7/02, Accepted)
【專
利】
序
專利名稱
申請國家
專利證書號碼
申請日期
1
新穎眼鏡
中華民國
76305299
1987/09/01
2
新式眼鏡
中華民國
76305300
1987/09/01
3
新型傳真機
美國
D314,763
1991/02/19
4
印鑑識別
日本
3023978
1996/02/21
5
全像光柵效率分析程式
中華民國
8607038
1997/02/27
6
固定距離變焦裝置
中華民國
87201338
1998/01/23
固定距離變焦裝置
美國
6278,558.D1
1999/10/07
陣列式感測器解析度增強裝置
中華民國
89201241
2000/01/25
陣列式感測器解析度增強裝置
德國
20008133.0
2000/05/05
8
微稜鏡式交通號誌反射裝置
德國
20107677.2
2001/05/07
9
微載體生產及測試方法
美國
6350,620 B2
2002/02/26
7
- 37 -