Yi Ding

Dr. Yi Ding

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Academic Career Length

20Years (2007-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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28 June 2011 in Optics Letters
Verified
Journal Article
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YDYi Ding
Yi Ding
JXJiangtao Xi
Jiangtao Xi
Yanguang YuYanguang Yu
Yanguang Yu
JCJoe Chicharo
Joe Chicharo
Phase unwrapping is an important and challenging issue in fringe pattern profilometry. In this Letter we propose an approach to recover absolute phase maps of two fringe patterns with selected frequencies. Compared to existing temporal multiple frequency algorithms, the two frequencies in our proposed algorithm can be high enough and thus enable efficient and accurate recovery of absolute phase maps. Experiment results are presented to confirm the effectiveness of the proposed technique.
8 December 2017 in Optics Express
Verified
Journal Article
Closed access
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LLLei Lu
Lei Lu
YDYi Ding
Yi Ding
YLYinsen Luan
Yinsen Luan
YYYongkai Yin
Yongkai Yin
QLQiong Liu
Qiong Liu
JXJiangtao Xi
Jiangtao Xi
Phase shifting profilometry can achieve high accuracy for the 3D shape measurement of static object. Errors will be introduced when the object is moved during the movement. The fundamental reason causing the above issue is: PSP requires multiple fringe patterns but the reconstruction model does not include the object movement information. This paper proposes a new method to automatically measure the 3D shape of the rigid object with arbitrary 2D movement. Firstly, the object movement is tracked by the SIFT algorithm and the rotation matrix and translation vector describing the movement are estimated. Then, with the reconstruction model including movement information, a least-square algorithm is applied to retrieve the correct phase value. The proposed method can significantly reduce the errors caused by the object movement. The whole reconstruction process does not need human intervention and the proposed method has high potential to be applied in industrial applications. Experiments are presented to verify the effectiveness.
29 May 2012 in Optics Express
Verified
Journal Article
Open access
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YDYi Ding
Yi Ding
JXJiangtao Xi
Jiangtao Xi
Yanguang YuYanguang Yu
Yanguang Yu
WCWenqing Cheng
Wenqing Cheng
SWShu Wang
Shu Wang
JCJoe F. Chicharo
Joe F. Chicharo
In a recent published work we proposed a technique to recover the absolute phase maps of two fringe patterns with different spatial frequencies. It is demonstrated that a number of selected frequency pairs can be used for the proposed approach, but the published work did not provide a guideline for frequency selection. In addition, the performance of the proposed technique in terms of its anti-noise capability is not addressed. In this paper, the rules for selecting the two frequencies are presented based on theoretical analysis of the proposed technique. Also, when the two frequencies are given, the anti-noise capability of technique is formulated and evaluated. These theoretical conclusions are verified by experimental results.
1 July 2015 in Optics and Lasers in Engineering
Verified
Journal Article
Closed access
YDYi Ding
Yi Ding
JXJiangtao Xi
Jiangtao Xi
Yanguang YuYanguang Yu
Yanguang Yu
FDFuqin Deng
Fuqin Deng
1 November 2017 in Future Generation Computer Systems
Verified
Journal Article
Closed access
XYXiaoqun Yuan
Xiaoqun Yuan
GMGeyong Min
Geyong Min
LYLaurence T. Yang
Laurence T. Yang
YDYi Ding
Yi Ding
QFQing Fang
Qing Fang
1 January 2013 in Chinese Physics B
Verified
Journal Article
Closed access
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KZKe-Sheng Zhang
Ke-Sheng Zhang
SWShu Wang
Shu Wang
Ming ZhuMing Zhu
Ming Zhu
YDYi Ding
Yi Ding
YHYi Hu
Yi Hu
Decoupling the complicated vibrational—vibrational (V—V) coupling of a multimode vibrational relaxation remains a challenge for analyzing the sound relaxational absorption in multi-component gas mixtures. In our previous work [Acta Phys. Sin. 61 174301 (2012)], an analytical model to predict the sound absorption from vibrational relaxation in a gas medium is proposed. In this paper, we develop the model to decouple the V—V coupled energy to each vibrational—translational deexcitation path, and analyze how the multimode relaxations form the peaks of sound absorption spectra in gas mixtures. We prove that a multimode relaxation is the sum of its decoupled single-relaxation processes, and only the decoupled process with a significant isochoric-molar-heat can be observed as an absorption peak. The decoupling model clarifies the essential processes behind the peaks in spectra arising from the multimode relaxations in multi-component gas mixtures. The simulation validates the proposed decoupling model.