Session Index

Holography and Information Processing

Poster Session I
Friday, Dec. 4, 2020  15:40-17:30
Presider: Prof. Wei-Chia Su
Prof. Ju-Yi Lee
Prof. Wei-Hung Su
Prof. Hui-Chi Chen
Prof. Vera Marinova Gospodinova
Room: 6AB Courtyard
Notes:
Manuscript ID.  0062
Paper No.  2020-FRI-P0401-P001
Tzu-An Chou
Award Candidate
A multi-focus spot light realized for laser beam machining
Tzu-An Chou;Chih-Hao Chuang;Isaac Manyonge Matere;Cathy Weng;Hoang-Yan Lin;Chien-Yu Chen

Recently there have been development in digital optics especially in laser beam machining, however designing miniaturized is still a challenge. We offer a solution by use of modified Gerchberg-Saxton algorithm to create computer generated holography that can focus a multi-focus spot light on four different focal planes.

 
 
Manuscript ID.  0096
Paper No.  2020-FRI-P0401-P002
Chia-Yu Chiang
Award Candidate
Measurement of the refractive index of prism with the maximum phase difference of total-internal reflection and polarization camera
Chia-Yu Chiang;Ju-Yi Lee

The measurement introduces the maximum phase difference based on total-internal reflection, and the polarization interferometry with polarization camera. By finding the value of maximum phase difference and the relationship between maximum phase difference and refractive index, the refractive index can be obtained. The system’s resolution is 7 × 10-4 RIU.

 
 
Manuscript ID.  0104
Paper No.  2020-FRI-P0401-P003
You-Jun Lin
Award Candidate
Digital image correlation method applied to residual stress measurement
You-Jun Lin;Ju-Yi Lee;Mao-Cheng Jiang

This research uses the digital image relationship method to develop a large-area
non-contact residual stress measurement device. The digital image correlation method can
measure the residual stress in a two-dimensional plane. This research uses this technology to
measure the residual stress of the laminated test piece.


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Manuscript ID.  0273
Paper No.  2020-FRI-P0401-P004
Chia-Rong Sheu
Award Candidate
Study of polarization-dependent/independent holographic optical elements as lens arrays via photo-curable monomers doped liquid crystal cells
Tsu-Shuo Han;Chia-Rong Sheu;Hung-Wei Yeh

Holographic optical elements (HOEs) have been applied in augmented reality in many researches. In this study, polarization-dependent/independent HOEs as lens arrays were demonstrated which were fabricated in photo-curable monomer doped liquid crystal cells with holographic exposure processes. These HOEs were demonstrated their imaging capabilities in the integral imaging system.

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Manuscript ID.  0303
Paper No.  2020-FRI-P0401-P005
Chia-Ming Mai
Award Candidate
A Terahertz Compressed Sensing Imaging System Evaluated with Bernoulli Spatial Light Modulation Masks
Chia-Ming Mai;Yi-Chun Hung;Yo-Lin Lin;Yu-Chun Wang;Wei-Chieh Wang;Yuan-Hao Huang;Shang-Hua Yang

In this work, we demonstrated a single pixel terahertz compressed sensing imaging system with mm-level resolution. During the experiment, terahertz beam is modulated by Bernoulli spatial light modulators. Reconstruction is then done through pseudo inverse algorithms. From the reconstructed images we showed that images are successfully reconstructed through Bernoulli masks.

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Manuscript ID.  0393
Paper No.  2020-FRI-P0401-P006
Chih-Hsiung Lin
Award Candidate
Development of an optical 3D sensing technology
Chih-Hsiung Lin;Jung-Ping Liu;Jing-Heng Chen;Kun-Huang Chen

In this paper, an optical 3D sensing technology was proposed. This technology manufacture a sensing device that can obtain shallow depth of field images and can perform certain accurately object depth sensing. This technology has the merits of a larger sensing range, lower manufacturing cost, and can be used outdoors.

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Manuscript ID.  0408
Paper No.  2020-FRI-P0401-P007
Chin-I Tang
Award Candidate
Chromatic Shift Measurement Using Contrast Sharpness Calculation based on Hyperspectral Imaging
Chin-I Tang;Guo-Hao Lu;Jing-Feng Weng;Chao-Feng Liu;Chun-Jen Weng

This research involved the integration of spectral imaging camera and microscopy in conjunction with a white-light source to create a microscopic hyperspectral imaging system. This study focused on the development of hyperspectral imaging system with the aim of measuring chromatic aberration of the objective lenses.

 
 
Manuscript ID.  0488
Paper No.  2020-FRI-P0401-P008
Wei-Lun Lo
Award Candidate
Absolute Optical Rotary Encoder with Multiple Focusing Spots Realized by Dammann Grating
Wei-Lun Lo;Hsi-Fu Shih

This paper proposes an absolute optical rotary encoder (ORE) design with the optical resolution of 15 bits. It adopts a red laser as the light source cooperating with a Dammann grating and a high numerical aperture (NA) objective lens to generate multiple focusing spots on the encoded tracks.

 
 
Manuscript ID.  0502
Paper No.  2020-FRI-P0401-P009
Chung-Hsuan Huang
Award Candidate
Development of Digital Holographic Tomography for Measuring Three-dimensional Biological Cells
Chung-Hsuan Huang;Yang-Jie Gao;Han-Yen Tu;Chau-Jern Cheng;Nikolay V. Petrov

We propose a digital holographic tomography developmental system with aberration wavefront compensation technique to measure the biological cell. The proposed prototype includes the hardware and measure processing. The preliminary experimental results show the three-dimensional refractive index tomographic imaging.

 
 
Manuscript ID.  0511
Paper No.  2020-FRI-P0401-P010
Ssu-Chia He
Award Candidate
Integration of digital holography and fringe projection for three-dimensional complex surface measurements
Ssu-Chia He;Han-Yen Tu;Chung-Hsuan Huang;Chau-Jern Cheng

In this paper, we present a new approach to integrate digital holography and fringe analysis in three-dimensional (3D) composite surface measurement. Data analysis and image processing is performed for 3D image fusion to form a 3D composite surface profile.

 
 
Manuscript ID.  0524
Paper No.  2020-FRI-P0401-P011
Chen-Ming Tsai
Award Candidate
Common-Path Optical Scanning Holography
Chen-Ming Tsai;Jung-Ping Liu

Optical scanning holography (OSH) relies on the scanning by using an interference fringe and thus is sensitive to the environmental fluctuation. Here we demonstrated the common-path OSH to suppress the influence of environmental fluctuation and minimize the system form factor.

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Manuscript ID.  0527
Paper No.  2020-FRI-P0401-P012
Chia-Jung Cheng
Award Candidate
3D Display by Binary Holograms and Intensity Accumulation
Chia-Jung Cheng;Ming-Hsuan Wu;P. W. M. Tsang;Jung-Ping Liu

We proposed to generate multiple computer-generated binary holograms (CGBH) of the same scene by localized random down-sampling, adaptive sampling, and direct sign-thresholding. The holograms are displayed by intensity accumulation with a digital micro mirror device. With our optimized set of CGBHs, a high-quality reconstructed image without artifacts is obtainedㄡ

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Manuscript ID.  0618
Paper No.  2020-FRI-P0401-P013
Chung-Yu Yeh
Award Candidate
Digital holographic microscopy for living cells imaging and sorting
Chung-Yu Yeh;Chau-Jern Cheng

This study proposes an off-axis digital holographic microscopy (DHM) system for recording a digital hologram of living cells to obtain its cells features from the reconstructed phase. The cell features are further analyzed to identify the cell nature such as live or dead.

 
 
Manuscript ID.  0640
Paper No.  2020-FRI-P0401-P014
Surag Athippillil Suresh
Award Candidate
Volume Holographic Beam Shaper for Super Gaussian Beams
Surag Athippillil Suresh;Sunil Vyas;J. Andrew Yeh;Yuan Luo

A volume holographic optical element is designed and fabricated using photopolymer (PQ-PMMA) for super Gaussian beam. A Lee hologram and Digital Micro Mirror Device (DMD) are used for this purpose. Super Gaussian beam generated by volume holographic grating with unique diffractive properties are advantageous for variety of practical applications.

 
 
Manuscript ID.  0681
Paper No.  2020-FRI-P0401-P015
Pin-Duan Huang
Award Candidate
Feature Coating Technology for 3D Identification
Pin-Duan Huang;Tzu-Kai Wang;Tsung-Hsun Yang;Ching-Cherng Sun

3D information has become popular in recent years. In order to connect real world and virtual world, using RGB-D scanner is one of the methods. But it cannot work when encountering a plane, featureless, target plane. Our team proposed a feature coating technology to add feature and fix the problem.

 
 
Manuscript ID.  0746
Paper No.  2020-FRI-P0401-P016
Pen-Ying Liao
Award Candidate
Space Division Multiplexing of Communication Channels in a Multimode-Fiber using Holographic Correlator Method
Pen-Ying Liao;Shiuan Huei Lin;Vera Marinova;Ken Yu Hsu

A method of sending multichannel optical information through a multimode fiber (MMF) is presented by applying holographic Correlator method. Several optical characteristic has been discovered, and experiment results are presented and discussed.

 
 
Manuscript ID.  0750
Paper No.  2020-FRI-P0401-P017
Zih Fan Chen
Award Candidate
Capturing object behind a thin turbid medium by using in-line digital holographic technique
Zih Fan Chen;Shiuan Huei Lin;Vera Marinova;Ken Y. Hsu

n this paper, we present our investigations on capture the image of an object lying behind a thin turbid medium using in-line digital holographic technique. The results also show the feasibility of dynamical imaging through the thin turbid by in-line digital holography.

 
 
Manuscript ID.  0765
Paper No.  2020-FRI-P0401-P018
Fang-Yong Lee
Award Candidate
Characteristics of the PMMA/EGPEA Holographic Storage
Fang-Yong Lee;Xinf-Jing Wang;Tzu-Chien Hsu;Wei-Hung Su

A holographic material using PMMA [poly(methyl methacrylate)] and EGPEA (ethylene glycol phenyl ether acrylate) incorporated with the photo-initiator Irgacure 784 is studied.

 
 
Manuscript ID.  0777
Paper No.  2020-FRI-P0401-P019
Cheng-Ju Yang
Award Candidate
Implementation of Diffractive Optical Elements for Generation of Wide Angle Patterns in Structured Light 3D Scanning Application
Cheng-Ju Yang;Shun-Ping Zhuang;Wei-Feng Hsu

This paper presents the results of making diffractive optical elements (DOEs) to producing wide-angle diffraction patterns which can be used in structured light illumination for 3D scanning, including the preparation of target pattern, the design of binary-phase DOE, the manufacture of DOE wafers, and the evaluation of resultant DOEs.

 
 
Manuscript ID.  0781
Paper No.  2020-FRI-P0401-P020
Hsin-Ju Yao
Award Candidate
Improvement of Image Quality of Diffraction Pattern of Diffractive Optical Elements Using A Cyclic Algorithm
Hsin-Ju Yao;Yun-Xin Zhang;Wei-Feng Hsu

We presented a method to achieving high-quality diffraction images of the diffractive optical elements (DOEs). The DOEs obtained using the proposed were far superior to those obtained using the iterative Fourier transform algorithm in terms of PSNR (1301.2%) and uniformity (96.1%).

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