Session Index

Optical Design

Poster Session II
Saturday, Dec. 5, 2020  10:30-12:30
Presider: Prof. Wen-Jeng Ho
Room: 6AB Courtyard
Notes:
Manuscript ID.  0211
Paper No.  2020-SAT-P0502-P001
Cheng Xian Yu
Optical Design of High Pressured Sodium Counter Beam Light to Meet Enhanced Tunnel Lighting Regulations
Cheng Xian Yu;Lanh Thanh Le;Hsing Yuan Liao;Hsiao Yi Lee

A new counter beam light (CBL) with a 400W high pressured Sodium lamp was proposed for CIE:88 2004 regulated tunnel road lighting use. The optical component of the CBL was an optical reflector built by three curved metallic surface to control the beam pattern of the light.

 
 
Manuscript ID.  0706
Paper No.  2020-SAT-P0502-P002
chih yao ho
Tunable phase retarder of photo-aligned liquid crystal device
chih yao ho

We demonstrate the fabrication of the photo-aligned liquid crystal device and the characteristics of tunable phase retarder. We demonstrate two different subtract the fabrication and characteristic of AP(Anti parallel) LCD. The electro-optical properties and the transmittance change depending on the driving voltage are measured and discussed.

  Preview abstract
 
Manuscript ID.  0021
Paper No.  2020-SAT-P0502-P003
Hien Thanh Le
Study of EU ECE Light Shaping diffuser for Automotive
Hien Thanh Le;Hsiao Yi Lee;Lanh Thanh Le;Hsing Yuan Liao;Hsin Yi Ma

This study investigates the optical design of the planar LEDs using light shaping diffusers. Glare Control diffusers exhibit a variety of appearances depending on illumination conditions.

 
 
Manuscript ID.  0067
Paper No.  2020-SAT-P0502-P004
Chen Sheng-Yen
The Secondary Lens Design of LED Counter Beam Tunnel Lights for CIE Regulations
Chen Sheng-Yen;Lee Hsiao-Yi;Liao Hsing-Yuan

A LED light is proposed and demonstrated to serve as the counter beam light in tunnel lighting. Making use of a secondary freeform lens owning two curved surfaces and one flat metal reflecting surface to control a 150W LED emitting rays

 
 
Manuscript ID.  0680
Paper No.  2020-SAT-P0502-P005
Ngoc Thi Thu Le
Optical model for LED die operated at UVC of wavelength around 275 nm
Ngoc Thi Thu Le;Shin-Kang Lin

This paper presents the optical model for a type of LED emitting a wavelength of 275 nm and the design of Fresnel lens with an acceptable optical utilization factor. We compare the results achieved between the simulation and the corresponding experiment.

  Preview abstract
 
Manuscript ID.  0287
Paper No.  2020-SAT-P0502-P006
Yi-Cheng Hsu
The Study of Fabrication Tolerance Effect on Packaging Polarization Maintain Fiber Lens and Pump Laser
Tsun-Jen Hou;Yi-Cheng Hsu

The study demonstrates the packaging for polarization maintain fiber lens and pump laser and the results show that the relationship between fabrication tolerance and coupling efficiency and the relationship between fabrication tolerance and extinction ratio.

 
 
Manuscript ID.  0005
Paper No.  2020-SAT-P0502-P007
Chang JUI Chen
Optimization of Light-Emitting Diode Mosquito Trap System Effectiveness
Chang JUI Chen

A mosquito-collecting component that can be externally attached to the air inlet of a light-emitting diode mosquito-trapping system was developed to optimize the efficiency of the mosquito-trapping lamp and increase mosquito-trapping capacity. Used the three-dimensional computer-aided design software SolidWorks to build the system Finally,data obtained, mosquito-trapping efficiency was optimized.


  Preview abstract
 
Manuscript ID.  0378
Paper No.  2020-SAT-P0502-P008
Xin-Li Lee
LED-based Automatic Fringe-resolved Autocorrelator
Chia-Yuan Chang;Xin-Li Lee;Jui-Chi Chang

The fringe-resolved autocorrelator is a widely adopted system for measuring the
ultrashort pulse characteristic. Based on the nonlinear optical response of the light-emitting
diode (LED), we can build a low-cost fringe-resolved autocorrelator. The automation can be
achieved by synchronizing the reference beam movement and the photocurrent detection based
on LabVIEW.


  Preview abstract
 
Manuscript ID.  0037
Paper No.  2020-SAT-P0502-P009
Chun-hua Shu
Application of solar concentrator, high stability and environmental protection cadmium-free carbon quantum dots and changes in optical properties of different solvents
Jau-sheng Wang;Chun-hua Shu

We take carbon quantum dots, which are environmentally friendly and fluorescent colloidal quantum dot materials, as the research direction, and explore the effects of different solvents on their properties.

  Preview abstract
 
Manuscript ID.  0204
Paper No.  2020-SAT-P0502-P010
Hao-Che Chang
Comparison of Reconstructed Diffuse Optical Images Using Fixed and Flexible Detection Channels
Pei-Ting Liu;Min-Chun Pan;Hao-Che Chang

The study explores and compares the reconstructed diffuse optical images using fixed and flexible detection channels. The results exhibit the quality of reconstructed images were obtained since the scanning platform with flexible detection channels performing radial displacement may conform to the contour of breast.

  Preview abstract
 
Manuscript ID.  0070
Paper No.  2020-SAT-P0502-P011
Jhen wei Huang
Fiber optic sensor for robot arm application
Jhen wei Huang;Jau Sheng Wang

We use plastic optical fibers to make optical fiber ranging sensors and install them on the robotic arm to help determine the robot arm to grip the target. Based on the characteristics of the optical fiber ranging sensor, develop an algorithm for the mechanical arm to grip the soft object.

 
 
Manuscript ID.  0289
Paper No.  2020-SAT-P0502-P012
Yuan-Xi Li
Remote Camera-based Attack System with AI Threat Detection
Yi-Hung Li;Yuan-Xi Li;Chi-Hung Li

A portable AI-assisted remote camera-based attack system is proposed for detecting potential threat. The system is composed of two webcam, two Raspberry pi, an air compressor, a pistol and a Google coral USB accelerator. Compared with conventional surveillance systems, this remote camera- and AI-based system possesses more flexibility and precision.

  Preview abstract
 
Manuscript ID.  0299
Paper No.  2020-SAT-P0502-P013
Cheng-Jung Yang
Shack-Hartmann Wavefront Sensor for Broadband Wavelength Range
Cheng-Jung Yang;Chia-Yuan Chang;Yu-Cheng Wu

The Shack-Hartmann wavefront sensor (SHWS) is a powerful tool to monitor the optical wavefront and decomposed into Zernike modes in real time. We have shown that using the center detection algorithm doesn’t only improve the analysis accuracy but also allow the wavelength detection range cover from ultraviolet to visible band.

  Preview abstract
 
Manuscript ID.  0269
Paper No.  2020-SAT-P0502-P014
Jia-Ming Syu
Sensing Measurement of Hollow-Core Photonic Crystal Fiber Sensor
Jung-Sheng Chiang;Tsung-Han Chin;Jeng-Chian Lai;Jia-Ming Syu;Nai-Hsiang Sun

The sensing properties of negative curvature hollow-core photonic crystal fiber sensor by measurement are presented. The spectrum of the hollow-core photonic crystal fiber sensor is from sensing to different materials. The power loss is decreased as the refractive index of materials increased and having flattened variation at 1545-1560 nm wavelengths.

  Preview abstract