Academics
Dop Course Outline
OS6088 Optoelectronics Workshop (II)
Last Revised: 2018-10-02
Course Objectives
To teach students understanding the elecrtro-optics factory and how to write the thesis
Prerequisite
Textbook 1. Extraction of the Energy of Solar Cell Boost System with Tracking Output Equipotential and Input Maximum Power
2. Low Distortion Noise Filter Realized with Average High and Low Peaks Method
3. Application of Linear Image Sensor for Fast and Accurate Non-contact Pulse Measurement
4. The Research of Improvement of the Accuracy of Amorphous Silicon TFT-LCD
5. The design of high power LED rectangular uniform illumination secondary total internal reflection lensa
6. A study of improving Optoelectronics industry process using Flexible PCB sensor tag
7. The study on the effect of LED Plant Spectrum lighting on Chlorophyll ratio of the leaf
8. The Interpretation System of the Brain Wave(EEG) by Artificial Neural Network and Pattern Recognition
9. Extract the Energy of Solar Cell Panel with Dynamic Buck Converter
10. Study of Silicon wafer Solar Cell Mass production Using Potential Induced Degradation Method
11. Triglyceride measurement using electrochemistry method
12. The study of printing lens
13. Application of image processing in heat conduction analysis of composite nonuniform
14. The study of LED spectrum in plants
15. The research of photoresist residue of TFT-LCD multiple via layer process
16. Application of non-contact automated optical inspection system used for grind wheel defect inspection
Topical Outline 1. Extraction of the Energy of Solar Cell Boost System with Tracking Output Equipotential and Input Maximum Power
2. Low Distortion Noise Filter Realized with Average High and Low Peaks Method
3. Application of Linear Image Sensor for Fast and Accurate Non-contact Pulse Measurement
4. The Research of Improvement of the Accuracy of Amorphous Silicon TFT-LCD
5. The design of high power LED rectangular uniform illumination secondary total internal reflection lensa
6. A study of improving Optoelectronics industry process using Flexible PCB sensor tag
7. The study on the effect of LED Plant Spectrum lighting on Chlorophyll ratio of the leaf
8. The Interpretation System of the Brain Wave(EEG) by Artificial Neural Network and Pattern Recognition
9. Extract the Energy of Solar Cell Panel with Dynamic Buck Converter
10. Study of Silicon wafer Solar Cell Mass production Using Potential Induced Degradation Method
11. Triglyceride measurement using electrochemistry method
12. The study of printing lens
13. Application of image processing in heat conduction analysis of composite nonuniform
14. The study of LED spectrum in plants
15. The research of photoresist residue of TFT-LCD multiple via layer process
16. Application of non-contact automated optical inspection system used for grind wheel defect inspection
Prerequisite
Textbook 1. Extraction of the Energy of Solar Cell Boost System with Tracking Output Equipotential and Input Maximum Power
2. Low Distortion Noise Filter Realized with Average High and Low Peaks Method
3. Application of Linear Image Sensor for Fast and Accurate Non-contact Pulse Measurement
4. The Research of Improvement of the Accuracy of Amorphous Silicon TFT-LCD
5. The design of high power LED rectangular uniform illumination secondary total internal reflection lensa
6. A study of improving Optoelectronics industry process using Flexible PCB sensor tag
7. The study on the effect of LED Plant Spectrum lighting on Chlorophyll ratio of the leaf
8. The Interpretation System of the Brain Wave(EEG) by Artificial Neural Network and Pattern Recognition
9. Extract the Energy of Solar Cell Panel with Dynamic Buck Converter
10. Study of Silicon wafer Solar Cell Mass production Using Potential Induced Degradation Method
11. Triglyceride measurement using electrochemistry method
12. The study of printing lens
13. Application of image processing in heat conduction analysis of composite nonuniform
14. The study of LED spectrum in plants
15. The research of photoresist residue of TFT-LCD multiple via layer process
16. Application of non-contact automated optical inspection system used for grind wheel defect inspection
Topical Outline 1. Extraction of the Energy of Solar Cell Boost System with Tracking Output Equipotential and Input Maximum Power
2. Low Distortion Noise Filter Realized with Average High and Low Peaks Method
3. Application of Linear Image Sensor for Fast and Accurate Non-contact Pulse Measurement
4. The Research of Improvement of the Accuracy of Amorphous Silicon TFT-LCD
5. The design of high power LED rectangular uniform illumination secondary total internal reflection lensa
6. A study of improving Optoelectronics industry process using Flexible PCB sensor tag
7. The study on the effect of LED Plant Spectrum lighting on Chlorophyll ratio of the leaf
8. The Interpretation System of the Brain Wave(EEG) by Artificial Neural Network and Pattern Recognition
9. Extract the Energy of Solar Cell Panel with Dynamic Buck Converter
10. Study of Silicon wafer Solar Cell Mass production Using Potential Induced Degradation Method
11. Triglyceride measurement using electrochemistry method
12. The study of printing lens
13. Application of image processing in heat conduction analysis of composite nonuniform
14. The study of LED spectrum in plants
15. The research of photoresist residue of TFT-LCD multiple via layer process
16. Application of non-contact automated optical inspection system used for grind wheel defect inspection
