Psych221-Projects-2023-Fall

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There are two deliverables for the project:

1. A group presentation
2. A wiki-style project page write-up

• The write-up should roughly follow this organization from the Project Guidelines Page
• Please visit MediaWiki's editing help page.

To set up your project's page

• Log in to this wiki with the username and password you created.
• Edit the Projects section of this page (just below). Do this by clicking on "[edit]" to the right of each section title.
• Make a new line for your project using the format shown below, pasting the line for your project under the last item/group. The first part of the text within the double brackets is the name of the new page. This must be unique, and putting the group member names is a safest way to assure this. The second part, after '|' is the displayed text and can be your project title.
• Save the Project section by clicking the Save button at the bottom of the page
• Finally, clink on the link for your project. This will take you to a new blank page that you can edit. You can use the basic format for your page that is in the Sample Project.
• Math tip: Use the tags <math> and </math> to wrap an equation. For example, this code:

 <math> a + b = c^2 </math> 

Renders as this equation:

$a+b=c^{2}$

• Uploading images - Use the "upload file" link at the upper right of the page. I think.

Projects for Psych 221 (2023-2024)

Please edit your project pages starting from the links below. The first one is a sample that includes some wiki formatting. The second one indicates how you should format the link on this page. When you format it and save it, then clicking on the link will automatically create a blank page that you can edit.

1. Sample Project
   • Brian Wandell, Joyce Farrell, Zheng Lyu.
2. Wavefront Retrieval from Through-Focus Point Spread Functions with Machine Learning
   • Wanting Xie, Yi Hong To.
3. Calibration of Headlight Brightness in ISET Simulations
   • Alex Sun, Olivia Loh, Audrey Lee
4. Impact of Camera Characteristics on DNN Model Inference Performance
   • Mohammad Salem, Bogdan Burlacu
5. Simulation Studies of an Ultraviolet Laser Absorption Imaging System
   • Jackie Zheng, Steve (Cao) Dong, Amy Dumphy
6. Simulate an Underwater Imaging System and Explore Water Absorption and Scattering Estimation Methods
   • Tianyun Zhao, Cecilia Xie, Shiqi Xia
7. Simulation of pixel-size impact for optical brightfield wafer defect inspection
   • David Giovanni, Sweesien Lim, Choi Han
8. Medical imaging: Simulations of reflectance and fluorescence of human tissue
   • Bohan Li, Johan Carlstrom
9. Thermal Imaging and Pitvipers
   • Devin Dean.
10. Medical imaging: Simulations of human oral mucosa tissue fluorescence
    • Xuan Wu, Yong Kang Eugene Tay
11. Dual Fisheye Image Stitching Algorithm to 360 Degree Photos
    • Pranavi Boyalakuntla, Maggie Che
12. Maxwell's Color Experiment Revisited
    • Koh Terai