Psych221-Projects-2022-Fall: Difference between revisions

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# [https://vista.su.domains/psych221confluence/2022/UnderstandingSSIMSensitivityToSceneAndCamera%20-%20Emma%20Belliveau,%20Matthew%20Tran%20Radovan,%20Seyed%20Ali%20Yaghoubzade.pdf Understanding SSIM sensitivity to scene and camera properties]
# [https://vista.su.domains/psych221confluence/2022/UnderstandingSSIMSensitivityToSceneAndCamera%20-%20Emma%20Belliveau,%20Matthew%20Tran%20Radovan,%20Seyed%20Ali%20Yaghoubzade.pdf Understanding SSIM sensitivity to scene and camera properties]
#* Emma Belliveau, Matthew Tran Radovan, Seyed Ali Yaghoubzade.
#* Emma Belliveau, Matthew Tran Radovan, Seyed Ali Yaghoubzade.
#[https://docs.google.com/presentation/d/1JAI4ZX0aLJ8-5ogfZpQPM8B0ax2PIwge3hFij8K5NG0/edit#slide=id.p Inverse-Designed Subwavelength RGB Color Routers] [https://stanford.edu/~wandell/data/class/Psych221_2023_LukeQi.pdf PDF version]
#* Luke Qi

Latest revision as of 18:35, 18 December 2023

Launch page for Psych 221 Projects in Fall, 2022

Return to Psych 221 Main Page

There are two deliverables for the project:

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

To set up your project's page

  • Log in to this wiki with the username and password we sent you
  • 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.

Projects for Psych 221 (2022-2023)

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. Blood oxygen modelling from skin reflectance
    • Ritvik Sharma, Pranil Joshi, Arjun Deopujari.
  3. Brightway Depth Sensing Calibration
    • Manchen Hu, Zixin Huang, Xueqi Chen.
  4. Camera Color Calibration and Radiant Colorimeter Exploration
    • Michelle Meng Shi.
  5. Camera Type Prediction
    • Gerardo Gomez Martinez, Priyanka Mathikshara Mathialagan.
  6. Color Filters to Enhance/Reduce Color Perception Contrast - Pickleball Problem
    • Priyanka Dilip, Xin-Yi Pan, Rita Meraz, Maryann Benny Fernandes.
  7. Digital Camera Sensors: A Simulation Study
    • Sergio Bobadilla.
  8. Evaluate depth estimation technologies (Stereo and LiDAR)
    • Zhejin Huang.
  9. Facial Recognition and Deep Fakes
    • Shiyuan Liu, Yuhan Zhang.
  10. Image Deblurring
    • Meng-Jin Lin.
  11. Introduction to fNIRS Imaging
    • William Meng.
  12. Learning Google Pixel’s Photo Finishing HDR tonemapping Algorithm
    • Haley So.
  13. Missing Wedge Completion in Cryo-Electron Tomography
    • Dave Van Veen.
  14. Optimizing Metalenses
    • Erik Szakiel and Nicola Kubzdela.
  15. Sensor QE Estimation Methodologies
    • Nikhil Parab.
  16. Sensor Quantum Efficiency Correction
    • Taylor Iantosca, Kathleen Medill.
  17. Structural Similarity (SSIM) Index Exploration
    • Po-Han Chen.
  18. Understanding SSIM sensitivity to scene and camera properties
    • Emma Belliveau, Matthew Tran Radovan, Seyed Ali Yaghoubzade.
  19. Inverse-Designed Subwavelength RGB Color Routers PDF version
    • Luke Qi