PSHS Internship 2023: Difference between revisions
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**2000 more pictures. | **2000 more pictures. | ||
**Euler problems all done. | **Euler problems all done. | ||
*By | *Wed Jun 28 is a <u>holiday</u>. No meeting. | ||
** | *By Friday Jun 28, 4PM: | ||
**Look into matplotlib, numpy, scipy packages for python, show me yourself opening a picture from SPICE | **pip install matplotlib, numpy and scipy | ||
*** | **Look into matplotlib, numpy, scipy packages for python, show me yourself opening a picture from SPICE using matplotlib.pyplot.imshow | ||
**Questions: | |||
***What are the dimensions of the numpy representation of the image? Is it 1D, 2D, or 3D? | |||
***Try to call imshow on image[0], image[1], image[2]. What appears? What do you think image[n] returns? | |||
**Crop the 1/4 upper left, upper right, bottom left and bottom right of the image into 4 new numpy arrays. Show these images. | |||
== About CIDR Project 3 == | == About CIDR Project 3 == | ||
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== Your tasks == | == Your tasks == | ||
As interns, we'd like you guys to process data for | As interns, we'd like you guys to process data for testing Project 3's machine learning software. | ||
[[File:Intern Tasks.png|center|thumb|1000x1000px]] | [[File:Intern Tasks.png|center|thumb|1000x1000px]] | ||
Revision as of 10:36, 27 June 2023
Main page for distributing resource for and documenting the internship.
- June 19, 2023 - July 2023
- Meeting Schedules MWF @ 4PM
- Day 1: Initial orientation, tour- then orientation of intern tasks.
- By Friday Jun 23, 4PM:
- 2000 more pictures sorted by Friday
- Finished reading up to Ch 2.3 of the tutorial.
- By Monday Jun 26, 4PM:
- 2000 more pictures.
- Euler problems all done.
- Wed Jun 28 is a holiday. No meeting.
- By Friday Jun 28, 4PM:
- pip install matplotlib, numpy and scipy
- Look into matplotlib, numpy, scipy packages for python, show me yourself opening a picture from SPICE using matplotlib.pyplot.imshow
- Questions:
- What are the dimensions of the numpy representation of the image? Is it 1D, 2D, or 3D?
- Try to call imshow on image[0], image[1], image[2]. What appears? What do you think image[n] returns?
- Crop the 1/4 upper left, upper right, bottom left and bottom right of the image into 4 new numpy arrays. Show these images.
About CIDR Project 3
CIDR Project 3, under the larger CIDR project, focuses on the creation and evaluation of machine learning hardware and software for use in small devices. Essentially, machine learning software is too heavy to run in smaller computers, and so we focus on creating optimized software and hardware specifically for machine learning.
Your tasks
As interns, we'd like you guys to process data for testing Project 3's machine learning software.
Resources
- As some of you might not yet be familiar with Python or are a bit rusty, you should read through the following:
- Composing Programs - Introduction to Programming with Python3
- (Attempt) the project Euler Problems 1-5 https://projecteuler.net/archives
- For editing and coding machine learning in Python (which will be useful from now on, as you use more of the packages) I recommend VScode with the Jupyter extension installed, which should allow you to put "#%%" at the top of your code, press shift+enter, and run the code immediately :DD
- On opening images with numpy, scipy and matplotlib
- Removing sinusoidal interference the Python way
- Oh no! The terms are too hard! : Fourier Transform: 3b1b video, Primer (needs calculus to understand)
- Also, if you do attempt this, do not hesitate to ask me questions.