| USAAIO Round 1真题 | USAAIO Round 2真题 |
第1题:Problem 1 (100 points)
Let us consider the following sequence:
Fn=Fn−1+Fn−2, ∀ n≥2.
Before starting this problem, make sure to run the following code first without any change:
# DO NOT CHANGE
import numpy as np
import matplotlib.pyplot as plt
""" END OF THIS PART """
WARNING !!!
Beyond importing libraries/modules/classes/functions in the preceeding cell, you are NOT allowed to import anything else for the following purposes:
- As a part of your final solution. For instance, if a problem asks you to build a model without using sklearn but you use it, then you will not earn points.
- Temporarily import something to assist you to get a solution. For instance, if a problem asks you to manually compute eigenvalues but you temporarily use
np.linalg.eigto get an answer and then delete your code, then you violate the rule.
Rule of thumb: Each part has its particular purpose to intentionally test you something. Do not attempt to find a shortcut to circumvent the rule.
All coding tasks shall run on CPUs, not GPUs.
Part 1 (10 points, non-coding task)
Let F0=3, F1=1.
Manually write down Fn for n=2,3,4,5.
Reasoning is not required.
Part 2 (10 points, non-coding task)

Part 3 (10 points, non-coding task)
Explain why A is a symmetric matrix.
Part 4 (10 points, non-coding task)

Problem 1 (100 points)




The high level idea of PINN is as follows:


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