JAX Numerical Computing

Your learning sequence

1. 1 Not solved yet.○ linalg.solve Practice · Medium
2. 2 Not solved yet.○ linalg.inv Practice · Easy
3. 3 Not solved yet.○ slogdet for Stable log|det| Practice · Medium
4. 4 Not solved yet.○ linalg.norm (Frobenius) Practice · Easy
5. 5 Not solved yet.○ linalg.matrix_power Practice · Medium
6. 6 Not solved yet.○ Cholesky Decomposition Practice · Medium
7. 7 Not solved yet.○ QR Decomposition Practice · Medium
8. 8 Not solved yet.○ SVD Singular Values Practice · Medium
9. 9 Not solved yet.○ eigh: Symmetric Eigendecomp Practice · Hard
10. 10 Not solved yet.○ 1-D FFT Magnitude Practice · Medium
11. 11 Not solved yet.○ Real FFT (rfft) Practice · Medium
12. 12 Not solved yet.○ 2-D FFT DC Component Practice · Hard
13. 13 Not solved yet.○ 1-D Conv via lax.conv_general_dilated Practice · Medium
14. 14 Not solved yet.○ 2-D Conv via lax.conv_general_dilated Practice · Hard
15. 15 Not solved yet.○ Conv Padding & Strides Practice · Medium
16. 16 Not solved yet.○ BCOO from Dense Practice · Medium
17. 17 Not solved yet.○ Sparse Matrix-Vector Product Practice · Hard
18. 18 Not solved yet.○ BCOO Round-Trip Practice · Easy
19. 19 Not solved yet.○ Polynomial Fitting via polyfit Practice · Medium
20. 20 Not solved yet.○ Polynomial Evaluation via polyval Practice · Easy
21. 21 Not solved yet.○ Linear Interpolation Practice · Medium
22. 22 Not solved yet.○ Numerically Stable logsumexp Practice · Medium
23. 23 Not solved yet.○ Stable log_softmax Practice · Medium
24. 24 Not solved yet.○ log1p / expm1 for Small Values Practice · Easy
25. 25 Not solved yet.○ Cumulative Trapezoidal Integration Practice · Hard

jnp.float32(2**24)      # 16777216
jnp.float32(2**24 + 1)  # 16777217
jnp.float32(2**24 + 2)  # 16777218