What are the differences between mixed precision and full precision in AI?
Mixed precision uses both 16-bit and 32-bit floating point types, while full precision uses only 32-bit. This can speed up training.
What are the benefits of using mixed precision?
Benefits include reduced memory usage, faster computation, and the ability to train larger models on the same hardware.
Are there any downsides to using mixed precision?
Yes, potential downsides include numerical instability and the need for careful tuning to avoid loss of accuracy.
In what scenarios should I use full precision instead?
Full precision is preferred when maximum accuracy is critical, such as in scientific computations or sensitive financial models.
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