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Hey! This should be different from the number of tensor elements (note the +)
Say 'm' is a matrix of shape (100, 50), then size = (100 * rank) + (rank * 50), for the size of the two components that together make up a low-rank approximation of m.
Hope this clarifies it. Let me know if you have more questions!
powersgd/gradient_reducers.py
Line 467 in d3b21a6
what does it mean ? I think with rank > 1, it always be the number of tensor elements.
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