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Sketches can be represented as binary presence/absence vectors. The overlap between two sketches can then be calculated by the dot product of the two vectors representing the sketches. If we consider many sketches, then the problem resolves into a matrix multiplication, which can be accelerated using GPU computation.
For this task, I plan to do the following:
After reading sketches, represent them using vectors
Use CUDA programming to implement a matrix multiplication
Extract overlaps among sketches from the matmult result
Benchmark the implementation
The text was updated successfully, but these errors were encountered:
Sketches can be represented as binary presence/absence vectors. The overlap between two sketches can then be calculated by the dot product of the two vectors representing the sketches. If we consider many sketches, then the problem resolves into a matrix multiplication, which can be accelerated using GPU computation.
For this task, I plan to do the following:
The text was updated successfully, but these errors were encountered: