iiia06_teytaud_qrrar_01
... You want to learn a relation x--> y on a huge dataset. The dataset is too large for your favorite learner. A traditional solution is subagging : average 100 learnings performed on random subsamples (1/20) of your dataset We propose : use QR-sampling to average only 40 ...
... You want to learn a relation x--> y on a huge dataset. The dataset is too large for your favorite learner. A traditional solution is subagging : average 100 learnings performed on random subsamples (1/20) of your dataset We propose : use QR-sampling to average only 40 ...
Floating-Point Numbers
... Computers satisfying IEEE floating-point standard achieve this ideal as long as x op y is within range of floating-point system But some familiar laws of real arithmetic not necessarily valid in floating-point system Floating-point addition and multiplication commutative but not associative Example: ...
... Computers satisfying IEEE floating-point standard achieve this ideal as long as x op y is within range of floating-point system But some familiar laws of real arithmetic not necessarily valid in floating-point system Floating-point addition and multiplication commutative but not associative Example: ...
