MAP: MAsk-Pruning for Source-Free Model Intellectual Property Protection
Deep learning has achieved remarkable progress in various applications heightening the
importance of safeguarding the intellectual property (IP) of well-trained models. It entails not
only authorizing usage but also ensuring the deployment of models in authorized data
domains ie making models exclusive to certain target domains. Previous methods
necessitate concurrent access to source training data and target unauthorized data when
performing IP protection making them risky and inefficient for decentralized private data. In …
importance of safeguarding the intellectual property (IP) of well-trained models. It entails not
only authorizing usage but also ensuring the deployment of models in authorized data
domains ie making models exclusive to certain target domains. Previous methods
necessitate concurrent access to source training data and target unauthorized data when
performing IP protection making them risky and inefficient for decentralized private data. In …
[PDF][PDF] MAP: MAsk-Pruning for Source-Free Model Intellectual Property Protection—Supplementary Material
Lemma 1 ([8]). Let p be the predicted label outputted by a representation model when
feeding with input x, and suppose that p is a scalar random variable and x is balanced on
the ground truth label y. And P (·) is the distribution. If the KL divergence loss KL (P (p)∥ P
(y)) increases, the mutual information I (z; y) will decrease.
feeding with input x, and suppose that p is a scalar random variable and x is balanced on
the ground truth label y. And P (·) is the distribution. If the KL divergence loss KL (P (p)∥ P
(y)) increases, the mutual information I (z; y) will decrease.
Showing the best results for this search. See all results