Aida Mohammadshahi (@Aidamo27) header
Aida Mohammadshahi (@Aidamo27) profile picture
Calgary, Canada
Joined September 2022
Photo by Aida Mohammadshahi (@Aidamo27)Photo by Aida Mohammadshahi (@Aidamo27)Photo by Aida Mohammadshahi (@Aidamo27)Photo by Aida Mohammadshahi (@Aidamo27)Photo by Aida Mohammadshahi (@Aidamo27)Photo by Aida Mohammadshahi (@Aidamo27)Photo by Aida Mohammadshahi (@Aidamo27)Photo by Aida Mohammadshahi (@Aidamo27)Photo by Aida Mohammadshahi (@Aidamo27)
Aida Mohammadshahi retweeted
1/10 🧵 🔍Can weight symmetry provide insights into sparse training and the Lottery Ticket Hypothesis? 🧐We dive deep into this question in our latest paper, "Sparse Training from Random Initialization: Aligning Lottery Ticket Masks using Weight Symmetry", accepted at #ICML2025
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✨Our paper is now officially published in Transactions on Machine Learning Research (TMLR)! We explore how knowledge #distillation (KD) impacts fairness & bias in AI models, across both group and individual fairness.
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On balanced datasets like CIFAR-100 and ImageNet: Up to 41% of classes showed statistically significant accuracy shifts post-distillation. These biases are subtle, and not visible in top-line accuracy. Distillation changes behavior in non-obvious ways.
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Distilled models aren't just “smaller copies.” They’re behaviorally different, especially in fairness-critical settings. check out our full paper for more details 👇 openreview.net/pdf?id=xBbj46…
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Aida Mohammadshahi retweeted
✨Our new @unireps paper tries to answer why the Lottery Ticket Hypothesis (LTH) fails to work for different random inits through the lens of weight-space symmetry. We improve the transferability of LTH masks to new random inits leveraging weight symmetries. 🧵(1/6)
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Knowledge #distillation is a widely used model compression method. We explore the nuanced impact of temperature on distilled models' #fairness ⚖️. Our findings show distilled students are less fair than their teachers at typical temps, but can be more fair in some instances…🧵👇
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Digging deeper our study shows that distillation doesn’t affect all classes equally in a dataset. Even in mostly class-balanced datasets (e.g., #CIFAR100, #ImageNet), up to 41% of classes see significant per-class accuracy shifts post-distillation in a distilled student.
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Distilled models are everywhere—from mobile devices to large-scale applications. Our findings highlight the need to consider fairness carefully when deploying these models, especially in sensitive applications. @UCalgary @CalgaryMLC 📄Check out our paper: arxiv.org/abs/2410.08407
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