The Breakthrough AI Scaling Desperately Needed

TokenFormer enables AI to scale by preserving the existing knowledge while seamlessly integrating new information, redefining long-context modelling and continuous learning.
Image by Nalini Nirad
When Transformers were introduced, the entire AI ecosystem underwent a reform. But there was a problem. When a model was large enough, and researchers wanted to train a specific part of it, the only option was to retrain the entire model from scratch.  This was a critical issue. To address it, researchers from Google, Max Planck Institute, and Peking University introduced a new approach called TokenFormer.  The innovation lies in treating model parameters as tokens themselves, allowing for a dynamic interaction between input tokens and model parameters through an attention mechanism rather than fixed linear projections. The traditional Transformer architecture faces a significant challenge when scaling—it requires complete retraining from scratch when architectural mod
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Picture of Sagar Sharma
Sagar Sharma
A software engineer who loves to experiment with new-gen AI. He also happens to love testing hardware and sometimes they crash. While reviving his crashed system, you can find him reading literature, manga, or watering plants.
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