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MIT
MIT
4d ago 10 views

DeepSeek may have found a new way to improve AI’s ability to remember

DeepSeek released a new AI model that improves memory processing, which could reduce computing power and carbon footprint. This innovation matters as it addresses the challenge of AI forgetting information during long interactions.
DeepSeek may have found a new way to improve AI’s ability to remember
A What happened
DeepSeek has unveiled a new optical character recognition (OCR) model that significantly enhances AI's memory capabilities. This model employs innovative techniques to store and retrieve information more efficiently by using visual tokens rather than traditional text tokens. This approach not only mitigates the issue of 'context rot'—where AI forgets information during lengthy interactions—but also reduces the computational resources required, thereby lowering the carbon footprint associated with AI operations. The model is capable of generating over 200,000 pages of training data daily, which could help alleviate the current shortage of quality text for AI training. Experts in the field, including Andrej Karpathy, have praised the potential of this model, suggesting that visual tokens may be more effective than text for AI inputs. The research opens new avenues for improving AI memory and reasoning, with future studies anticipated to explore dynamic memory fading similar to human recall.

Key insights

  • 1

    Innovative Memory Processing

    DeepSeek's model uses visual tokens for efficient memory storage.

  • 2

    Reduced Carbon Footprint

    Improved memory efficiency could lower AI's environmental impact.

  • 3

    Increased Training Data

    The model can generate substantial training data daily.

Takeaways

DeepSeek's advancements in AI memory processing represent a significant step forward in addressing the challenges of AI interactions and environmental sustainability. The use of visual tokens could redefine how AI systems manage information, paving the way for more effective applications.

Read the full article on MIT