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August 25, 2025Indian Journal of Artificial Intelligence and Neural Networking0 citations

Personal Tensor Memory

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SRS R Ravishankar

Key Points

  • Personal Tensor Memory organizes user preferences efficiently, enhancing context retention in constrained devices.
  • It achieves comparable performance to traditional methods while using only 5% of the context window.
  • The method utilizes matrix management and a nightly routine for reorganization without altering model weights.
  • Personal Tensor Memory supports privacy by limiting data storage to under 8 MB per user, demonstrating efficiency.

Abstract

Large language models (LLMs) excel at general knowledge but struggle when they must remember the preferences, profile facts, and long-term context of a specific user—especially on constrained devices. We introduce Personal Tensor Memory (PTM), a privacy-preserving add-on that assigns every user a fixed-shape matrix, which the frozen backbone can query through one additional attention head. A nightly routine— Hebbian add + decay, norm clipping, slot merge/evict, and occasional orthogonal rotation—re‑organises information inside that matrix without changing its shape or touching billions of backbone weights. On synthetic concept‑drift streams and anonymised personal‑assistant logs, PTM matches kNN‑LM perplexity while needing only 5 % of its context window, and surpasses rank‑8 LoRA under few‑shot data—all using < 8 MB per user and < 1 s daily CPU on a smartphone.

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Cite This Study

S R Ravishankar (2025) studied this question.

synapsesocial.com/papers/68af5d75ad7bf08b1eae122bhttps://doi.org/10.54105/ijainn.e1100.05050825
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Also Consider

Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context:

  1. 1MemAura: Structured Context Memory for Personalized LLM Reasoning in Smart Environments2026
  2. 2The Personal Small Model (PSM): Memory as a Learned Cognitive Primitive for Large Language Model Agents2026
  3. 3Implementation of Persistent Latent Memory for Decoder Transformers2026
  4. 4Dynamic Long Short-Term Memory Based Memory Storage For Long Horizon LLM Interaction2025
  5. 5Sillage: Surprise-Gated Amplitude Memory for Frozen Language Models2026